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Home My WebLink AboutDAQ-2025-0026191 DAQC-507-25 Site ID 16121 (B4) MEMORANDUM TO: STACK TEST FILE – CRUSOE ENERGY SYSTEMS – Duchesne Data Center Power Station THROUGH: Harold Burge, Major Source Compliance Section Manager FROM: Robert Sirrine, Environmental Scientist DATE: May 23, 2025 SUBJECT: Location: 1 mile northeast of Upalco, Duchesne County, Utah Contact: Ken Parker 720-495-3656, Pinyon ES-Kaitlin Meszaros 631-245-0308 Tester: Great Plains Analytical Services (GAS), Macie McClellan 580-225-0403 Source: Two 530 hp Waukesha H24 CEs and one 13,634 kw Titan 130 Turbine FRS Site ID#: UT0000004901300215 Permit #: TV Permit 1300141001 dated December 27, 2024 Action Code: 3A Subject: Review of stack test report received May 16, 2025 On May 16, 2025, the Utah Division of Air Quality (DAQ) received a stack test report for emissions testing of the Crusoe Energy Systems – Duchesne Data Center Power Station’s, two 530 hp Waukesha H24 compressor engines and one 13,634 kw Titan 130 turbine located 1 mile northeast of Upalco, Duchesne County, Utah. Testing was performed April 15-16, 2025, to determine compliance with Condition II.B.2.b, II.B.2.c, II.B.2.d, II.B.5.a, II.B.5.d, and II.B.5.e, II.B.5.f, NSPS 40 CFR 60, Subpart JJJJ, and Subpart KKKK for NOX, CO, and VOC emissions. The DAQ calculated results are: Source Test Date RM/Pollutant DAQ Result Tester Result Limit CE H24-1 4/15/25 */NOX 0.09 lb/hr 0.09 lb/hr 0.18 lb/hr 0.09 g/BHP-H 0.09 g/BHP-Hr 0.15 g/BHP-Hr */CO 0.13 lb/hr 0.13 lb/hr 0.35 lb/hr 0.13 g/BHP-Hr 0.13 g/BHP-Hr 0.30 g/BHP-Hr */VOC 0.01 lb/hr 0.01 lb/hr 0.02 lb/hr 0.01 g/BHP-Hr 0.006 g/BHP-Hr 0.02 g/BHP-Hr CE H24-2 4/15/25 */NOX 0.01 lb/hr 0.01 lb/hr 0.18 lb/hr 0..01 g/BHP-H 0.01 g/BHP-Hr 0.15 g/BHP-Hr */CO 0.06 lb/hr 0.055 lb/hr 0.35 lb/hr 0.06 g/BHP-Hr 0.055 g/BHP-Hr 0.30 g/BHP-Hr */VOC 0.01 lb/hr 0.01 lb/hr 0.02 lb/hr 0.01 g/BHP-Hr 0.01 g/BHP-Hr 0.02 g/BHP-Hr * - / $ - - $ ) 2 Turbine 4/16/25 */NOX 10.34 ppmdv** 10.34 ppmdv** 25 ppmdv ** 1.74 lb/hr 1.74 lb/hr 13.33 lb/hr 0.05 g/BHP-Hr 0.05 g/BHP-Hr 0.33 g/BHP-Hr */CO 0.02 lb/hr 0.02 lb/hr 8.11 lb/hr 0.001 g/BHP-Hr 0.001 g/BHP-Hr 0.20 g/BHP-Hr */VOC 0.37 lb/hr 0.37 lb/hr 4.65 lb/hr 0.01 g/BHP-Hr 0.01 g/BHP-Hr 0.12 g/BHP-Hr *ASTM D6348-03 **@15% Oxygen DEVIATIONS: No deviations were noted. CONCLUSION: All method stipulated QA/QC requirements appear to have been met as determined by a review of the report and entering the data provided into our excel spreadsheets. The emissions test report appears to be acceptable. RECOMMENDATION: The two 530 hp Waukesha H24 CEs and one 13,634 kw Titan 130 turbine should be considered to have been in compliance with the NOx, CO, and VOC applicable emissions limits at the time of testing. HPV: No. ATTACHMENT: Crusoe Energy DDC stack testing reports received May 16, 2025. DAQ generated excel spreadsheets. Run NOx ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 21.708 0.07 6.15 0.19 0.00000 0.09124 0.09177 2 20.125 0.06 5.70 0.18 0.00000 0.08373 0.08631 3 20.945 0.03 5.92 0.19 0.00000 0.08687 0.08348 AVG 20.926 0.05 5.92 0.19 0.00000 0.08728 0.08719 Run CO ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 77.986 0.07 22.09 #DIV/0! 0.00000 0.19955 0.20070 2 49.111 0.06 13.90 #DIV/0! 0.00000 0.12439 0.12823 3 26.149 0.03 7.39 #DIV/0! 0.00000 0.06603 0.06345 AVG 51.082 0.05 14.46 #DIV/0! 0.00000 0.1300 0.13079 Run VOC ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 3.03 0.07 0.86 #DIV/0! 0.00000 0.01220 0.01227 2 2.08 0.06 0.59 #DIV/0! 0.00000 0.00831 0.00857 3 1.83 0.03 0.52 #DIV/0! 0.00000 0.00729 0.00701 AVG 2.32 0.05 0.66 #DIV/0! 0.00000 0.0093 0.00928 Run HCOH ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 0.00 #DIV/0! 0.00000 0.0000 0.00000 2 0.00 #DIV/0! 0.00000 0.0000 0.00000 3 0.00 #DIV/0! 0.00000 0.0000 0.00000 AVG #DIV/0! #DIV/0! 0.0000 #DIV/0! 0.00000 0.0000 0.00000 Operating Parameter R1 R2 R3 AVG. Engine Load %85.00 83.00 89.00 85.67 Fuel Feed Rate (SCF/hr): #DIV/0! F-Factor; #DIV/0! Engine HP 451.00 440.00 472.00 454.33 BSFC (BTU/BHP-hr): #DIV/0! Q Stack dscf/hr 35184.88 34826.89 34719.59 34910.45 HHV #DIV/0! Ambient Temperature (F): #DIV/0! Crusoe Energy - Duchesne Data Center; H24 North Compressor Engine Stack Test Date 04/15/25, Reviewed by Robert Sirrine on 05/23/25 Test Results NOx Test Parameters Generator #1 Test Results VOC Test Results HCOH Test Results CO Analyte High Recovery +- 10% Gas Value Pre Direct Response % Recovery Pre System Response % Recovery Post System Reponse % Recovery NOx 354.30 0.00 0.00 0.00 NO2 98.74 0.00 0.00 0.00 NO 254.60 252.70 99.25 253.00 99.37 251.23 98.68 CO 501.50 496.77 99.06 498.48 99.40 496.77 99.06 Ethylene (CTS) 99.57 98.91 99.34 99.92 100.35 0.00 Oxygen 10.59 10.47 98.87 10.23 96.60 10.22 96.51 SF6 9.99 9.88 98.90 9.87 98.84 9.92 99.26 Propane 249.80 249.00 99.68 249.33 99.81 249.56 99.90 Baseline Baseline R1 Baseline R2 Baseline R3 NOx 0.0000 0.0000 0.000 NO2 0.0000 0.0000 0.000 NO 0.0000 0.0000 0.000 CO 0.0000 0.0000 0.000 VOC 0.0600 0.1200 0.100 Oxygen 0.0000 0.0000 0.000 Analyte Cal Gas Value Stack gas measured Stack + Spike measured Spike % Recovery Dilution Factor +=10% Spike Value SF6 run 1 9.99 0.0000 0.82 98.78 0.083 0.83 SF6 run 2 9.99 0.0000 0.84 98.81 0.085 0.85 SF6 run 3 9.99 0.0000 0.81 98.89 0.082 0.82 Propane spike run 1 249.80 0.3520 20.40 96.39 0.083 20.81 Propane spike run 2 249.80 0.1180 20.91 97.72 0.085 21.28 Propane spike run 3 249.80 0.0000 20.04 97.34 0.082 20.58 Analyte CO NO NO2 Form CO2 VOC MDC 0.1627 0.4007 0.4899 0.7878 0.0000 1.8520 Calibration Transfer Standard (CTS) Analyte/Spike %Recovery, Error & Drift System Zero Background Check Pretest Spiked amout should be < 10% of the Certified gas concentration. The DF should be < 0.100 Spiked amout should be +-50% of the Stack analyte gas concentration Sample Spike Recovery (70%-130%) Sample Spike MDC ppmdv Run NOx ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 32.757 0.00 9.25 0.28 0.00000 0.14413 0.14495 2 32.254 0.00 9.11 0.28 0.00000 0.14034 0.13960 3 32.968 0.00 9.31 0.28 0.00000 0.14354 0.14631 AVG 32.660 0.00 9.22 0.28 0.00000 0.14267 0.14362 Run CO ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 19.855 0.00 5.61 #DIV/0! 0.00000 0.05318 0.05349 2 20.920 0.00 5.91 #DIV/0! 0.00000 0.05542 0.05512 3 20.987 0.00 5.92 #DIV/0! 0.00000 0.05563 0.05670 AVG 20.587 0.00 5.81 #DIV/0! 0.00000 0.0547 0.05510 Run VOC ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 1.511 0.00 0.43 #DIV/0! 0.00000 0.00637 0.00641 2 1.520 0.00 0.43 #DIV/0! 0.00000 0.00634 0.00631 3 1.728 0.00 0.49 #DIV/0! 0.00000 0.00721 0.00735 AVG 1.59 0.00 0.45 #DIV/0! 0.00000 0.0066 0.00669 Run HCOH ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 0.00 #DIV/0! 0.00000 0.0000 0.00000 2 0.00 #DIV/0! 0.00000 0.0000 0.00000 3 0.00 #DIV/0! 0.00000 0.0000 0.00000 AVG #DIV/0! #DIV/0! 0.0000 #DIV/0! 0.00000 0.0000 0.00000 Operating Parameter R1 R2 R3 AVG. Engine Load %85.00 86.00 84.00 85.00 Fuel Feed Rate (SCF/hr): #DIV/0! F-Factor; #DIV/0! Engine HP 451.00 456.00 445.00 450.67 BSFC (BTU/BHP-hr): #DIV/0! Q Stack dscf/hr 36831.48 36424.07 36445.77 36567.11 HHV #DIV/0! Ambient Temperature (F): #DIV/0! Test Results CO Crusoe Energy - Duchesne Data Center; H24 South Compressor Engine Stack Test Date 04/15/25, Reviewed by Robert Sirrine on 05/23/25 Test Results NOx Test Parameters Generator #1 Test Results VOC Test Results HCOH Analyte High Recovery +- 10% Gas Value Pre Direct Response % Recovery Pre System Response % Recovery Post System Reponse % Recovery NOx 353.34 0.00 0.00 0.00 NO2 98.74 0.00 0.00 0.00 NO 254.60 252.70 99.25 253.00 99.37 250.94 98.56 CO 501.50 496.77 99.06 498.48 99.40 494.98 98.70 Ethylene (CTS) 99.57 98.91 99.34 99.92 100.35 0.00 Oxygen 10.59 10.47 98.87 10.23 96.60 10.22 96.51 SF6 9.99 9.88 98.90 9.87 98.84 9.88 98.91 Propane 249.80 249.00 99.68 249.33 99.81 248.21 99.36 Baseline Baseline R1 Baseline R2 Baseline R3 NOx 0.0000 0.0000 0.000 NO2 0.0000 0.0000 0.000 NO 0.0000 0.0000 0.000 CO 0.0000 0.0000 0.000 VOC 0.0600 0.0800 0.050 Oxygen 0.0000 0.0000 0.000 Analyte Cal Gas Value Stack gas measured Stack + Spike measured Spike % Recovery Dilution Factor +=10% Spike Value SF6 run 1 9.99 0.0000 0.81 98.88 0.082 0.82 SF6 run 2 9.99 0.0000 0.77 98.82 0.078 0.78 SF6 run 3 9.99 0.0000 0.81 98.87 0.082 0.81 Propane spike run 1 249.80 0.0000 20.06 98.15 0.082 20.43 Propane spike run 2 249.80 0.0000 19.09 97.99 0.078 19.48 Propane spike run 3 249.80 0.0000 19.79 97.20 0.082 20.36 Analyte CO NO NO2 Form CO2 VOC MDC 0.1627 0.4007 0.4899 0.7878 0.0000 1.8520 Calibration Transfer Standard (CTS) Spiked amout should be < 10% of the Certified gas concentration. The DF should be < 0.100 Spiked amout should be +-50% of the Stack analyte gas concentration Sample Spike Recovery (70%-130%) Sample Spike MDC ppmdv Analyte/Spike %Recovery, Error & Drift System Zero Background Check Pretest I am at home Run NOx ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 8.173 16.36 10.62 0.05 0.00000 1.83676 0.05660 2 7.680 16.55 10.42 0.04 0.00000 1.72042 0.05301 3 7.412 16.52 9.98 0.04 0.00000 1.66426 0.05128 AVG 7.755 16.48 10.34 0.04 0.00000 1.74048 0.05363 Run CO ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 0.009 16.36 0.01 #DIV/0! 0.00000 0.00123 0.00004 2 0.127 16.55 0.17 #DIV/0! 0.00000 0.01732 0.00053 3 0.228 16.52 0.31 #DIV/0! 0.00000 0.03117 0.00096 AVG 0.121 16.48 0.16 #DIV/0! 0.00000 0.0166 0.00051 Run VOC ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 2.29 16.36 2.98 #DIV/0! 0.00000 0.49414 0.01523 2 1.40 16.55 1.90 #DIV/0! 0.00000 0.30103 0.00928 3 1.43 16.52 1.92 #DIV/0! 0.00000 0.30754 0.00948 AVG 1.71 16.48 2.27 #DIV/0! 0.00000 0.3676 0.01133 Run HCOH ppm %O2 PPM @ 15% O2 PPM @ ISO lb/MMBtu lb/hr g/hp-hr 1 0.00 #DIV/0! 0.00000 0.0000 0.00000 2 0.00 #DIV/0! 0.00000 0.0000 0.00000 3 0.00 #DIV/0! 0.00000 0.0000 0.00000 AVG #DIV/0! #DIV/0! 0.0000 #DIV/0! 0.00000 0.0000 0.00000 Operating Parameter R1 R2 R3 AVG. Engine Load %82.00 82.00 82.00 82.00 Fuel Feed Rate (SCF/hr): #DIV/0! F-Factor; #DIV/0! Engine HP 14720.00 14720.00 14720.00 14720.00 BSFC (BTU/BHP-hr): #DIV/0! Q Stack dscf/hr 1881262.49 1875210.05 1879591.02 1878687.85 HHV #DIV/0! Ambient Temperature (F): #DIV/0! Crusoe Energy - Duchesne Data Center; Titan 130 Turbine Stack Test Date 04/16/25, Reviewed by Robert Sirrine on 05/22/25 Test Results NOx Test Parameters Generator #1 Test Results VOC Test Results HCOH Test Results CO Analyte High Recovery +- 10% Gas Value System Response % Recovery Pre Direct Response % Recovery Post System Reponse % Recovery NOx 354.30 0.00 0.00 0.00 NO2 98.74 0.00 0.00 0.00 NO 254.60 254.36 99.91 256.55 100.77 253.05 99.39 CO 501.50 493.39 98.38 495.80 98.86 488.83 97.47 Ethylene (CTS) 99.57 99.53 99.96 100.21 100.64 100.69 101.12 Oxygen 10.59 10.28 97.07 10.43 98.49 10.29 97.17 SF6 9.99 10.02 100.30 9.90 99.12 9.93 99.36 Propane 249.80 253.26 101.39 250.31 100.20 249.03 99.69 Baseline Baseline R1 Baseline R2 Baseline R3 NOx 0.0000 0.7000 0.550 NO2 0.0000 0.7000 0.550 NO 0.0000 0.0000 0.000 CO 0.0000 0.0000 0.000 VOC 0.3200 0.7600 0.800 Oxygen 0.0000 0.0000 0.000 Analyte Cal Gas Value Stack gas measured Stack + Spike measured Spike % Recovery Dilution Factor +=10% Spike Value SF6 run 1 9.99 0.0000 0.98 99.08 0.099 0.99 SF6 run 2 9.99 0.0000 0.83 99.15 0.084 0.84 SF6 run 3 9.99 0.0000 0.85 99.17 0.086 0.86 Propane spike run 1 249.80 0.0000 22.21 90.19 0.099 24.63 Propane spike run 2 249.80 0.0000 19.59 93.27 0.084 21.01 Propane spike run 3 249.80 0.0000 19.90 92.93 0.086 21.41 Analyte CO NO NO2 Form CO2 VOC MDC 0.1627 0.4007 0.4899 0.7878 0.0000 1.8520 Calibration Transfer Standard (CTS) Analyte/Spike %Recovery, Error & Drift System Zero Background Check Pretest Spiked amout should be < 10% of the Certified gas concentration. The DF should be < 0.100 Spiked amout should be +-50% of the Stack analyte gas concentration Sample Spike Recovery (70%-130%) Sample Spike MDC ppmdv Test Started: 12:54 PM Test Completed: 04:38 PM #As* /t0 CFR Part 60 Subpart JJJJ Performance Test Report Test Type: Annual Test Date: 4y1aSnOzS Source: Waukesha H24 Rich Burn (4 Cycle) SerialNumber: 3221509 Engine Hours: 12467 Permit #: #DAQE-AN1 61 21 0OO2-23 Tatle V Permit #: #1300141001 Locatlon: Duchesne Data Center Power Station Duchesne County, Utah Prepared on Behalf of: Crusoe Energy Systems, Inc. DEPAHTMENT OF ENVIRONMENTAL OIJALITY I\IAY 1 6 2025 DMSION OF AtR OIJAUN' 303 W.Srd St (s80) 225-0403 Elk City , OK73644 3 1.0 Key Personnel GAS Crusoe Energy Systems, lnc. Hunter Newton Cody Walters 2.0 Sampling System The sampling system used consisted ol a Stainless steel probe, heated Teflon line, gas conditioning system, and a Gasmet model DX4000 FTIR analyzer. The gas conditioning system used was a Gasmet Personal Sampling System with a Zirconium Oxide orygen sensor. 3.0 Methods Used ASTM D6348-03 This extractive FTIR based field test method is used to quantify gas phase concentrations of multiple target analytes (CO, NOX, CH?O, & VOC's) from stationary source etfluent. Because an FTIR analyzer is potentially capable of analyzing hundreds of compounds, this test method is not analyte or source specific. The analytes, detection levels, and data quality objectives are expected to change for any particular testing situation. lt is the responsibility of the tester to define the target analyles, the associated detection limits foi those analytes in the particular source effluent, and the required data quality objectives for each specific test program. Provisions are included in this test method that require the tester to determine critical sampling system and instrument operational parameters, and for the conduct of QA/QC procedures. Testers following this test method willgenerate data that will allow an independent obseruer to verify the valid collection, identification, and quantification of the subject target analytes. EPAMethodl&14 The purpose of the method is to provide guidance for the selection of sampling ports and traverse points at which sampling for air pollutants will be performed pursuant to regulations set forth in this part. EPAMethod2&2C This method is applicable for the determination of the average velocig and the volumetric flow rate of a gas stream. The average gas velocity in a stack is determined from the gas density and from measurement of the average velocity head with a standard pitot tube. Velocity readings are taken from each stack at 16 separate traverse points (Table 6.1) and used to determine the engines mass emissions rate, calculated utilizing the formulas seen in section 7.0 ol this report. EPA Method 3A This is a procedure for measuring oxygen (O2) and ca6on dioxide (CO2) in stationary source emissions using a continuous instrumenlal analyzer. Quality assurance and quality control requirements are included to assure that the tester collects data of known quality. Documentation to these specific requirements for equipment, supplies, sample collection and analysis, calculations, and data analysis will be included. GAS 4.0 Test Summary Unit with a serial number of 3221509 which is a Waukesha H24 engine located at Duchesne Data Center Power Station and operated by Crusoe Energy Systems, lnc. was tested for emissions of: Carbon Monoxide, Oxides of Nitrogen, and Volatile Organic Compounds. The test was conducted on 4115l2O25by Hunter Newton with Great Plains Analytical Services, lnc. All quality assurance and quality control tests were within acceptable tolerances. The engine is a natural gas fired Rich Burn (4 Cycle) engine rated at 530 brake horse power (BHP)at 1800 RPM. The engine was operating at 451 BHP and 1559 RPM which is 85.00% of maximum engine load during the test. The test HP calculation can be found on page 8. The engine was running at the maximum load available at the test site. This test will satisfy the testing requirements for 40 CFR Part 60 Subpart JJJJ. Unit B is authorized to operate under permit #DAQE-AN 161210002-23. Site Verification Photos eso ao r{}(}(I GAS 4.0 Test 6 5.0 Run Summaries Table 5.1 Run Summaries 15.1't"/o GAS 5.0 Volumetric Flow Rate Data 7 Table 6.1. Data used lor volumetric flow rate (Method 2) Pliot Tube (;oemclent t.;o{3tol= .99 stacK dlameler = u lncn68 0r: .6/ rcel or: .35 Square reer H20 o/o 16.45 16.53 16.49 16.49 coz "/od 11_56 r.60 1.60 1.59 o2 "/od 0.00 0.00 0.00 0.00 CO "/d 0.00 0.00 0.00 0.00 Molecular Weight Stack Gas dry basis (Md g/g mole 29.85 29.86 29.86 29.85 Molecular Weiqht Stack Gas wet basis (Ms q/q mole 27.90 27.90 27.90 27.90 Stack Static Pressure (Pg)"H20 0.66 0.69 o.67 0.67 Siack Static Pressure "Ho 0.05 0.05 0.05 0.05 Atmosoheric Pressure al Location (Pbar)MBAR 1014.56 1012.53 1010.50 't 012.53 Atmosoheric Pressure at Location (Pbar)"Ho n.97 29.91 29.8s 29.91 Absolute Slack Pressure (Ps)"Hq 30.02 29.96 29.90 29.96 stack Iemperature Deq U 44't.81 447.85 446.32 445.33 Slack Temperature Deq F 827.25 838.13 835.38 833.58 Stack Temperature Deo R 1286.92 1297.80 1295.05 1293.25 Slack Gas Velocity rusec 85.23 87.52 86.56 86.44 Stact( l-tow Hate Q I cts I 29.75 | 29.75 | 29.75 29.75 Stack Gas We | 43636.79 I 2t3641.88 43786.58 Stack Gas Dry Volumetric Flow Rate I scf/hr I 36831.48 | 3U24.O7 | %445.77 36567.1 1 lnches First Samolino Point Taken @ 16.7"/" of Stack Diameter 1.34 Second Samolino Point Taken @ 5O7" of Stack Diameler 4 Thtrd samDltnq Potnt Ial(en @ 83.3% ol stack L,tameter b.bb Table 6.2. Stack gas pressure Aostd = Velocitv head measured bv the' standard pilot tube, (in.) H2o.' measured with a standard tube use for Volumetric Flow Rate samDle aner BacK Puroe:0.66 Within 5"/o ol Last Apstd reading:YES Stack Diameter (inches)8.00 lnches uostream lrom disturbance 51.00 lnches clownslream from clisturbance 22.OO Pitot readings are laken for Method 2 calculations using measuring points outlined in Method 1 'The erhaust stack dld not present cyclonlc flow condltlons at the sampllng locatlon due to the abssnce of ryclones, lnertlal demlsters, venturl scrubbors, or tangentlal lnlets. 'Cyclonlc Flow Check (Pass/Fall): PASS GAS 7.0 Calculations Method 2: Determination ol Stack Gas VelociW and Volumetric Flow Rate 'Note- Use of this method neqates the need for anv fuel related numbers for emissions calculations Ap(avg) = Velocity head ol stack gas, mm H2O (in. H2O). 3600 = Conversion Factor, sec/hr. A = Cross-sectional area of stack, m2 (ft2). Bws = Water vapor in the gas stream (kom ASTM D6348) Cp(std) = Standard pitol tube coefficient; use 0.99 Kp = Velocity equation constant. Md = Molecular weight of stack gas, dry basis, g/g-mole (lb./lb.-mole). Ms = Molecular weight of stack gas, wet basis, g/g-mole (lb./lb. -mole). Ps = Absolute slack pressure (Pbar+ Pg), mm Hg (in Hg) Pstd = Standard absolute pressure, 760 mm Hg (29.92 in. Hg). Osd = Dry volumetric stack gas flow rale corrected to standard conditions, dscm/hr. (dscf/hr.). Ts(abs) = Absolute stack temperature, oK ('R). = 460 + Ts lor English units. Tstd = Standard absolute temperature, 293'K (528'R). Vs = Average stack gas velocity, m/sec (fl./sec). Md = .44(o/oCO2l+.32(/"O21+.28(/"N2+"hCO) I Md = .ut4(11.558)+ .32(0)+ .28(88.aa+.002) = 29.85 LB/LB-MOLE Ms = Md(1 -Bws)+1 8.O(Bws)Ms = 29.85(1 -.16446)+ 18.0(.16446) = 27.9 LB/LB-MOLE V5 = Kp'Cp(stdl'y'apavg'r'1Ts1abs)/(Ps' Ms))vs = 8s.49'.99'y'00'y'(rzao.sa(8,o.oz'z7.9ll = 85.23 FT/sEc Qsd = 36oO( 1 -Bws)Vs'A((Tsld'Ps)/(Ts(abs)'Pstd))Osd = 3600(l- 16446)85,23'.349((528'30.02y (1286.92'29,92)) = 36831.48 DSCF/HR O = Osd/35.315 O = 36831 .481135.315 = 1042.942 DSCM/HR Emission Rates (Examples use CO Run 1) 453.6= Conversion lactor lb. to gram HP= Engines rated Horsepower A = Cross-sectional area of stack, m2 (tl?). Mfg.- Manufacturer Exhaust tlow rate at 100% (ft3/min) BHP/HR. = Brake work ol the engine, horsepower-hour (HP-HR.). 02 = Concentration of oxygen on a dry basis, percent. BTU/HP-HR. = Brake Specific Fuel Consumption (HHV) ppm= Parts Per Million (CO) ER = Emission rale of (CO) in g/HP-hr. ppm@15% 02= PPM corrected lo 15oh 02 F(d )= yslumas of combustion components per unil ol heat Osd = Dry volumelric stack gas flow rate conected contenl, scm/J (scf/million Btu). to standard conditions, dscm/hr. (DSCF/HR.). Q = Stack gas volumetric flow rate, in standard cubic meters Run Time = Run Time in Minutes per hour, dry basis Tpy= Tons per year LB/HR.- Emission rate ol (CO) in LB/HR. Vs = Average stack gas velocity, m/sec (ft./sec). Mol wt.= Mol Weight of CO (28.01) ppm @ 15% 02 = PPM'((20.9-15"/"O2y(20.9-O2))ppm @ 15o/" 02 = 19.855'(20.9-15y(20.9-0"/")) = 5.605 PPM @ 15"/oo.2 g/hp-hr = (PPM'( 1 . 1 64' 1 0L3)'Q'(Run Time/60))rBHP/H R (1 9.855' ( 1 . 1 64' 1 0^-3)' 1 042.942'(Run Time/60)y450.5 = .054 G/HP-HR lb/hr = ER' 1 /453.6'BHP-HR LB/HR = .054'1/453.6'450.5 = .O53 LB/HR TPY = LB/HR. '4.38 TPY = .053'4.38 = .232 TPY HP Provided On Site ppm wet'(1(1-H2O) = ppm dry 1 9.85 = 16.5895'(1 (1 -.1 6)) 8.0 Oxygen Calibration 9 8.1 Callbration error test; how do I conflrm my analyzer calibratlon is correct? Afler the tester has assembled, prepared and calibrated the sampling system and analyzer, they conduct a 3-point analyzer calibration error test before the first run and again after any failed system bias tesl or failed drift test. They then tntroduce the low-, mid-. and high-level calibration gases sequentially in direct calibration mode. At each calibration gas level (low. mid. and high) the calibration error must be within t 2.0 percent of the calrbration span. 8.2 lnltial system blas and system calibration error checks. Before sampling begins. ii is determined whether the high- level or mid-level calibration gas besl approximates the emissions and it is used as the upscale gas. The upscale gas is introduced at the probe upstream of all sample- conditioning components rn system calrbration mode. (1 ) Next, zero gas is introduced as described above. The response must be within 0.5 percent of the upscale gas concentration. (2) Low-level gas reading is observed untll it has reached a flnal, stable value and the results are recorded. The measurement system will be operated at the normal sampling rate during all system bias checks, (3) lf the initaal system bias specification is not met. corrective action is taken. The applicable calibration error test from Section 8 2.3 of EPA Method 7E is repeated along with the initial system bias check until acceptable results are achieved, after which sampling will begin. The pre- and post-run system bias must be within t 5.0 percent of the calibration span for the low-level and upscale calibration gases. 8.3 Post-run system blas check and drlft assessment - confirmlng that each sample collected is valid. Sampling may be performed for multiple runs before performing the poslrun bias or system calibration error check provided this test is passed al the conclusion of the group of runs. A failed final test in this case will invalidate all runs subsequent to the last passed test. ('l ) lf the poslrun system bias check is not passed. then the run is invalid. The problem is then diagnosed and fixed. then another calibration error test and system bias is passed before repeating the run. (2)Afler each run, the low-level and upscale drifi is calculated. using Equation 7E-4 in Section 12.5 from EPA Method 7E. lf the post-run low- and upscale bias checks are passed, but the low-or upscale drift exceeds the speciflcation rn Sectron 13.3. the run data are valid. but a 3-point calibration error test and a system bias check must be performed and passed prior to additional testing. Table 8.1 Oxygen Callbratlon Method 7E 3.4 To the extent practicable, the measured emissions should be between 20 to 100 percent of the selected calibration span. This may not be practicable in some cases of low concentration measurements or testing for compliance with an emission limit when emissions are subslantially less than the limit. EPA Mothod 3A QA Worksheet Certificd Gar Concentralon I Cerlilled Ger Conccntralon I Certified Gac CoLow-l.evrl (%) I fld-Lovcl (%) | xtgtr.Levt ooo", ncentraion 7E 8.5: Note. that you may risk samp[ng for multiple runs before performing the pos!run bias provided you pass this test at the conclusion of the group of runs (DIRECT) Analyrer Calibiatlon Error (S 2%) Check CertifiedCorlcentrltion Vatue (%) DiraciCalibraion R6spons6 (9 Abcolule Anelfzer Calibratixr Enor (%) Z€ro G.s o/o o@%0.oo%0.00.6 0.000/. Mid-Level Gas % High-Level Gas o/o 10.59% 20.920/" 10.470/" 20 SAoA o 12v. O0/OA o$o/" o 190/" (SYSTEil) Callb6tbn Blas Checks (3 5%l and Oritt Chcck3 (S 3%l Upscrle G.3 10.59% Zero Offset 0.00% Bi$ Prc lniull V!lu6 Bir3 Po3t lnitll V.lu63 Span 20.92 Analyzer CalibrafionR6ponse (%) Zero Gas 0.00% Syrtam Calibrations Responre Pre (%) ;ptam Biar (% of Spen) Pre Syrtam C.libratirr Responre Pct (%) iyabm Bias (% of Sprn) Po3l Orift (% of Span) o.oo%0.00%0.000/.0.00%0.00% Upscale Gas 1O.47Y.10.230k 1.18%10.22Yo 1.22v,0.000/. (SYSTEil) Cellbratlon Bl8! Checks (S 5%) and Drtfr Chock3 (S 3%) Avo. Gos Concantration (Run 1 0.00%Efruent Gar (Coas) Run 'l 0.00% Avg. Gas Concentatbn (Run 2)0.000^Eflluont G.s (Cgar) Run 2 0.00o/6 Avg. Gas Concentration (Run 3)0.00Yo Effiuent Gas (Cgas) Run 3 0.000a EPA Method 3A QA Worlsheet Zero Gas l00o/o Nitrogen Mid-Level Gas 10.59% High-Level Gas 20.927o Zero Gas o/o Mid-Level Gas % System Calibration Response Pre(%)I ooo% I I rozgz I System Calibration Response Post(v.l I ooo% 1 I n.zz"* | GAS 9.0 Engine Parameter Data Sheet ASnolyltcol St'rrlccs. /rrt' @mpany Crusoe Enerov Svstems. lnc. Faclllty Duchesne Data Center Power Station Dato q15m)25 stto Elovsuon (n)5E20 Unn lD Hake Waukesha tlodol H24 sodal Numbor 322.150€ Technlclan Hunter Nowton Run 1 Run 2 Run 3 Completed Hun Start Tlmas 12:54 PM 02:05 PM u3:tiJ l-M 04:38 PM Enqlno Hourg 124€/,1246,5 1?ffi 1246,7 Englne Parameter Data Run 1 Hun Z Run 3 Averaoe Eogln€ speed (HPill 1561.O 1559.0 1s57.0 1559.0 htat(o uanfiol(l Pr988ur8 (pru 39.O 39.O t 9.0 39.0 lmake Hanffold Temp "F 125-O 127.4 130.O tzt.5 Enolno Load (EHPI 450.5 455.8 445.2 450.5 Amblont TemD "F 60.0 63.0 65.0 62.7 HumldltY%13.0 11.0 11.O 11.7 Dow Polnt "F 10.0 9.0 10.0 9.7 AFB UanutacturerffyE Allen-Bradley I Alkrn-Bradloy Allen-Bradlev Allen-Bradlev Sucton Pre8Suro 74.O 75.0 74.O 74.3 OlSchargo Pl€8aur€3E2.0 362.0 3E2.O 382.O Gatalyd (Yos or N(Yes Catalvgt Manulacturer , oI Catary$ lnstalled N/A I\UA N/A N/A etalyEt lnlot TomD "F t7.o 1125.0 125.O 122.3 etalyst CrutlotTemD "1.1114.0 1114.0 1114-O 14.0 Catalyst Prersurs Droo H2O 10.8 11.5 11.6 11.3 11 10.0 QA/OC Results System Zero Response Time System Response Time 45 seconds 49 seconds Carbon monoxide CO Nitrogen monoxide NO Nitrogen dioxide NO2 NOx voc Oxygen Average:0.00 Average:0.00 Average:0.00 Average:0.00 Average:0.05 Average:0.00 CTS Compound Concentration Avg Tolerance Difference between measured and expected Value:99.57 Value:98.91 2.0O/" 0.670/" Nitrogen monoxide NO Nitrogen dioxide NO2 NOx VOC Oxygen Average:0.00 Average:0.00 Average:0.00 Average:0.00 Average:0.00 Average:0.00 Mechanical Response Time CTS Bottle Concentration CTS Compound Concentration Avg Tolerance Difference between measured and expected Value:99.57 Value:99.92 5.00"/o 0.35"/o Equilibration Response Time Spike Reported Spike Expected Value:249.00 Value:249.80 Gas, lnc. 1. 12 11.0 D6348 Annexes 1-8 The test quality objectives completed lor the emissions tesl are demonstrated throughout Annexes 1,2,3, 4, 5, 6, 7 & 8 as layed out per ASTM D6348-03. All reference methods, pre-test and post test procedures were within acceptable limits. Data generated during the pre-test and post-test procedures are summarized below in order of the distinctive Annex. Three 60 minute test runs were performed. The final analyte concentrations are the average of each test run. Data was taken at 60 second intervals. Each 60 second measurement was the average of 600 scans. Propane is used as the surrogate compound for the Annex 5 Spiking Technique due to Propane being the VOC that is most commonly found in the combustion process of natural gas. Additionally, the molecular weight of Propane coincides with with molecular weight of VOC's per the EPA. Annex Table 1.2.1 Certified Calibration Bottle Concentrations Bottle Expirataon NO2 Ethylene SF6 OZ ("/ol cc5020 l 3 2t12t2028 98 74 10.599,. EB01 15896 12t18/2027 99.57 cc4401 96 7t13t2032 20.92",'" Cylinder # CC333629 Expiration: 10-18-2032 Propane co NO SF6 Bottle Value 249.80 501.50 254.60 9.99 Analyzer System Response 249.00 496.77 252.70 9.88 Percent Ditlerence 0.32%0.94/o 0.75"6 1.129'" Annex Table 1.2.2 Measurement System Capabilities raramelel Measured Gas concentration(ppm)Path Length EqullrDrauon Time Dilution Factor o/o Recovery Path Lenqth Ethvlene 98.906 4.967 Spike Direcl Propane zcg.szb SF6 9 874 CO 498.463 NO 252.995 Mechanical Besponse Time Ethylene 99.917 35 seconds Analyzer Response Propane z49.tJO4 4'l secondsSF69.5 /b CO 496.771 NO 252.696 Analyte Spike Becovery Propane & SF6 8.18%98.15"/o 7.809/"97.99o/'. 8.15%97.20"/" Syslem Zero Nrtrooen 40 seconds Post Spike System Hropane 248.208 CO 494.978 NO 250.936 SF6 9.881 GAS Annex Table 1.3.1 Test Speclflc Target Analytes and Data Quallty Oblectlves Compounds lnfrared Analysis Beglon (cm-l) Expocted Concentratlon Range luteEsurefltenr System Achlevablelllnlmum Iletec'tableCanr:anlmilanc ]fsqurrBq Measur€mont System Accuracy and Preclslon forfarl Annllantlan co zJ{]()-zzJO 0-12O0 opm o.16267 Dom 4 ppm NO tE75-2't3E 0-'l(xru pom o.4q)7 DOm z ppm NO2 2700-2950 0-1(x) oom u.rtugt oDm 2 oDm voc 2600-3200 0-100 ppm 1.8520 ppm Total VOC's I ppmperVOC91GI150 2550-2950 CH2O 2550-2850 O-1OO oom O.7E7E oDm I ppm lnterferlng Compounds 'CO is analyzed in a separate analysis region than CO2 and H2O co?926-1 1 5t)O-1O7o V/o nla Water Vapor 32q)-3401 O-22"/o O.N"/o nla 'VOCs compiled ol Acetaldehyde, Ethylene, Hexane, and Propane. ,T1 PANELGASMET FTIR . Figure Annex 1.4.1 Sampllng Traln The testing instrumentation is housed in an enclosed vehicle which is located approximately 45 feet from the source. A heated sample line (sixty feet in length) is attached to the inlet of analyzer system and the source effluent discharges through the FTIR outlet. lil GAS STACK 14 TRI.PROBE SAMPLE POINT LOCATIONS AS PERCENTAGE OF STACK DIAMETER Flgure Annex 1.4.2 Sampllng Polnts lnterior Stack Diameter (inches): lnches Upstream: 51 lnches Downstream: 22 SAMPLE PORT LOCATION DETERMINED BY DISTAi'ICE FROM USTRBAI|CE Flgurc Annex 1.4.3 Sample Port Locatlon Sampling Polnt Locatlons ln lnches .7o/o o/o 4 63.3"/o 6.664 GAS Target Analyte Results (opm) CO 0.162i NO U.4UU/ NO2 u.4u9! Ethylene u.3/62 Propane 0.4351 Hexane 0.223i Acetaldehvde 0.815i Formaloenvoe u. /6 lt N r-A, ;::, : f t i.-i'i, (*,,,n';;1' tt t: t-' t't :,'trl s ,rlN l; A r'rrl.s o ''" t l"','l,, -. '..*'..-- +,ttR I: l; " ' l-,-r,lt,-rrl .s J* MI)(:#t- Calibration Transfer Standard ExDected Measured Path Lenqth Validated Ethylene 99.5 /98.91 4.96 I HASSECI Annex Table 1.2.2 Measurement System Capabilities Paramerer Measured Gas Concentration(oom)Path Length EquilrDralron Time Dilution Factor % Recovery Path Lenqth Elnylene 9U.9Utt 4.967 Spike Direcl Propane 249.326 SF6 9.874 CO 498.483 NO 252.995 Mechanical Besponse Time Ethylene 99.917 35 seconds Analyzer Response Propane 249.004 41 secondsSFIJ9.6 /b CO 496.77'l NO 252.696 Analyte Spike Flecovery Propane & SF6 8.18e6 98. 150,'. 7.80%97.99i/" U. l5"/o 97.2091" Svslem Zero Nitrooen 40 seconds Posl Spike System Propane 244.204 CO 494.9lA NO z5u.93b SF6 9.881 GAS Parameter Gas Concentratlon lleasured 06 Dlflerence Soocltlcatlon Valld,ated Spike Direct Propane 249.800 249.326 Ai9o/"+l- 2/"Pass SF6 9.988 9.874 14"/o .tl'Z-/o PASS CO 501.500 498.483 o.60"h +l- 2o/"Hass NO 2v.600 252.995 0.63o/o +l- 2o/.HASS Soike Bun 1 vla tho Svstem Source Outout Spike Averaqe Dilution Factor Exoected o/o Recovery Specllicataon Propane 0.000 20.055 20.434 98.1 50"/o 7O'13Oo/" SF6 o.ooo u.6ut 8.I 83o/o <10o/o Splke Run 2 vla the System Source Output Spike Average Dilution Factor ExDected 70 Becovery Specification Propane 0.000 19.093 19.484 97.990/.70-1300/" SF6 U.UUU u.t tu | . I Ydvo <'lO"/" Splke Run 3 vla the Svstem $urce Output Spike Average Dllutlon Factor Expected o/o Recoverv Speclllcatlon Prooane 0.000 19.789 2u.359 9l.ZUU-/o lU-13U"/o SF6 0.000 0.805 8.153%<10% Noise Equivalent Absorbance (NEA) BMS High 0.000297 RMS Mid 0.000155 RMS Low 0.000260 ne ng rne pea align Line Position i, i.l u 15 3 a5 ri{l I I r-5 2i92 ',1 !-.- I 1:r ;, 1-1 cc5 0 irC il,i5 ; '*, ll ll , !=c I gra, Difterence to0.00o/o Pass GAS r Q tl Pass The Gasmet GICCOR (Genzel lnterferometer with Cube Corner Retroreflectors) interferometer is specially designed for maximum opticalthroughput and maximum signal to noise ratio of 7.72 (cm-1) remaining stable with any vibration and temperature changes. The Gasmet DX4000 is a low resolution spectrometer where the aperture is fixed to a maximum angle setting and the detector linearity was tested with an alternate approach. A three point linerarity of the CTS gas was performed and validated. Linearity 187 418 167 418 1.17 4 18 127 418 107 418 87 418695 687 679 672 66.1 656 648 641 187 ,118 167 418 147 418 127 418 107 418 87 418633 625 618 610 642 37.6627745 Pass The analytical accuracy of the quantification algorithm is satisfied via the results from Annex 5 per Annex 7.6 FO!'T GTS Syrtofir G[ntcNc ut5t,ome(nncenlralbn:99.57 u l!i uamole uon@nlrallon Averaoe:99.86 urrererrce Datween measured ano exoecled:0.29'/o I oleranoe:5.0(P/" Fun Da[e ydlffion- Au&rmiro y3 lanud BIOl|o Ydmm qomlncrm Bun 1 Points 1 & 2on CO/NO/Propane All within 2O"/o Passed uemon$rales no rnlenarences oDserveo. Bun 2 Points 1 & 2 on CO/NO/Propane All within 20olo Passed Demonstraies no interlerences observed. Run 3 Points 1 & 2 on CONO/Prooane Allwithin 20%Passed Lremonstrates no rnleilerenoes observed. GAS IE 12.0 S[nature Page Job/Flle Name: Crusoe Energy Systems, lnc.; Duchesne Data Center Power Station;JJJJ Emissions Specialist Company: G.A.S. lnc. Print Name: Hunter Newton Title: Emissions Specialist Dale:N15f2O25 We certify that based on review of lest data, knowledge of those individuals directly responsible for conducling this lest, we believe the submitted information to be accurate and complete. Company: Print Name: Signature: Tile: Phone Number: I832-7S4-183t Cornpany: Print Name: Title: Signature: Phone Number: G.A.S. lnc. Travis Hartley Director ol Stack Testing '--+- 580-225-0403 Dalel-411512025 Appendices lirua$ rkl,lqrftcuu,r._ Spike (5 Gas) .\lrt,rr sFldrl (;rrt .\rBrs USA l.l-(l:,:l S \\'st$1rrh ,\\r liiJil.'i, ""'^ CE RTIFICATE OF ANALYSIS Grade of Product: EPA PROTOCOL STANDARD flarl Nunlbor. Cyhder ltumb€I Labqaltry: PGVP Number Gas Codc E05Nl94E l5ACOlZl cc333629 124 - Chrago (SAPI-lL 81m24 CO,C02.NO.NOX,PPN, BALN Relercncc No 54-40316633G I Cy'hdcr WlurYE 147 0 Cy'n(br ftcssurc ?015 VahE o(rtbl 660 Ccrlficatpn Oatc Oct 1E.2024 Erp}.tlon D.t.: Oct lE,2032 Cqtltcdon t4dorrcd rn EEdsn@ rlh'EPA TreaBlty Prd@ltq Assy 8od Cslrtcrm ot Go@! Calb,atofl Slendtdr (Msy 2012)'dM6l EPA6@,R- 1243! usg tlE $ey proc.OJrGs l6bd Andyt€t tJarlqblogy (b€s .ot r€qui.! qdm ,o mtyt€t nb.lsrn@ fh€ cyrr(br ha! . lotrl mlytBt l,rrtarrty r! sldd blq *th a orlreE bv6l ol95'r Thlre .re no srgnn@d Eprtss whrh ,lrd lhc s d lhr! €lDratm mrxt r€ A, @n@rlratm! ,e qn a mEmlc Est616. othsre nobd flE re$l! relrle only lo tlE rbc bst d Thc Eport shall ml b! rerod@d €r6pl h tuil *llel Tprov.l d tho l.br.lory Oo Noa Ue Thrs Cyrna bdo 100 ptlg r 6 0 7 regapara3 ..r\ Al-\-n('Al_ REs t t_T!i a MEd IdH ld.l Rdra. I .an-rr lur. lrcnn- {si Drr6 tRl( o\llll rh\l \Rlcr\ \l(Alr\lll \RII)\ l)t()\I)l I II( r,l \ :((, r' trPlt :i(, o ppV :ir o pI\{ :{( r lr\l :fl. PP\l :{e i I,,'\t j rrl, ^ (,r .rr".\lS1tfu($I' -16It'\l\lSIlri.!b! rrirlr,ll[r,r:r,:r(,l . r J . \lSI Irr.(!hL , thPfr\l\ltl lrr.Jhl ]il ir:r,:] ilri:r)lf r,l ilr, . \lsl rh(LrbL . l 6PP\l\hl lrr(.$k lu lr lolJ (,1 [r \ls--t Trr((]k . . I FPPU\|SI Irr!'.t'[. llr rr ]r)ll(,i . I I , \lsl 1r.,,(.1! I' 1". \l!l lrrr$1. l0:\ lr)lJ (' At_! BR_{Tt()\ ST_.r \ DAR DS t.d lt, l|( I I l:i:01:ll ,v rlJ:( r('5lri' lrqlPP\t\1tRl(()\[I \tIk(x,l\ l B[]_!vrp -'Si,( ff\MRt( ()\llx \tlRrx,l\ \l \R\ ll: {r:Nlv I i. l ( I (0'lri: r:: Pf\t \ll R(x,l \ llr,\lt)t \lL I I lr)'-^ rc: I l,r\l ( \llxA \lovr\llrl \llr((x,l \ .tnUll lri i ft,\l m(P\\l \tIR{x,l \ ( rl \o ( ildtrrh I r.drlrr I (\l iirrh tR\t hlxillol 0r. Ln li -rillt r'r , r\r l{ l0-\, lrr - \Lr:i -\'j' 01. l.t0':r)lr o ( \Lr l- :rr:' 0r, wt,l]ilI: o il , \L\ it -lr:( ,\tt\ld,{oloitin_t(x, (( trl\i( t9_nPP\l( \RIIA Nl0v,\ll)l \ltR({,1\ lR\l tl[i{:n r(llt(ilt 'riq'. ( \nll(Al),o\ll}l \llR{x,l\ h.\R\l\lR\ll'R\l .'rL(,\lrr{dlhrrr.{lrurrrtrrorrt.,ttr(AllSu..rlrrdr$e\u)Je{f$rtdkrul\!' r\ Al-\'T t('.{L f,,Qr. l Pil E\ T lilr lrr Urtldi ( rl5r.tlil ,,['r Nio \t P]rrl0l{l (tt t,.1. l0l{ () r slt \ll \st IIR \u \l 6l \tJrlrl \I'IR } TIR I IIH I Ilft {\tr'i l0:l i\rt'l:r'lJ r\rl,t lr':l (\rlri:0:1 .,U rSir \t f:0llrlr: ,'Lr rS(r, \l l.-'0li,lrl !h r\q, .\t Pl I It,l" \()\-[- PA,rIAl.l'n('At. Rt sl:l-Ts (Eoartio IilRII\UItr lr, Ir PP\t Irl.d D.tr ltrll.bk t pil Rq!6t Srgnaiurc m Fde Apfrovcd lor Fl€l@so pagrr' I ol'l GAS 9o/o O2|NOZ Airuas Airpr SpeiJ5 Ga*s .\rrllis t S.\ l-ll sf.'r \r'rlh ln(lrNlnnl Lx4, Rr';rl'l,rllt. t-l rlstt-1 Part Number: Cylhder Nunber: Laboratory: PGVP Number: C'as Code: CERTIFICATE O F AT{ALYSIS Grade of Product: EPA PROTOCOL STANDARI) 803N189E15W0020 Reference Number: 15t4O3252877-1CC502013 Cylnder Volume: 145.3 CF 124 - Fooele (SAPI - UT Cylnder Pressure: 2015 PSIGBln25 Valve Oudet: 660NO2-O2-BALN Certilication Date. Feb 12.2025 Date: Cd6don pf,lotu n @rorc. rh tPA Ir.G$,rt BM br by Dd A6don o, &86 C/br&n SbdA. (hy mOR r263t urn0lL a3.y pl@d6! l6bd Arlytc, Mtudqy 66 nd reurc @ldo lor mJytol abddn@ Thr cyld, B . t&l adrolu@6dyalLbdH*sS.@lba@IHIo,$t Tbc.r.nolronra(hprlrr$rhJfudhu!o,hE6lb.bmtur. Al@6dra6rraona md6fub M36 ud6. ohffis rcE hG GiUb robb ot b hG lm. bld fh. r.Fd ilEll nd E rerdEcd cr6d n full.abd Ff@rla, h ltudq Oo Trld Oi. AYral.bl. Upon RGqu.rt sildnllri. M fiL Approvpd ror RalGeBe Prgr l o, t Coanponrnt ANALI'TICAL R.ESULTS Raqu.al.d Actud Proiocol Told Rchaiv.Conc.ntr{ion Conc.ntrrtlon m.lhod t nc.rt.lnty A3tayOt6 M IROGEN OOXDE 100 0 PPil 96 74 PPM Gl .r. 2 0o/" NIST IrE@d€ O2Orm25 02t1:22O25OXYGEN l0 60 '6 10 59 % Gl .r- 0 7% NIST lrr€de O2Ag?o25i{IROGEN Bda@ CALIBRATTON STANDARDS Typ. Lor lD CyliodGr No Conc.niEtloo Unccrtdnty Erplitlon Ort. Ap( 04 nzl Nq 21 m24 Nd 02 m28 Gl{s 1534002024510 CCs1!406 5065PruN|IROG€NOTOXTDE:NTROG€N r 8.6PRM 12438 0153564 59 5 PPM MTROGEN UOXTDE,ATR t f"u l{IRlr rr0606tr cc338459 14 93 "bOXYGENNTTROGEN O T6 Ib SRff NTRi, PRM or RGM flcd &E B ody n r.(dGr b t'. GMIS eo n thc rrrr d rEl 9I oI lh. odl$ ln ltrum.nt/lldr.rUod.l ANALI"I'ICAL EQUIPMENT AnrMlcC PrlnclDls Lal ltultlpolnt Crllbrtlon f IIR 02 Prilamlr (OIXON) Ml(S F IIR t€2 0l6la33it9 Fbnba MPA-510 9V603MMsE 02 Jan 16 2025 Jan 09 2025 GAS Alrgas Ethylene Only AittDWrIycrE .{irps USA L!(' I2-f 2 S. Wertlxorth Ar.0. ('hi(ago. ll.616z8 'trynr ( '{D CERTI FICATE O F AIYALYSE Grade of Pnoduct : PRIMARY STAI{DARI) Parl Number: Cy'hdor Nunber Laborattry: Analysb Dats: Lol Nunter: x02Nr99P15ACVH8 EBo1 158S 124 - Chicago (SAP) - lL Dec 18,2024 5.1{03224032-l Erplttbo Datc: Dcc lt, Referencs Numbor: Cylindor Vdume: Cytinder P'ess(re: Valve Outlel: mzt 54403224032-1 144.0 CF 2015 PS|G 350 Primay Stildard Gas Mixtues ile tracaue b N.I.S.T. w€ighB an4or N.I.S.T. C€s Mixtrre rcf€rerEe rBEriab. Component ANALYTICAL RESULTS Req Conc Actual Conccntradon (tloL %) Analytical Uncertslnty ETHYLENE iTTROGEN 1@ O PPM Batancc 99 57 PPM +l- 1% Sl6n-06 M llL Approvrd lor Rclcare P.fa I o, I GAS HM BIP CERTI FICATE OF AIYALYSIS Grade of Produc{: CEM-CAL ZERO AIrIE Spcddrr.- GE. .{i8rs US{ t.ll Qro l.'nird lhlr lhrhrm. r..C r$ Parl Number: Cy,lnd€r Nunber: Laboratory: Andysb Date: Lot Nunter: Nt c2300 cE21 319 124 - Du,ham (SAP) - NC Jan 15,2025 1221032445fi-1Erplibn Dd.: J.a Refeenca Nwnber Cylhde Vobme: Cy'hder Prassue: Vdw Outlet 15, 2033 12240324459-1 304.0 cF 2640 PS|G 580 Cocrponont AIYALYTICAL RESULTS R.$rrbd Purty C.r[n.d Cooc.ntrlbn NITROGEN i,lox so2 THC CARBON MONOXIDE CARBON DIOXIDE 99.9995 % 0.1PPlt{ O.l PPM 0.1 PPt 0.5 PPf,I 1.0 PPM <LDL <LDL <LOL <LDL <LDL s9.9995 % O.O2 PPM O.O7 PPM 0.03 Pru O.O3 PPM O.O3 PFM Frnnr.ril lloa6:Ai!6s cortifies ihat tho contonl8 ot thi3 crindcr m€Gt lhc taquicflio.ils ol,lO CFR 722 lrlpuriiios rrrifi6d agahst anaMrcal standards tracaablo to NIST by w€ighl and/q anal]rsig fuproYtd tor Rel.!.a Plg.'l oa t GAS Airgas 21o/o 02 AirXes Spe<ieh1 Gexr .\rrllrs t'S.^ l,ll' lt-tt S Uiril\r,xth .\\r('hxrT', ll.an('la \ft ,. .,{n CERTIFICATE OF ANALYSIS Grade of Product: EPA PROTOCOL STANDARD Parl Number: Cy'inder Nunbet Laboratory. PGVP Number: Gas Code: E02Nt79E1 5A0081 cGr40196 124 - Chicago (SAP) - lL 812{r24 02.BALN Refererrce Number' 544031 16776-1 Cylinder Volume: 146.0 CF Cy'inder Pressure. 2015 PSIG Vah€ Ou[et: 590 Cerlificatbn Date: Aug 13.2024 Oate: Cd6don Fbmd n .@rd.@ sh friad Data Avdl.bl. Upon Rcqu.it Approved lor Roles3e 6OOR r2l53r urng tb 6a.y preodJ6! i6bd Aruiytct Mr,Orddogy dE nd rqurc oldo b. mdyt6l oLd@o Thr cyldd B . t&l DJrsle@6ilyBsbbdbdorhr@rd6@lmldSa Ih.Drramegnrsdhprlc!Srirlcdhu-olhrdlhetomturc Al@6drdotrcon. mddrcb 836 ud6t obm* mb Thc cldB.cbb 6t b hc aoa bld lhc rcpd rblld ba ra+l.ded.16, n fulr rlbd 4gaalca h lSsdry Do P.g. I oa I Coflrponaot R.qu..t.d Cmcontrlion ANALYTICAL R}]lsULTSActu.l ProaocolConc.ntrlloo Lthod TotI Ralrtlv. Unc.d!inty AlrryDt.3 OXYC€N 21 fi "riITROGEN Bdarce V) 92 q"| ,1"& NIST Tr-od6 oai 132024 CALI BRATION STAI{ DARDS Typo Lot lO CrindGr No Conc.rrtr.liofl t nccrtCnty Exdrdion O.t. l{1 ml 060 10217 K01 1 Eag 23 20 '6 OXYGEN/MTROGE}.I .t- O 1"/" Fob 15 2030 lnrlrummutC(c/tod.l ANALYTICAL EQUIPMENT Anilytlcal Piinclplc L8l muupoint CCibrilon O2-l Hml8A MPA-st0 W2TP7Br.l5 PARAMAGI€TIC Auo 07 20221 GAS Gas Part Numben Laboratory: Analysis Date: LOT Number: SN: CERTIFICATE OFANALYSE Grede of Produc* CERTIFIED STANDARD'PROBE Mc.ru.Gd Flil ilGr3urrd Fbw i,ic.$'rd Fbw Mcu Probc Fort^ (Vml 9oil I lvml PoaC lUml Port S.Dplcd(Dcltroll lDclbo2l (Dclteo3l FlowOJU) Greet Pblns Analdtcel Scrvles 303 w 3d st Elk City, oK 736,t 1 ( 580J225-0403 Fax: (Sao)225-2612 Tri Probe Certification 8S GAS INC. d15t2022 A 254 8S Reference Number Strack Diametsr: 8' Target Flow 3Umin Rate: Number of 3 Points: 25 Product performance verified by direct comparison to calibration standards traceable to N.!.S.T. *The probe listed on this form meets the multipoint traverc€ requirement of EPA Method 7e. section 8.4 as shown in the accompanying data. Method 7e, section 8.4 statcs thar the multipoint traverse rr{uiremant can be satisfied by sampling via "a multihole probe designed to sample at the prcscribed points with a flow +/- l0 percent of mean flow rate". AI\ALYTICAL RESUI.JTS Tst l Fbrr (Vnl R6 I 2Lru 4 LPM o.120 (6.914 ) t..t{l(6.lla) 0,6r0('0.5{ra) r.l I({.Jra) 0.630 (-6..1.14 ) r.t{ (-5.t24 ) 0.671 t.Jl 'Calibration conducted in amrdance with Emirsion Mcasurement ('enter Guideline Documcnt - EMC GD-e3I Notes: /**Lll*.*6t1512022 Approved for Release Date Probe size: 8S .. 1.rt NZ;. 1. { UNITED STATES ENVIRONMENTAL PROTECTION AGENCY RESEARCH TBIANGLE PARK NC 2771 I March 15,2021 it I I i ,ilr. .i iA1 i: I ; niilJllr A|JI . ' ,1f i ,.rl rl ,. Mr. Jordan Williamson CEO GAS Inc. 303 W. 3ra Street Elk Ciry, OK73@4 Dear Mr. Williamson: We are writing in response to your letter received on September 17, 2020, in which you request the approval of alternative testing procedures. Ihe EPA's Office of Air Quality Planning and Standards (OAQPS) is the delegated authority for consideration of rnajor altematives to test methods and procedures as set forth in 40 CFR parts 60 and 63 under which your request must be addressed. GAS Inc. is requesting a change to one of the test methods, ASTM D6348-03, used for conducting perlbrmance tests to determine compliance under 40 CFR part 60, Subpart JJJJ - Standards of Performance for Stationary Spark Ignition Internal Combustion Engines (Subpart JJJJ) and 40 CFR part 63, Subpart ZZZZ - National Emissions Standards for Hazardous Air Pollutants for Perfonnance for Stationary Reciprocating Internal Combustion Engines (Subpart ZZZZ). The change being requested will be used to check detector linearity of the Fourier Transform Infrared (FTIR) instrumentation used to conduct this method. Specifically, you are requesting that the procedures of section 8.3.3 of Method 320 (40 CFR part 60, Appendix A), another FTIR-based method allowed under Subparts JJJJ and ZZZZ, be used in lieu of section ,4,6.4.1 of ASTM D6348-03 when conducting testing using ASTM D6348-03 under 40 CFR part 60, Subpart JJJJ and 40 CFR part 63, Subpart ZZZZ. In your request, you state that this alternative linearity check procedure will produce consistent results when utilizing either Method 320 or ASTM D6348-03. Additionally, some FTIR instrumentation does not allow for reducing the size of the aperture in the instrument and, thus, it would not be feasible to properly conduct the entirety of the ASTM D6348-03 method in its current form using such an instrument. Based on our understanding of FTIR instrument principles and recognition that the requested altemative determination of detector linearity is both technically sound and contained within Method 320, we are approving the requested change. We believe that this alternative is acceptable for use for use in testing all engines subject to 40 CFR part 60 Subpart JJJJ and 40 CFR part 63, Subpart ZZZZ. Also, we will post this letter as ALT-l4l on EPA's website (at uwu'.epa.goty'emc/broadly-applicable-approved-alternative- testmethods) to announce that our approval of this alternative test method is broadly applicable to engines for the purposes of meeting Subparts JJJJ and ZZZZ. If you should have any questions or require further information regarding this approval, please contact David Nash of my staffat 919-541-9425 or email at nash.dave@,epa.gor,. Sincerely, STEFFAN Dlgitally signed by STEFFAN JOHNSON JOHNSON r,f;;3';lil' Steffan M. Johnson, Group Leader Measurement Technology Group Sara Ayers, EPA/OECA/OCA{AMPD, (ayres. sara@epa. gov) Melanie King, EPA/OAR/OAQPS/SPPD, (king.melanie@epa. gov) James Leather, EPA Region 6, (leatherjames@epa.gov) David Nash, EPA/OAR/OAQPS/AQAD, (nash.dave@epa.gov) Hunter Newton Emissions Specialist GAS 580-225-0403 info@gasinc.us Type of Sources Tested: Stationary lnternal Combustion Engines. 4 Stroke Flich Burn Engines. 2 Stroke & 4 Stroke Lean Burn Engines Stationary Natural Gas Fired Generators Stationary Propane Fired Generators Gas Fired Boilers Types of Analyzers:. Gasmet DX4000 FTIR. Gasmet Portable Sampling Unit with Zirconium Oxide 02 Sensory. Testo 350. Flame lonization Detector Qualiflcatlons: Trained, studied, and fully demonstrates compliance for emissions testing via data collection outlined in the following Reference Methods:. EPA Method 1 & 1A - Sampling & Traverse Points. EPA Method 2 &2C - Velocity & Volumetric Flow Rate of a Gas Stream. EPA Method 3A - Oxygen. EPA Method 7E - NOX. EPA Method 10 - Carbon Monoxide. EPA Method 25A - Volatile Organic Compounds. ASTM D6348 - Extractive Fourier Transform lnfrared Spectroscopy Conducts emissions testing on a weekly basis including, but not limited to, the following test types: lnitial Compliance, BiennialCompliance, Semiannual Compliance & Quarterly Comptiance. {lltgqts performed are in accordance to any and all Federal & State requirements as applicable (i.e. JJJJ, TZZZ, 106.512, 1 17, PEA, etc.). Performed testing in Colorado, Utah, Wyoming, North Dakota, Montana, Kansas, New Mexico, Oklahoma, Texas, Louisiana (land and off-shore), Arkansas, Ohio, Pennsylvania, West Virginia, New York, Kentucky, & Mississippi. . Quarterly Performance Reviews covering ongoing changes with Federal Regulations, State Compliance guidelines, & site-specific safety certifications. 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S O O O N O O N F Y O, S F N N N (o F N F O F N O N O @ O O @ F @ 6) O F q F c) S ' o o @ g @ (o o s $ @ o o @ s o @o s s s @ o o o @ o o ql! *lOFz7 a:ol ze A=^iUE o o< N N O O O O @ N q NO q O N @ S @ @ F@ O O O O O F (O N 6 o N (o 6 t (O @ O O O O (O O O O O O O O F O O O 6 Oo @ @ (o @ N @ (o @ (o @ @ N @ @ (o @ @ N N (o @ N N N N N (O (o q o o o o o o o o) o o o o o o o o o) o o o o) o o d, o, o c, oo N O (D I s Co F N N N O O O N @ () O @ O O (Q o, F @ N s (O N Nq @ N O O O O O O F O @ O O O N N 9 O O N o O F O T O O rI ) @ N O 6 lo n () @ (O lo O f) 6 O n () { O O rO i s t O n( , @@ o o (o o o o o o @ @ @ @ @ @ @ @ @ @ o o @ @ @ @ (p @: : NO O O F O {O @ N O O O F N O S O @ N OO O FN O n O OO O - N N N N N N N N N N ( ' ) o o ( ' ) C 1 ( o P ss s s 9 s sq s {s ss s sv q v qq vq q qs s vs Z oo o 66 n oo o oo oo o o o o 6 0 6 06 n 6 6 0 6 0 NN N NN N NN N NN NN N N N N N N N N N N N N N NN && & & & E & A & E R & R & E E A & & & E & & E R & A & oo o o o 6 0 0 6 0 0 0 6 6 f ) f ) 0 0 n o o 6 ( ) 0 n o 6 0 s{ s I + I t s s t I I s t s r+ q ( $ q q I { $ I s s { N^8ERF Iv ,o? -9oa_(L oo o oo o oo o oo o oo o oo o oo oo o o oo oo o og q 3 3 3 3 I 3 3 3 I I 3 3 3 3 3 I I 3 I I 3 I 3 3 I I I 3 I 8 88 8 8 8 8 8 I 8 8 I I I 8 8 8 8 8 8 8 8 I 8 8 8 8 8 8 8 8 8 8 Et o o o o o o o o o o o o o o o o o o o o o o o o o o o o o oc i o o o o o o o o o o o o o o o o o o o o o o o o o o o o q o o 59 o o 6 o o o @ o o € o o o o o oo o o @ o € 6 o @ o @ o o oF : d 6 6 6 6 6 6 6 e 6 6 6 6 6 E 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 s li E R N I & N I E E 6 E R 3 + E E 5 I E 3 S h s 3 E E x P 3 S 5 tR .. - - - - 3 r x E P N & b 3 E S 8 3 S & > 3 + I3 3 E I 5 b S 6 5 g 3 8$ E E R E h R N R E R E E E R E N E E E E E E N E R R R N N E CE g E g E E g g g E A g E E E g g E g E E g E E E g g E g E g ET o o o o o o o o o o o o o o o o o o o o o o o o o o o o o oc r o NN O O ( O O O O O . , 6o F q F @ s F O ( r O ( ) F O F O O F @N N @ o @ NO F ON g F oN N q @ N v Fo O o N g , o@ s oO B : :: :: : :: : : :: : : : : : : :: : : : : : : :: : :: : oo o o N o NF o q@ o s o o s @ @ N N N @ o o N N FN @ o H ii l ir i N ii H N k !( R H H H H H R R H I ii H H fr R, E B 5 E H H $f i oo o oo o oo o oo o oo o oo o oo o oo oo o oo o oo o E E E E E E E E g g g E g g g g g E E E g E g E E g E g E g EE oo o o oo oo o oo o o o o oo o oo o oo oo o o oo oo o s 6, O I (, s I 6 (o N O O O q Cl) F O 6 (o O N F @ < q O N N O O( P a @ NO 6 F N NO @ s F N O OO OO O OO N O $ OO O O @O Or F so c ) o o o @ s ( , ) o oo o N r N o N o N 6 o N o N o s o F N oi n N - N N F N F N N o T FN o N r N F N o r o o - : a l 6 i O@ O N O O t_ N O O O O @O O OO @ O N OO N N F $ N {O O o t s O F N N OO o @@ @O O No O ON '_ ON F NO O s F OO 0 op o (I l oF F o o o o o o o F o o o o F - 9 - j o o o o o o o o o o o o o o o o o o o o o o o o o o o o o oo g q.o Ei F Ee s ., 8OE ,E tOE zE: .l It(/ , E"f a>*EogsE IT6ePI 6Eo&:el ,\ E :*l -E-o g-? (- ) E IA d:sl NEo&: -IOF (a 6 . g -e IEzA - gRE zd - (l N N O r @ N @ S O O S I F O I ON O O @ O O O F O q) F O O) Ns l n 0 F N r r O c) N (D rd N !0 N (t s' t ; @ 6 ; .7 ) F O N n r rf o) N o, Ol$ N F N O N O N r F N OG ) O F 6D @ O N N F r t O O O { { N N 9: ' t OT O O O F ss N s t N @ N N O O N Fo N ( D O @ 6 ( O OO ) @ @ r< , O O q A O O @ O N O) o O O O O o (g O o) S S s O O N F O O O F N O @ O:1 , { n( O t @ O F O) q ( 7 ) O q N ON N o F v OO N (r ( o O -N O tr . $ a E 3 R R R & R & R K R R R R K R & R R R R R R K R R R R R E & 8A tr o o q o N o o s o v o N s o o N o o o a o o @ N O @ o @ F @ 5 P p 3 r N 3 3 3 3 E 3 X * I p 3I $ 3 P R R $ R E & $ P P 3 gI ra @ @ @ @ oN @o N N @ o N @ @ s o s @ @ @ @ @ N o o o o o o! ! 0, -O O s FO N O O N N O F @@ O O N N @N O o o ) @ N N O O n N = N (C ' (c ) @ (O @ (O @ @ C) @ @ @ @ N @ (O C) @ @ @ @ N N N N N N N @@ @ E o o ; ; o o o o o o o o o o o o o o o o, o o o o o o o o o oo t o i 'F o@ F o rN so o oo s a I s r@ o o $ oo o N F ! oo o @ I6 o o o l r ) < + '. ) O ot r ) l o O 6@ () o O O( ) OO o r) q n o t t t* f l Ct t @ (o @ @ @ (o @ (o @ l! (o @ (o (o @ @ (o @ @ <o @ @ @ @ @ @ @ (o @ @A t fD oo F No s oa N e oo N o I o @N @o o F N o so G) N 4, o . ar < s s q q s 3 s so o o 6 o o o 6o O o o o o o Oo o oP 9 ' qs s ss q !s s ${ s $s s ss s q s 66 o o 6 o oo o oZ l cr _s r e'o o n o o 6 0 0 n n o o o o o o o o a o a e o n n o o o o 5 - NN N N N N NN N NN N N N N NN N NN N N N N N N NN N N CC i& & & a & & E& a E & R R& & R Q E RQ && & & & & && R & oo o n o o oo o 0n 0 00 0 0 0 0 00 00 0 06 0 0o 6 0 + s- s +i + + + + + s - i + t in i + s - t s +t ; s $\ t s t $ *EOFz*:"lzega o:oEg N^o> g oL8s oEtr -C8E 0 clsool Ig() a o. x F E I E f P r b p I + ! e R 3 E I E fi s E 3 8 E U I i A Eg i l @N @ @ @@ @@ @ @@ ( o N N @ @@ N N N NN N O6 0 N N @ (o F ( a o o o o o o o o o o o o o o o o o o o o o o o o o o o o od c ' E E E g E E E E E E E E g g E 3 E E E E E E E E E E E E E g EE oo o oo o oo o oo o o oo oo o oo oo o o oo oo o oo o E E T E E E E g E E E H g g E E E E T E E H E E g E g E g E 8T o o o o o o o o o o o o o a a o o o a o o o o o o o o o o oc , c i E B E 8 8 8 8 E 8 9 E q S N i E B 3 ? i 8 E q E E 6 q E B i EE @ @ @ @ 6 F N (O d N @ (! N N (o o 6 6 @ @ lJ ) (o (o (o o s 6 o (o o q r. OO o Oo o OO O o OO O oo oo o OO Oo o oO F N F F Oo o Nr N Oo o @ r q FN F OO O O N N OO NO O FN O OO O @6 F N N O 6J ; - N N O O O O (') O {O @ - @ d € N N O s o - 6 O N +O l ' N N @ N N N N @ @ @ N (O N N @ (O @ @ (o (o C) N (O N N @ O N N @t : F o a o o o o a o o o o a o o o oo o o o o o o o o o o o o oo c i B E 8 E U H E R 9 3 q E 8 F E E B E ! E 3 ? i A B ft F P fi R AH @ @ 6 O( ) @ (O N O q (o O N N t O o) O O O N (, (o (o @ N N N O O F N o N F { <o @ F O N F o o o N <, F o F N o (, N <o O !? I I I BB @6 0 6 0 6 00 @ or @N 6 6 00 @ N @ oo $ @o o oo o N oo oo o o o oo o oo o oo o oo o oo o o o o oo o o oo o o o ( ) o o o o o o o o o o o o o o o o o o o o o o o @ o o o. o o o Co o @ o o o o o o o o o o @ o o o o o o @ o 88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 oo oo o o o oo o oo o oo o oo o oo o o o o oo o o oo oo o oo o o o oo o oo o oo o oo o oo o oo o o NO N O ( l @ O @ @ N N N N @ N N T N N N N N N N N t s N N N 6 6 0 @O (O 6 0 0 0 0 0 @ o o o @ @ o o o o o o o o o @ (o <o o o o O @ O O { NO F N { N FO @ q@ N @ O O O @ O O <i s O q O i (t t f) q s q O t @ 6 O O I I S (O q s N F N (l ) N ;- oooooooN6ooo N@ O N O N V O N O @ O O O O S OF O F@ N S @ O FO O O t (o O t O F O (o N F o) Or O , o 6 S F o I N O (o 6 NN O N (D i @ @ @@ @ N N @N N @@ @ N (O t s N N N N N (o NN O NO N N &N NN N NN NN N NN N NN N NN N N N N N N N ON N N 88 88 8 8 8 88 8 88 8 88 8 88 8 88 8 88 8 88 8 8 6- O O O O O O O o O O ( ) O O O O O O O O O O O O O ( ) O O oo oo o oo oo o oo o oo o oo o oo o oo o oo o o O @ @ O N F O S O O N F dD O O O O O I (O N O O, @ O O N O N N N r F ( oo F (O 6 F (O @ O N 6 O - 0D c, N F F cD $ O r N S (O NN O N ( , O F F N N N N N N N T N T N N N N O O F N F $O o O @ O F FO 9 O N ( l ) SN $ NF t s e. ) O F S( ' o , O @ O @ F o N s N OO N( , F F N S O c) ( o O( ) N Fc \ O @ (o N tO O O o (r ) o o o o o o (o o o o (, o s o o o o (t (, { c, o N N N N N oo oo o oo oo o o o o oo o oo o oo o oo o oo o o 88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 oo oo o oo oo o oo o oo o oo o oo o oo o oo o o oo oo o oo oo o oo o oo o oo o oo o oo o oo o o r r O sO s O O o, N I (O O O (r ) O N @ N N N (r ) (? O O @ O N O F @ O F O O $ S O) @ e1 (, S o O A F s .o @ O, G) @ O F O O N $ F N O so o, O O OO O < @ 6 O N O@ O I S N O Oo o) O ) O (o NN N O F N NN C I T N O O O O o C D 9 O S F O O F EE E E E E E E E E g E E E E E g E E E E E E g E E E E E oo oo o o o oo o oo o oo o oo o oo o oo o oo o o EE g E E E E E g B E E E E E E g g E E E E E E E g E E E oo oo o o o oo o oo o oo o oo o oo o oo o oo o o O O N N O, c) O N F (O n (O O @ (o o, 6 F (, N F 6, o, N N N o, O O F N ON O N( , O F O @c l ) c D r @ @ F N F cD S @ ON N OO O O O N o @ co @ @ O lO |o S $ n 6 O O F N N O F O F (o 6) N oO N N OO o O O O O O O O o O O O O T ' _ N N N o o o FN o { O O O N O O o O O O O N O O T FN O O O N o o O o o6 o 6 @ O F 9t N @ @ O O 6 O O O N O o N F@ s o O o o (.) (( ) (c ) N N N N N N N N N N N O C' O O @ (O O O O O O O( c l @ (c l OO OO O O O OO O OO O OO O OO O OO O OO O FO O O o < o@ @ 6 t oo o @o r o @ o o < o oo \ N @@ ^, ^ @ o o o, Q N N N (f ) N o) @N V @ O O I O o) @ : O O @ y X': @ N <@ @ N N o N F O N N ( O N 6 { { F o F O (o O O G d o , O O q oO F q O (O N v o@ O O O (o N N @ OO X O F (.) - ^ N O 6O O ( O @ N N N O 6 @ ( o N O O @ N N N N N : 6 O v'O O _o8E 0 cgGoEE r rd s "?OE ,E t ogzE : .ILt r (, *9; -ENdog*? IEE* F @ O Oo @ N I v O o) @ @ O O F O 6 O O N (O Or S o o, r o n -- NF O . O @6 N N o , N @ 9 @ N ( o O O O O O N C o F O O D F N fr l FN N F T N F N F C ! N F N F N F O F O - i oo o o o o o oo o o o o o o o o o o o o o o o o o o o o ao 60 N N O O 9 0F O N @ @ @ @ m O O 9 00 9 @ O O O S @ N @ t o) (9 O O F N O F @ O N O O O O O O, O r s O @ N o) F (O O O (I ) @ N T (O N N N N N N N (D N N O O N Co @ N N N r) 6 (O () N oo oo o oo oo o oo o oo o oo o oo o oo o oo o o o! -aOEo&: o!NEo&:. ul?E -o -0 .e () F ld o.:sl NCo&: *lOE (, a g-t -E2a_o RE Z- d o FO O @ $ O N N O S @@ @ qO N t { N NO O O N N FO O O F r 0c N O @ $ F s oC O N t O { N O (o O s O O O O O o 6 (O N oF od ) { . -n c ! 6 F a a l @ o N o a ( , { 6 6 F { N 6 ( O o Or F O @9 N F O ( ! O N N O N O N @ ( o O @ O N O O F T N N F @ N o , o@ N t @ o o o () @ o o ( ) N N t s @ o N o N r { o q ( o N F $ <, N N O O O O O { O O N O O O O q q O O O F O O (O N oc o o o o o () o n (o o o o 0 (! 6 @ o o o o o o @ @ N o @ @ o E N N N N N N N N N N N N N N N N N N N N N N C{ N N d) N N N tr @ N so o @N FN N oo F oo o o@ o N N o NF @ gN F @ 5E R E 3 r il E E6 8 P : 3 Eb 5 3$ e E E S f, E? RE 5 ; a- A s i s@ N N S 6 @ @ O @ ( O O F N FO O @ @ @ O O O N $ o-F O N O O F q O N T N S N O N O @ @ F O N N N N N N O -T N ( ) o , o J O N ' - O N F O O O o , F o O d ) O F N F N @ @ o 6 = s @ (o @ N N N N @ N N N N (O N N N N N (O N N N N @ (O @ C) C) g o o o o o o o o o o o o o, o o o o o o o o o o o o o) o o o FF o ) N S ( , N o O o N O s s N o o O T o O @ o n @ Q N @ N N 9F q q { t o( ) o { o oo <t { $ s s $ s i $ t q I q { s s'f ) at r @ (o (o o o @ @ @ @ @ @ @ @ o @ o @ @ co @ @ @ ro @ @ <c (o @ @ r- N N c l N N N N N N ( o o o o ( o ( " ) c g o ( r ) o q s t ' o o o o o o n o o o o 6 o 6 o o rl o o rb o o .h o o o o o o (f )Co o no o o6 o6 o o 6 o o n o 6 n o 6 6 o o o o 6 6 o 6 -N N NN N NN NN N N N N N N N NN N N N N NN N N N N N i& & &R R R& && R R E &R R R R E R && & E & & && & & n6 60 0 06 00 ( ) 0 6 0 6r ) 0 0n r ) o( ) 6 ( ) n n ( ) o 0 ( ) @IoaOooIoR5oe NOo: tr o ooa (U U dt S $ -EOFz*:ol ze o-:a o>oeg N^O; R o+o- : s5 oEi:oao ol -Foa o. o oo oo o oo o oo o o o o oo o oo o oo o oo oo o o o o o o o o o o o o o o o o o o o o o o o o 60 0 6 6 0 0 0 0 0 0 0 @ o d 6 6 @ o 6 0 @ o o o 6 oo o o o o o o o o o o o o o o o o o o o o o o o o oo o o o o o o o o o o o o o o o o o o o o o o o o oo o o o o o o o o o o o o o o o o o o o o o o o o o oo oo o o o o oo o o o o oo o o o o oo o oo N N N N N N N N N N N N N N N @ (O @ @ N @ @ @ (o (O @ o@ @ o @ o @ o o o o o @ @ o o @ o o o o o o o o @ FN O O S @ O N { O O N O O F 6 ) S O O O O O O O o s (, (r ) o o o o (o v () s s o dr N t s @ i+ o N 6l F N N oF ; - N r N (? 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N N N N N N N N N N N N (r ) N 6J N N p8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 o oo oo o o o o oo o oo o oo o o o o oo o oo o oo oo o oo o oo o oo o oo o o o o oo o oo (o 0D N O F oC o o) @ o @ N O N F O q N O o @ (O N (. ) O F o) (o { O F q o O O () I A O o) N N (, o 6 O (O N (O r O <, { qN N F O T ( O C I N F T O N N O N O O T O F rO oO O @ N O O F N O 0 O O S o @ O O N F O 6 0 @ O F FO @ N @ N O d ) o S ( , ( o o O O N @ O N o @ O @ @ { NN NN N O O 9 NO O O N N NN O O N N NN N NN oo o o o o o o o o o o o o o o o o o o o o o o o o s8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 t 8 8 8 8 N oo oo o o o o oo o oo 6 00 0 0 0 0 oo o oo TO O O O O O O O O O O O O O O o o O O O O o O O O N sA O F O @N N O O N @O O O€ N Nn O o n O @ N N@ O O O 6 O F O O N @ O O O N S O N N O @ O F N N F N N O 6 O N @ () r O CO $ 6 F O N O O N (r ) F (O 6 o) O ON F N N N A O o O I N o T O < N N O O O - O 60 ! O{ OO N () FN o( o I F Oo t OC D F @O o@ O (') ( , N NO S O N F NO EQ F N @O F 06 ) O N < NQ U)o gE E E E E s E E E $ E E E g E E E E B g g E E g E oo o o o o o o o o o o o o o o o o o o o o o o o o N O O O O O N F N NO N N O O (o @ (O O O F N O N N F @@ N N N N @'- O O O N @ O O -O N @ O N O O N O F (o N @ O @ O ( ) O r ) F O O N ( ' O N N c ) ( , N o ) N @ 6 O o OO O O O O O O N F O O O F O O O O O O Oo O ' _ @ q @N N 6 0 F 9O N O@ @ @ O O F@ O N N |o i t, o (o N (O $ o o o N N N o o N N @ r) O o) (! o o (O N N N NN N N aO O N N N N N N N N N N N N O F N @ (o OO O O O O O O O O O O O O O O O O O O O O F O O O (O o @ T O O N O N F N N ( O N O T N { @ O O F N QC o d) N F O @ N N @ O o o o O O @ O ! q O O O V i< Yl (o @ o o o 6 N o o o o o N o <9 { (o N o o N n o 0 ? ts o o! O @ { F t O O O N N N O N O O F s N O F O O -' .; O O @o q N @ o @ N o N @ @ N o N N N O O @ m N <O 9 @ O O O N O O O O O N O N q N F O @ N O O @ q N N () $ d) F 6, N (. ) O N @ 6r O F O 6 N @ r oc N cr ) N F Cl oF ( r ) ( o o o N n o N o r ( o o { o o $ o o ( ) N o o -; ; - o F o r ; - o r ; - ooooooNooNNot3acooooo oqEE sE odoNNiO6El P8&Eg3 oc iEq 6?Nf loosg oo8N oe ? N6o6Oe9:@r : OOEE oogg OO6Ff, qp8 @\ cio -F6Eo&:oiUE:!i rr ) ?E-o -o -e (J E Id a:sl NCo&:*lOF (/ , - _c -E IIza _ go? Nt szd - o o8$ooN6(,@ooo@EooNnI c) ; oJN'4 3@S s8 58Bf i o! !OYR8Ss o93B@e 0D o i; r {F-!Pd O.<o"J < oNa!o -eOFzE:ol zeg8eg _c88 0 gga o .i s E n; aEe - e oeOE ,E eot '& : .I Ic(, a c:9I IENdo- g vE7. 9E* i o@ N o m N q o o N o @ o o F N o N r o Fo o N F F N( o 6 N O qO @ N N O O N { OF O O O ! 0 O N { O F N @ (O N N N @ @ (O N N N N O (o N ts N O N @ O @ @ @ @ oo o o o o o o o o o o o o o o o o o o o o o o o o EE E E E E E E E E E E E E E E E E E E E E g E E E oo o o o o o o o o o o o o o o o o o o o o o o o o o (. ) @ @ N o) @ r o o N o s o) o 6 0 N N { o $ o N o (o @o o @ 9 0 n { o o N c ! ( . ) r o n s 0 6 - ( c o oo F o o N F N o F o N q ) o o F F o o ( c , o s o o oo @ o o o @ @ @ @ @ @ o o @ @ d @ @ o @ @ @ N n @ E N N N N N N N N N N N (\ I N N N N N N N N N N N N N N tr 6 F o @ F a s @ s N s o o F s o c D F N * . a @ b @ N 61 d) O O O t N O O a) F s 6 O (O @ F O O N (, X }x $ OO { I oF ( o N O O FO { s6 ) ( l ) o, o C i ) o s ( ' @o U VN t6 F N o O @ @ N C) q F o O O @ o (r ) (O O F O @ O O ; a O 0, -o r 0 0 0 @ ov o oo 6 N @@ oN o oo @ o6 N r o =o @@ o@ @ (o @ @ @N N o@ N N N @ @( o N N ON O< O g o o o oo o o o o o o o o o o o o) o o o o o o) o o o F o @ F oD o o N o N NN @ o o @ o o o o $ o @ o o o I 53 33 3 3 3 8r € 9S 6 3 3 g 98 9 35 8 38 3 3 6 .i l @ @ @ (o .o <o <o <o @ @ @ @ (o @ @ @ @ @ @ @ o @ o o @ @ fD N @o oF N s @@ N @o o F N o o( g N oo o F N o s r t s $ OO O OO | O 66 6 OO O OO O O OO o o 6 0 6 0 0 0 0 0 0 0 @ (o @ (o (o @ @ @ @ @ @ @ @ @ (r )eo 6 6 0 6 o 6 6 o 6 D o 6 o 6 o n o @ 6 o o o o o o -N N N N N N N N N N N N N N N N N N N N N N N N N N i8 88 88 8 88 8 8 8 8 88 8 EE E 88 8 88 & R A l! 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' , e : : i X gt s S .: .; o oo o o = a ^ o 33 3 3 tr 6N ss s s di B (< s g ( NC { N 9N e { N@ O o o o o gB I I I 9 eo oo @ o @ b E s E 5 3$ j. R E 3 5 n$ N N N N FN g E E E gE oo o o o 0 P 5 [ ry 88 NF N F : - ti a ., 8OE ,E tOCz*: -l rE(/ ) A o.:o] t>-ENAog gE E oo o ooo@ @ N( o ( o oo o NO N OF O oo o oo oBE E oo o :3 8 @N@o a oo r :XE E oo o ooE8 s oo oEg E oo o s e s E 8g E oo o o o o o oo N v o 6 t 3 E 5 E 8& R NN o NO F O F . @ OO F O N i N -1 0 oo o o o 9 o H E il P AE E oo o o o g o E E E g ET E oo o o O ( 5 o E E E E g8 g oo o o o o o NO ( l ) ' - P . o ) I I3 ; 8 8 3 oo o o o o o I I I I8 8 8 (o @ @ N r : \ O oo o o o o o fEOEo& :el ,\ E ve :*l_o -?c) t r IA a:*l NEo& : -lOF l, 6 - !o -? IEzA _e "ENF 7: - d o- BE S T g E N ;; s i s d ; i : <@ r 6 o C . , l * S E i Ea go oo @ N 9 o t6 E E E N t R K I RE E o $ I E s sE E : g ! 9 et - o ol It roEg -?OFzE:I ozzagto>oEg N^8e oo68o@o0oo8ogooNoo8oo Eg E E oo o o 3S : 8 OO O O 6( 0 q N Nt o ) ( , oo o o oo o o 88 8 8 oo o o oo o o o) O F ( O ( c l r O NN O 6 0 0 0 @O N N ( . , F N OF O F O oo ( ) N t o @ $N { C , O r ) N (o @ o N 6 r N 6 NN N € O O O vq g v g s s NN N A N N N rS C l ) @ F O N oo o o @ r N@ C o @ S N O $c \ G i -o N o EE E E oo o o oo o o 88 3 8 oo o o o6 6 0 @i o 6 oo o o88 E E u,o EE f t g od o o NN o ) ( , @ F oo o @ N 6 0 NN F O N oo o o o o o FO D N o , N N N 9o J O F O O O oo t o N o o oo o o o o o FO N @ 88 8 8 oo o oE= g E oo o o EE E g oo o o gE g E oo o o NO O 6 3B E ? oo o o oo o @ dr @ t N oo o o oo o o @o F O O F @ {@ o o o q s oo o s @ 0 @ oo o o o o o EE E g f i f t E oo o o o o o NN N r ( r ) F F@ O t @ @ @ ro F N 6 F ( O ri o 6 o N o G i 83 E 3 3 3 E NN t s N N N N NN N N N N N EE E E OO O OEE E E oo o o t@ @ o N@ O O s( O u ) n oo o o NN @ q ON .'( . ) o o oo o o oo o o 88 8 8 oo o o FB E E oo o o os o < o q)F @ ( O q F O O@ @ ( o ( o F 0 C oo o o 'r ) o ( ) 6 0 6 6 NN N N ( V N N oo o s o s o oN q o o s@ @ 6 o @ c l Nt $ o @ s @ oo o 6 6 0 6 sr a s s + s 9 @@ N O O O (! t f ) @ O O r 6 6( ) 6 0 0 6 ( o gS S S V q q gE E E g EO O O O (L E E s g -l / , 9 ? 9 e oaFl- q s s s b@ ( o ( o ( o oER R R R LO O O O ll J S * H S 99 t n s ! ! s *3 {i ! ITEE 69 N@ @ N 60 n @ oo o o 88 8 8 oo o o oo o o oo o N o o N NF ( F N O N oq N o q o @o @ 6 0 0 @ EE g g E E E oo o o o o o ea a a = Q a EE E E E E E u, c I c I9 ? I (6 lll @ @ o o @ o @ v( o o o o o e l o .A @ . o @ @ . o < o < o u,a, l o n o o o 0 0 XN N N ( ! N N N ^( J R R R R R R R oo o 6 0 0 0 ss t 9 s t 9 O=sE oEi:g!c) oo o o q q oo o o o o o6 ( o c O 6 0 oo o o o q @6 @ @ N N NN N N N N (o o ( o o @ o 88 8 8 8 8 oo o o o o R8 : 8 8 8 oo o o o o 88 8 8 8 8 oo o o o o Et - - - - - r r rJ , t: - sl ,. - li 3l Ri la El (o lI ur l l[ >l lo fr l = la =l ls u. l . - | o EE E E E E oo o o o o EE P E E E oo o o o o $N 6 O O F FS O O O O FO O O O O oo o o o o Eg E E g E oo o o o o U'o to o r o N OO N O O F 'n ( 0 6 | J ) s n oo o o o o NF O O O O 88 8 8 8 8 oc i oo o o EE E B g E oo o o o o EE E E E E oo o o o o BE E E g g oo o o o o !t N O ) N r ( , q6 N O O { @6 r 6 6 O oc i o o o o @o s 6 t o FN N T O O oo o o o o oo o o o o N( O O F @ ( 9 NO < r @ O O @N @ 6 F O oo o o o o EE E g E E oo o o o o EE g E g E oo o o o o EE g E g E oo o o o o EE E g E E oo o o o o EE E s E E 99 9 9 ? C FN N N N N 9$ t s { s (o @ @ @ @ ( o n6 0 0 r ) 0 NN N N C ! N && & & & R lr ) 6 0 0 0 ! t ) n< i < + r oEA5S l Fcgc xvoit "EOE>&: .lOEzE: -l lr E(, *"I !t >ttog *i -EEE:el 6Co&=sl '\ E :*! ?E -o o=-l (J E r6 . o:sl NCo&: -l8E 6-: -I Iizd _o . RE zd n:ol IFoE:s: zE:^T>. F 6.:8e o, /O CFR Part 60 Subpart JJJJ Performance Test Report Test Type: Annual Test Date: 4nil2025 Source: Waukesha H24 Rich Burn (4 Cycle) Serial Number: 1663358 Engine Hours: 12439 Permit #: #DAQE-AN 1 61 21OOO2-23 Title V Permlt #z #1300141001 Locatlon: Duchesne Data Center Power Station Duchesne County, Utah oEpeRruerut or ENVIRONMENTAL QTIAUTY lUlAY 1 6 2025 DIVISION OF AIR OLIAUW Prepared on Behalf of: Crusoe Energy Systems, lnc. Test Started: 08:12 AM Test Completed: 12:43 PM +As 303 W. 3rd St (580)22s-0403 Elk City , OK7364r'. Figures Figure 6.1 (Location of Traverse Points per Method 1)....... AnnexFigure't.4.1(SamplingTrain)......... ................... 13 AnnexFigure1.4.2(SamplingPoints)....... ....................14 Annex Figure 1.4.3 (Sampling Port Locations)................. ................... 14 Appendices Certified Calibration Botle Certificates................. .........20 Tri Probe Certilication via GD-031.... ...... 25 GAS ALT 141_FT|R EPA............... ......... 27 Tester Qualifications (resume)........ ........ 28 Raw Data...... .................... 29 3 1.0 Key Personne! GAS Crusoe Energy Systems, lnc. Hunter Newton Cody Walters 2.0 Sampling System The sampling system used consisted of a Stainless steel probe, heated Teflon line, gas conditioning system, and a Gasmet model DX4000 FTIR analyzer. The gas conditioning system used was a Gasmet Personal Sampling System with a Zirconium Oxide oxygen sensor. 3.0 Methods Used ASTM D6348.03 This extractive FTIR based field test method is used to quantify gas phase concentrations of multiple target analytes (CO, NOX, CH2O, & VOC's) from stationary source effluent. Because an FTIR analyzer is potentially capable of analyzing hundreds of compounds, this test method is not analyte or source specific. The analytes, detection levels, and data quality objectives are expected to change for any particular testing situation. lt is the responsibility of the tester to define the target analytes, the associated detection limits for those analytes in the particular source effluent, and the required data quality oblectives for each specific test program. Provisions are included in this test method that require the tester to determine critical sampling system and instrument operational parameters, and for the conduct of QA/QC procedures. Testers following this test method will generate data that will allow an independent observer to verify the valid collection, identification, and quantification of the subject target analytes. EPAMethodl&1A The purpose of the method is to provide guidance for the selection of sampling ports and traverse points at which sampling for air pollutants will be performed pursuant to regulations set forth in this parl. EPAMethod2&2C This method is applicable for the determination of the average velocity and the volumetric flow rate of a gas stream. The average gas velocity in a stack is determined from the gas density and from measurement of the average velocity head with a standard pitot tube. Velocity readings are laken from each stack at 16 separate traverse points (Table 6.1) and used to determine the engines mass emissions rate, calculated utilizing the formulas seen in section 7.O ol this report. EPA Method 3A This is a procedure for measuring oxygen (O2) and carbon dioxide (CO2) in stationary source emissions using a continuous instrumental analyzer. Quality assurance and quality control requirements are included to assure lhat the tester collects data of known quality. Documentation to these specific requirements for equipment, supplies, sample collection and analysis, calculations, and data analysis will be included. GAS 4.0 Test Summary Unit with a serial number of 1663358 which is a Waukesha H24 engine located at Duchesne Data Center Power Station and operated by Crusoe Energy Systems, lnc. was tested for emissions of: Carbon Monoxide, Oxides of Nitrogen, and Volatile Organic Compounds. The test was conducted on 411512025 by Hunter NeMon with Great Plains Analytical Services, lnc. All quality assurance and quality control tests were within acceptable tolerances. The engine is a naturalgas fired Rich Burn (4 Cycle) engine rated at 530 brake horse power (BHP) at 1800 RPM. The engine was operating at 454 BHP and 1553 RPM which is 85.67% of maximum engine load during the test. The test HP calculation can be found on page 8. The engine was running at the maximum load available at the test site. This test will satisfy the testing requirements for 40 CFR Part 60 Subpart JJJJ. Unit A is authorized to operate under permit #DAQE-AN 1 6121 0002-23. Site Verification Photos 4 GAS 4.0 Test Sum 5.0 Run Summaries Table 5.1 Run Summaries Samote aner BacK Huroe:0.67 Within 5% of Last Aostd readinq:YES 6.0 Volumetric Flow Rate Data Table 6.2. Stack gas pressure Aostd = Velocitv head measured bv the' standard p'itot tube, (in.) H2O.' tube use Flgure 6.1 16 Traverse Points Were UsedStack Diameter (inches)8.00 lnches upstream from disturbance 41.00 lnches c,ownslream trom clrSturbance 30.o0 Pitot readings are taken for Method 2 calculations using measuring points outlined in Method 'l 'The exhaust stack dld not present cyclonlc flow condltlons at the sampllng locatlon due to the absence of cyclones, lnerdal demlsiers, vonturl scrubbers, or tangentlal lnlets. 'Cyclonlc Flow Check (Pass/Fall): PASS &o%s5%s6 0\ Table 6.1. Data used for volumetric flow rate (Method 2) d,a*a !!!!$;{iif GAS 67 7.0 Calculations Method 2: Determination of Stack Gas Velocity and Volumetric Flow Rate 'Note- Use of this method neqates the need for anv fuel related numbers for emissions calculations Ap(avg) = Velocity head ol stack gas, mm H2O (in. H2O). 3600 = Conversion Factor, sec/hr. A = Cross-sectional area of stack, m2 (tlzl. Bws = Water vapor in the gas stream (trom ASTM D6348) Cp(std) = Standard pitot lube coefficient; use 0.99 Kp = Velocity equalion constanl. Md = Molecular weight ol stack gas, dry basis, g/g-mole (lb./lb.-mole). Ms = Molecular weight ol stack gas, wet basis, g/g-mole (lb.llb. -mole). Ps = Absolute stack pressure (Pbar+ Pg), mm Hg (in Hg) Pstd = Standard absolute pressure, 760 mm Hg (29.92 in. Hg). Qsd = DU volumetilc stack gas flow rate corrected to standard conditions, dscm/hr. (dscf/hr.). Ts(abs) = Absolute stack temperature, 'K ("Fl). = 460 + Ts lor English units. Tstd = Standard absolute temperature, 293"K (528'R). Vs = Average stack gas velocity, m/sec (ft./sec). fi/! = .214(o/oCO2\ +.32(/"421 +.28(/"N2+o/"CAl Md = .44(10.946)+ .s2(.066)+ .28(88.98+.008, = n.75 LB/LB-MOLE Ms = 29.75(1 -.15844)+ 18.0(.15844) =27.89 LB/LB-MOLEMs = Md(1 -Bws)+l 8.0(Bws) vs = 85.49'. 99'y'.S0'y'1 r ZOO.O 5t (30.22' 27 .A9) ) = 79 FTISEC Qsd = 36oo( 1 -Bws)Vs.A((Tstd'Ps)/(Ts(abs)'Pstd))Osd = 3600(1-.15844)79'.349(s28'30.22y (1266.05'29.92)) = 3518a.87 DSCF/HR Q = 35184.875135.315 = 996.315 DSCM/HRQ = Qsd/35.315 Emission Hates (Examoles use CO Bun 1 453.6= Conversion faclor lb. to gram HP= Engines rated Horsepower A = Cross-seclional area of stack, m2 (tl2). Mfg.= Manulacturer Exhaust flow rate at 100% (ft3/min) BHP/HR. = Brake work of the engine, horsepower-hour (HP-HR.). 02 = Concentration of oxygen on a dry basis, percent. BTU/HP-HB. = Brake Specific FuelConsumption (HHV) ppm= Parts Per Million (CO) ER = Emission rate of (CO) in g/HP-hr. ppm@15% 02= PPM corrected to 15o/o O2 F(d )= y6lurnss of combustion components per unit of heat Qsd = Dry volumetric stack gas flow rate corrected contenl, scm/J (scf/million Btu). to standard conditions, dscm/hr. (DSCF/HR.). O = Stack gas volumetric llow rale, in standard cubic meters Run Time = Run Time in Minules per hour, dry basis Tpy= Tons per year LB/HR.= Emission rate ol (CO) in LB/HR. Vs - Average stack gas velocig, m/sec (ft./sec). Molwt.= MolWeight of CO (28.01) ppm @ 15olo or2=77.986'(20.9-15y(20.9-.07"/"ll =22.A87 PPM @ 15o/oo.2ppm @ 15olo 02 = PPM'((20.9-15"/"O2y(20.9O2)) grhp-hr - (PPM'(1. 1 64'1 013)'Q'(Run fime/60))/BHP/tlR (77.986'(1.1 64'1 9^-3;'996.315'(Run Time/60))/450.5 = .201 G/HP-HR LB/F{R =.201'11453.6'450.5 = .199 LB/HRlb/hr = EFI'1 /453.6'8HP-HR TPY = LB/HR. '4.38 TPY = .'199'4.38 = .872TPY 77.99 = 65.63'(1 (l -.16))ppm wet'(1(1-H2O) = ppm dry 8.0 Oxygen Callbration 9 8.1 Callbration orror test; how do I conflrm my analyzer calibratlon is correct? After the tester has assembled, prepared and calibrated the sampling system and analyzer, they conduct a 3-point analyzer calibration error test before the first run and again after any falled system bias test or failed drift test. They then introduce the low-, mid-, and high-level calibration gases sequentially in direct calibration mode. At each caltbration gas level (low, mid. and high) the calibration error must be within t 2 0 percent of the calibration span, 8.2 lnltial system bias and system calibratlon error checks. Before sampling begins. it is determined whether the high- level or mid-level calibration gas best approximales the emissions and it is used as the upscale gas. The upscale gas is introduced at the probe upstream of all sample- conditioning componenls in system calibration mode. ('1 ) Next, zero gas is introduced as described above. The response must be within 0.5 percent of the upscale gas concentration. (2) Low-level gas reading is observed until it has reached a final, stable value and the results are recorded. The measurement system will be operated at the normal sampling rate during all system bias checks. (3) lf the initial system bias specification is not met, corrective action is taken. The applicable calibration error test from Section 8.2 3 of EPA Method 7E is repeated along with the initial system bias check until acceptable results are achreved, after which sampling will begin. The pre- and post-run system bias must be within t 5.0 percent of the calibration span for the low-level and upscale calibration gases. 8.3 Post-run system bias check and drlft assossment - conflrming that each sample collected is valid. Sampling may be performed for multiple runs before performing the poslrun bias or system calibralion error check provided this test is passed at the conclusion of the group of runs. A failed final lest in this case will invalidate all runs subsequent to the last passed test. 11) lf the poslrun system bias check is not passed, then the run is invalid. The problem is then diagnosed and fixed, then another calibration error test and system bias is passed before repeating the run. (2) After each run, the low-level and upscale drifl is calculated, using Equation 7E4 tn Section 12.5 from EPA Method 7E. lf the postrun low- and upscale bias checks are passed, bul the lowor upscale drift exceeds the specification in Section 13.3, the run dala are valid. but a 3-point calibration error tesl and a system bias check must be performed and passed prior to additional testing. Tablo 8.1 Oxygen Callbration tilethod 7E 3.4 To the extent practicable, the measured emissions should be between 20 to 100 percent of the selected calibration span. This may not be practicable in some cases of low concentration measurements or testing for compliance with an emission limit when emissions are substantially less than the limit. EPA Method 3A QA Worksheet Certillcd G!3 Conc.nt .lon I Ccrtltled Ge. Conontr.ion I Ceriif,cd Gar C<Low{.wl (%) I xld-Levcl (%) I xlgh+evr ,ncanirelon I,t(%l I 7E 8 5: Note: that you may risk sampling for multiple runs before performing the post-run bias provrded you pass this test at lhe conclusion of the group of runs (OIRECT) Analyzer Cslibratlon Error (S 2%) Llneartty Check Certified Dirgct Cclibrutionesponr (%) Absoluto Difierence (0/6 Anatlzer C.libratbn Enor (%)Vrlue (%) Zero GaJ "/o 0.00%0.00%0.000,6 0.00% Mid-Level Gas % High-Level Gas % 10.59% 20 920/" 10.47o/o 20.*o/" 0.12'/" 0.(xo,6 0.550/" 0. 190/" (SYSTEil) Grlibratlon Bl.s Checks (5 5%l tnd Drift Ch6ckt (s 3%)Upscale Gas 10.5S% ZeroOfrset 0.00% Bias Prc lnitial Value Bia: Pori lnital ValussSpan n.92 Analyzer Calibration R$ponse (0/6) Zcro Gar 0.m% Sytt m Celibretionr Recponse Pre (%) Syrtem Biar (ol of Span) Prc Sy6tomC.libratirn Recpo.rre Pod(%) sylrem Bh3 (% ofSprn) Po3t Ddft (% of Span) 0.00%0.007o 0.@o/o 0.@o/,0.00% Upccalc Gar 10.47Yo 10.23o/"1.1804 10.ZYo 1.21Vo 0.00o/o (SYSTEII) Callbratlon Bla! Checks (l 5%) and Drtft Checko (5 3%) Avo. Gas Conc.ntafion (Run 1 O.OTYo Efiuefit G,lr (Co.rl Run 1 0.07% Avg. Gag Concenbatbn (Run 2)0.05%Efiuent Gar (CgEr) Run 2 0.(tro6 Avg. Gar Concanbetion (Run 3)0.03%Efruent Gar (Cgar) Run 3 0.03% EPA Method 3A CIA Worksheel Zero Gas 100% Nitrogen Mid-Level Gas 10.59% High-Level Gas 20.92o/o Zero Gas o/o Mid-Level Gag % High-Lsvel Gas % zero Gas % l-6%-l Uplcatc U3€d upscate crt I ro zgy" | 10.59% Zero Gas % I 000"6 IUpcrle U3ed upsclte car | rczz"n | 10.s9% GAS 10 9.0 Engine Parameter Data Sheet ASAnolqtrcol Sc'rrrccs. .lrrc @mDany Crusos Ensrqv Svslems. lnc. Faclllty Duchesne Data Center Power Station Dato 411512025 Slte Elevatlon (ft)5820 UnIT ID ual(o Waukesha Modol H24 Serlal Number 1663i]58 Tochnlclan Hunter Newton Run 1 Run 2 Run 3 Completed Run Start Tlmoa Ul,:IZ AM UT':ZJ AM 1O:58 AM 1z:rKl PM Englne Hours 12436 12437 lzzl{t8 12439 Enqlna Paramotor Data Run'l Run 2 Bun 3 Averaoe Enolns SDeod (RPM)1553.0 1553.0 1552.0 1552.7 lntako tanltold Prossure lDsl)39.0 38.0 41.0 39.3 lntako Uanllold Temp "F tzl .tJ 1zJ.O 128.0 't24.O Enslno Load (BHP)+cu.c .}UY,t'4t +c4.u Ambbnt Temp'F 37.O 49.0 54.0 46.7 ilumldltY 7o 39.0 22.O 18.0 26.3 Dew Polm'F t4.o t2.o 12.O 12.7 AFR i,lanutactuEr/TyDo Allen-Bradley I Allon-tsradlev Allen-Bradley I Allen-Bradley sucuon Pfeatuno (psll T7.O 74.O 799.O 316.7 Occhargs Prseeure (psl)3txr.o 376.O i,U I.U 3EO.O Geteryst (Ye8 0r Nol Yes Catelygt Manufacturar, ol Catalyst lnatalled N/A tl/A N/A N/A Catalygt lnlet Temp oF 1125.O 11 19.O 1128.0 1124.O Catalyot Outlst TemD oF ro8s.o roEit.o r0E7.o 1085.0 Cetalyst Pransure Drop H2O 5.6 5.5 6.O 5.7 10.0 OA/OC Results System Zero Response System Response Time Time 45 seconcls 49 seconds Nitrogen monoxide NO Nitrogen dioxide NO2 NOx voc Oxygen Average:0.00 Average:0.00 Average:0.00 Average:0.00 Average:0.05 Average:0.00 CTS Compound Concentration Avg Tolerance Difference between measured and expected Value:98.91 2.OO/" O.67"/" Carbon monoxide CO Nitrogen monoxide NO Nitrogen dioxide NO2 NOx VOC Oxygen Average:0.00 Average:0.00 Average:0.00 Average:0.00 Average:0.00 Average:0.00 CTS Bottle Concentration CTS Compound Concentration Avg Tolerance Ditference between measured and expeded 45 seconds Value:99.57 Value:99.92 5.00"/o 0.35"/o Spike Reported Spike Expected Value:249.00 Value:249.80 Gas, lnc. 12 1 1.0 D6348 Annexes 1-8 The test quality objectives completed for the emissions test are demonstrated throughout Annexes 'l ,2,3, 4, 5, 6, 7 & 8 as layed out per ASTM D6348-03. All reference methods, pre-test and post test procedures were within acceptable limits. Data generated during the pre-test and post-test procedures are summarized below in order of the distinctive Annex. Three 60 minute test runs were performed. The linal analyte concentrations are the average of each test run. Data was taken at 60 second intervals. Each 60 second measurement was the average of 600 scans. Propane is used as the surrogate compound for the Annex 5 Spiking Technique due to Propane being the VOC that is most commonly found in the combustion process of natural gas. Additionally, the molecular weight of Propane coincides with with molecular weight of VOC's per the EPA. Annex Table 1.2.1 Certilied Calibration Bottle Concentrations Bottle Expiration N02 Ethylene sF6 02 (o/o) cc502013 2t12t2024 gtl./4 1O.599/0 EBo't 15896 12n4t2027 99.57 cc4401 96 7t13/2032 zu.vt"b Cylinder # CC333629 Expiration: 10-18-2032 Propane co NO SF6 Elottle Value :z4lj.6U 501.50 zb4.bu 9.99 Analvzer Svslem Hesponse 249_UU 49b./252. ^-) 9.88 Percent urnerence U.32"/o O.94o/"o.750,'"1.129L Annex Table 1.2.2 Measurement System Capabilities rarameler Measured Gas GOncentrallon(oom)Path Length EqurtrDrauon Time Dilution Factor o/o Recovery Path Length Ethvlene 98.906 4.967 Spike Direct Propane 249.326 SF6 9.874 CO 498.483 NO 252.995 Mechanical Response Time Ethylene 99.917 35 seconds Analyzer Response Prooane 249.0M 4'l secondsSF69.876 co 496.771 NC)252.696 Analyte Spike Recovery Propane & SF6 8.339',.9b.52"/o 8.52"/"9/.//"/o 8.24o/"91.34"/o System Zero Nitrooen 40 seconds Post Spike System Propane 249.559 CO 496.748 NO 25't.229 SF6 9.916 GAS Annex Table 1.3.1 Test Specific Target Analytes and Data Quality Objectives Compounds lnfrared Analysis Region (cm-l) Expected Concentratlon Range luleaSuremenr System Achievable Mlnlmum tletectable Concentratlons l.lequrrBq Measurement System Accuracy and Preclslon lor Test Aoollcatlon CO 2000-?200 0-1200 oom 0.16267 Dom 4 oom NO 1875-2138 O-1(XX) oom 0.4007 DDm 2 Dom NO2 2700-2950 0-100 oDm 0.4899 ppm 2ppm voc 26(x)-3200 0-100 ppm 1.8520 ppm Total VOC's 1 ppm per VOC910-1150 2550-2950 CH2O 2550-2E50 0-1OO Dpm u./t,/t, ot)m 1 DDm lnlerlerlng Compounds ' CO is analyzed in a separate analysis region than CO2 and H2O coz 926-1 150 O'1Oo/o Oo/o nla Water Vaoor 3200-3401 O-22"/"O.N"/"nla . VOCs compiled ol Acetaldehyde, Ethylene, Hexane, and Propane. PROBE*?tr* 02 SENSOR FLOW MTR. Flgure Annex 1.4.1 Sampllng Traln The testing instrumentation is housed in an enclosed vehicle which is located approximately 45 feet from the source. A heated sample line (sixty feet in length) is attached to the inlet of analyzer system and the source effluent discharges through the FTIR outlet. I ry GAS 0t GAS 14 Sampling Polnt Locatlons ln lnches 1fj.1o/o r.3lnt 50o/o 4.U(x,., 83.3o/o 6.664 Gu, l,rJ =o E Ae(r!do TRI-PROBE SAMPLE POINT LOCATIONS AS PERCENTAGE OF STACK DIAMETER Flgure Annex 1.4.2 Sampllng Polnts lnterior Stack Diameter (inches): lnches Upstream: 41 lnches Downstream: 30 SAMPLE PORT LOCATION DETERMINED BY DISTAT{CE FROM DISTURBAT.ICE Flgure Annex 1.4.3 Sample Port Locatlon GAS 15 D6348 Annox 2. tletermlnatlon of FTIR Measurement Slstem Mlnimum Detectable Concontratlons (MDGfl) N t-: A 'tt --,'lrl s nrF ttt :,'rrl i; MI)C#I* i*:"r (A/ ra";')'I J,. f N IiA ttt r,-rrl.s'')r'r'I l''rr'l Z ,1", (n r o'",')' ttl ,- rr1 -s Target Analyte Results (ppm) CC)O.162t NO 0.400; NO2 0.489t Ethvlene o.378i Prooane U.4J5 Hexane o.z23i Acetaldehvde 0.815i Formaldehvde u. la/t Lt:t:ll Annex Table 1.2.2 Measurement System Capabilities Calibration Transfer Standard Expected Measured Path Lenoth valadated Ethvlene 99.57 9E.9'l l-9tr r PaSSed Parameler Measured Gas concentration(ppm)Path Length Eguilrorarlon Time Dilution Factor o/o Recovery Path Lenoth Ethvlene 98.906 4.967 Spike Direcl Propane 249.326 SF6 9.8/4 CO 4VU.4UJ NO z5z.wa Mechanical Response Time Ethylene 99.917 35 seconds Analyzer Besponse Propane 249_UU4 41 secondsSF69.876 CO 496.771 NO 252.696 Analyle Spike Becovery Propane & SF6 8.33%96.52oi" 6-52"/o 97 -77"/" 8.24/"97.340/" SVSIEM ZETO Nitroqen 40 seconds Post Spike System Propane 249.559 CO 496.748 NO 251.229 SF6 9.916 16 Parameter Gag Goncgntrauon itessured o/o Difference Speciflcatlon Valldaled Spike Direct Propane 249.800 249.326 O.19o/o 1l'Z"/o Pass SF6 9.988 9.474 1.14o/"+l- 2o/o PASS CO 501.500 498.483 0.60%+l- 2o/.Pass NO 254.600 252.995 0.63"r'o +/- 2o/"Pass Spike Run 1 vla the System Source Output Spike Averaqe Dilution Factor Expected 7o Recoverv Soeclllcation Propane 0.352 2u.3!,/21 131 96.520"/"70-130o/o SF6 0.000 0.822 8.325"/"<1Ao/" Splke Run 2 vla the System Source Output Spil(e Average Dilution Factor Expected 7o Recoverv Soecilication Prooane 0.1 18 20.914 21.391 97.77O"/o 70-13O/" SF6 0.000 0.841 8.517"/o <1O/" Solke Run 3 vla tte Svstem Source Output Spike Average Dilutlon Factor Expected 70 ReCOverV Specilication Propane 0.oo0 20.037 20.584 9 / -34U"/o 7O'134o/o SF6 o.ooo o.814 8.244"/0 11(J"/o Noise Equivalenl Absorbance (NEA) BMS High 0.000297 RMS Mid 0.000155 RMS Low 0.000260 Line Position c:0 c2ir 0 i5 c 15 ._ .r)c r0 cc5 005 llcc \ .' ' il 00 005 c05 209?- 2C69 2tr-16 2C:.1 1999't976 1!53 i91,0 1907 i5E'1 1.101 1E17 181"+ to Reference I 0.65o/o@ o.oo% Pass GAS Pass The Gasmet GICCOR (Genzel lnterferometer with Cube Corner Retroreflectors) interferometer is specially designed for maximum optical throughput and maximum signal to noise ratio of 7.72 (cm-1) remaining stable with any vibration and temperature changes. is a low resolution spectrometer where the aperture is fixed to a maximum setting and the detector linearity was tested with an alternate approach. A three point linerarity of the CTS gas was performed and validated. Linea rity 187 418 167 418 147 418 127 418 107 418 87 418695 687 679 672 664 656 648 641 187 418 167 418 147 418 127 418 107 418 87.4 1 8633 625 618 610 602 37.6627745 Pass The analytical accuracy of the quantification algorithm is satisfied via the results from Annex 5 per Annex 7.6 FgsT cTs svlDfit Glroclr: CTS Bottle Concentration:99.57 U I l; l;amole Uionoentratlon Averaoe:96.35 utlTerence rretween measureo ano exoecleo:3.34"/o I OEranoe:5.OO% Rltn Ddl Vdlddon. Autstlthd va Exld FtrNO ve[dil5 Gofliltuttr Bun 1 Points 1 & 2 on CO/NO/Prooane All wnhln 2070 Passed IJemonstrates no inlederenoes observed. Flun 2 Pornts I & 2 on go/No/Prooane All wnhin 2O7o Passed uemonsrrargs no rnleneren@s oDserveo. Flun 3 Points 1 & 2 on CO/N(J/Propane All within 20%Passed uemon$rales no rnlenerences ooserveo. GAS 18 12.0 S[naure Page Job/Flle Name: Crusoe Energy Systems, lnc.; Duchesne Data Center Power Statbn;JJJJ Emissions Specialist We certify that based on review ol test dala, knowledge ol those individuals directly responsible for conducting this test, we believe the submitted information to be accurate ard conplete. Company: G.A.S. lnc. Print Name: Hunter Newton Titb: Emissions Specialist Date:4fl 5t2O25 Company: G.A.S. lnc. Print Name: Travis Hartley Title: Director of Stack Testing Signature:i-$ PhoneNumber: 580'225-0403 Date: 4/15/i2025 Company: Crusoe Encrsy Sysrems. tnc. Print Namei Michael Title: Sr EHS Dircctor phone Number: 812-7s{-}811 GAS Appendices litm$' r Ar l,rq}& cmot[ Spike (5 Gas) .tlrfrt lpcldtt Grrt ^rr8n$ LlSA I l.(' l:1:: S \\mtu (f,h At( :H::i:""'- CE RTIFICATE OF ANALYSIS Grade of Product: EPA PROTOCOL STANDARD Reto?cncc No 54-40316633G1 Cy'ndcr \,blurE: 147 0 Cy'md.r Rcssur" 2015 Vah€ Artbt 660 Certiricatbn Oatc Oci 18.2024 Erylrtlon D.t.: Oct lE,2032 Csticdbn porfo.nEd h ewdsrc nth'EPATT@abilty P,ot@lls Asgy sno Cstrtlcds ot Oaler C€lbreton Sl8ndrds {lrar 2012)'d()@ql EPA6(DrR- 12,6J1. u$g tlE u$y proodJrc! lrgbd Andyt6l fihhqlrogy 6sr rcl rquirr qrdH tq orlytol nbrlscn€ Thrt qylrn&r ha! I totrl oolytal n@datnay a!gtCd El* sth E 6trra@ Evcl ot 93'r llEre or€ no ggnriooa rrrpdt9s wlrch dlGd th€ s d ih[ €lbraton mlrt ro A, @rlratr! s0 on ! rcl€ml9 bsisot6 othrrs notad TrE r€slr,etde orly b the rhms bsbd TrE Bpqf shall rct be r€pro<Eod €r@pl ro tull *lh@l ?provrl d tlE lrbrabry Oo Noi U* Thr. Cyrng b.l* 100 p9g r o 0 7 dEgspa&r! Parl Numb6r Cy'inder NumbG{ Laborato.y: PGVF Numbar Gas Cod. E05Nr94E15A@r4 cc333629 124 .Chrcago (SAP) -lL 81m24 CO.CO2,NO,NOX,PPN,BALN A\ AL\TI('AL RESL'I-T:i ItRl( 0\ll)l :5o{r Pf\l ,P\\l :5r 0 PP\l \RlIr\ i\lrA0\lt{ 5rr,l} l,t,\.1 \l(U()\ l)l()\ll)l t litr '. I&{l,l \ lltrhr. ilatEalr adrd( c6lr.tb--Gir- ,'(r I, pp\l :{e r I'p\t (rrl r lp\l f ril) tl lfrrl. t Nnrlr tMl. I rcnn- {-.r lrrr6 .rr,.\lslh..nt .itrlP\l\lsTTric$[' t0]rll,llllrx:r,lllilr t, Pl'U (,t t,l l.l t,1 (,1 lr',\lsf ltJrd$L .1nPP\l\ISII'\.rhk lolr:l)llil,ii:rllJ or'. \lSI tr)ltrblc . . I 6PP\t \lSf lrrr.hk r0 Ir lr':J ilr'. \l\-I Tr.'(.rhh I IPP\I\lSI Tr.rshl( lrr lE llrrll . I l . \l\l lrirt$L' ' . (' 1", \lSI l,r.$lc llr ll l0l1 (.AT-IBR{TIo\ STA\DARDS x l, I I lrlr,l: ll tlrl( i:: {r-\el!li l lRrl -\otil]lli ,\ils ldrlr,-)u<lin_trx, (( nrlrti rq'nPr,\l( \l{}t(AIl{)vr\ll)l \lIRrx,l\ ll\l lit)r{{:. ((lllrirl 'Jlo'. ( \Rttt^l)l(,\!l)l \llR(x,l\ h". SRll \ I R\l l'Rlll ,'r R(,\l 'k{.\j rt\,r. rt (!rh il) r(f{6(. l(. Ih. (;\tls ulrj 't! t B Is\ ilJ h{ nrl .! ilk rEllstr ( tl \o ( c6rrrih. ( ('{lt<- tr! I rPv ltlRt( ,,rtrtffi llxritllrp .t(r,(Il'\l\rRl( (,\llI \llRrr,l\ (((0'0(i J:lPl\t\tIt((xt\tto\Il]l \lR il:0"6 rqr h l',!\t ( \l(lxh \li)\'\ll)l \lIRlr,l \ ntruv\ lri i Pl'\l tttoP\\l \1il((x;l\ ld0 IhL l) i'"" lra lr lr)ll (\r lv lrl-!, \Lr ll :rr:' tr.f 0' l0lr \br l1 :o:' \i itr llri: \lJ\ lr -'rrlt A\Al.l'Tt('Al- EQt- tPilE\T Iir \hllFat (.l5Erh rTIR \l)tR I IIR I IIR I IIR (^rr Itl :0:l r\llri:a:l (trlri:lr:f r\rlri l0:l (Itrri:0:{ () I Sll \lt \S I I tR \\l \l hl \ ll.1rr r, bl,S!r lt ,':r'lr):l: ,r',h rSlr \t lll)ll,lll okl slr \t Pl!10:" x)r-LPA A\ A1.! TlcAl- R[sl l-Tli I rt R lI \ \I I tURltX ('cotdaid q qrx ff[I Iil.d lht. tl rllrhl. t Do! R.{o6a Srgnaluro m Frh Apprwod tor Raleaso pugc I ol'2 GAS AirUas 9olo O2INO2 Airprr Spcirlt! C&r.. .!r*!s t's.\ l,l,L' srq f,-rrtth ln.lrrstnnl lrrlp Rr,al'lii{lr. t-l atrr-.1 .lx(n' ('.1r CERTIFICATE OFANALYSrc Grade of Product: EPA PROTOCOL STANDARI) Parl Number: Cyinder Nufiber Laboratory: PGVP Number: Gas Code: E03N|89E15W0020 cc502013 12{ - Tooele (SAP) - UT 87m25 NO2.02,BALN Reterence Number: 15T403252877 -1 Cylinder Volume. 145.3 CF Cylnder Pressure: 2015 PSIG Vake Oulet: 660 Certification Date: Feb 12.2025 Cdlfdon pdiom.d o @rO@ sh f,PA Tr.6$,rty Prdocd hr hy md kidon ot Cde6 CJ&&on Stadrdr (Mry 2012f &cffil EPA IQOR t2.631 . utnglE 6s.y p,ffics l6bd ADttd Meddog, (b6 nd reuro @'do lo. mCytol ibrf@6 Ih. cflrdd ts r l&l sdl/tolu@tudy a itrbd Bd slh s cofuru l@l ol Sli Th.E .re no iEnasd murlE6 S.h dlGcl h u$ ol hB elfab mrtur. ll@cilrdor & on afrddmb b!6 ud6! ohru* rct d Thc crdB rcbb 6t b hc lhi bid ,hc rcpd Sllnd h r.?rdEGd Gr6d n full*lbd egwrl (, tr! lSoday Oo CofirponGnl ANALYTICAL R.ESULTS R.qu.d.d AcluC Prdocol Totd Rclrtiv.Conc.irtrstion Conc.nirrtlon m.thod thccrfCnty A3lryDrt.! NTROGEN OOXIOE 100 0 PPM 98 74 PPM Gl .r.2 0% NlSl Tr&@d6 O2O'2O25. O2I1Z2$25OXYGEN 10 60 'i6 10 59 % Gl .r- 0 7% NIST Trr€ue 02Ot2O25NTROGEN Bdre CALIBRATION STANDARDS Typa Lot lO Cyllndcr l{o Conclntrrllon Unccndnty Erplrrtlon OatG G[4S 1534002024510 CC511408 59SSPPMNITFIOG€NDTOXTDE]MTROGEN 180/.PRrl 12438 0153564 59.5 PPM MTROGEN DIOXIOEAIR 1 r)o lfrRu r10606m CC33&.59 1493",.OXYGET9NTTROGEN O2:/o IE SRM MIRi, pRM. or RGM n&O &vc 6 ody n 16(@@ b h GMIS @6 n h !3s, ad mt pi ol lb mJy!6 Ag 01. ?f,27 N@ 21 i|]24 Nry 02 2028 lnltrumrnullC(c/Uod.l ANALYTICAL E,QUI PM E,NT AnrMlcC Princlpl.Lr.t ltr ttlpolnt Crllbrdlon MKS F nR tro2 018143349 Honba MPA-s10 W6O3MMsE 02 F TIR 02 PamafttE {DIXON) Jan 16 2025 Jan 09 2025 Td.d Oaa Avdlabl. Upon Rcqu..t Approved ror Reloaio P.9. llruas Ethylene Only AIrgu Spcde&y Grro .4,irgu LlS.A Ll{ 12722 s. l{'errthorth A\(. Chirr{l'r. ll,6ir6ttl ,&Rn( (ru CERTIFICATE O F AIVALYSrc Grade of Product: PRIMARY STAI{DARI) Part Number: Cylhder Nunber: Laboratory: Analysb Date: Lot Nurber: x02Nt99P1sACVH8 EBo1 15896 124 - Chicago (SAP) - lL Dec I 8. 2024 u43224032-1 Explatlon Drt.: Ooc 1E, m27 RefErerrce Numbor: Cy4inder Volume: Cylinder Pressure: Vdve Outlet: 54403U4032-1 144.0 cF 2015 PS|G 350 Primry Stardard Gas Mixtures are traceaHe b N.I.S.T. wdghb and/or N.I.S.T. Gas Mixtrre refererre rnaEriab. Componont AhIALYTICAL RESULTS Rcq Conc Actuel Concentratlon (UoL %) Analytlcel Uncertalnty ETHYLENE NIIROGEN lM-OPPM Bdanc6 99.57 PPM +l - lcl6 Sl,6ntu6m fil. fuprowd for Rolca.a Prg, I oa t GAS llrumn Ar l,.iqJdg ooipfry BIP CERTIFI CATE O F AhIALYSIS Grade of Produc't: CEM-CAL ZERO AlrSD SpGd.tty GE! AiBrr US LLf' qto l:nitrd l)ti1e Durhm. l-C 2r(t Parl Number: Cy'hder Nurter: L&ratorf furdyrsb Date: Lol Nunbsr: Nr c2300 cE21 319 124 - Dufiam (SAP) - NC Jan I 5, 2025 12,2{,032145yJ-1 Refemnca Nunber 1224032453xJ-1 Crhder Vofrrno: 3O4.0 CF Cylhd€r Pras.re: 26{0 PSIG Vehr€ Grtlet 580 Erplibn D.t.: Jrl 15.2033 Compollant ANALYTICAL RESI.'LTS R.$rtLd PurIy C..0t.d Conc.lrtribn NITROGEN ItlOx so2 THC CARBON MO].IOXIDE CARBON DIOXDE 99.9S95 % O.I PPM 0.1 PPM 0.1 PPftt 0.5 PPlil 1.0 PPM <LDL <LDL <LDL <LDL <LDL 9S.9995 % O.O2 PPM O.O7 PPM O.O3 PPM O.O3 PPM O.O3 PPM hnnrtani ]loa6:ArgEs cdin s hat thc contcri6 of this crirdc. mGai lh6 roquiGrno.rls ol lo CFR 72.2 ItrFrritl€g \rorifiod sgalnd ulat tical 3tande.di trocsaDlo to NIST by wcighl end/or anel),Bi3. Sldntrm d f,L Approt.d for R.laaaa P.gr I o, I GAS Alrgas ah A, trqJde a6pq 21o/o 02 Oei.: Airars sitrcirlt) crs .\rr$s t S.{ l.ll' t:_tt S. \t'.ttts(trth t\r( hr.qi.r. lt- {t'6?a CERTIFICATE O F ANALYSIS Grade of Product: EPA PROTOCOL STANDARI) 600n.12,!3t. urng th. alay p'@dJDi lBbd Advl,ct Md.ddagy cb6 nol reurc @ffio lor mrytOl nbdaud Thr crrds h6 . t&l mJfolu@bdy 6 rLbd & rth a @boo l@ld Sb Than r.a no gonaad mpu.alr *Ei ,Ld ttE u! of h. olt.b mnbrc Al coodraor Ec on tmffib b!6 ud6r ohfrE rcbd Thr cldb r6bb oty b iha ldE bld Tha r6F( rfrlld b rerd@d.roC n fullrlhd eprl c, h l&Cdy Oo Pari Number: E02NI79E15A0OBl CylhderNurnbor: CC440196Laboratory: 124 - Chicago (SAP) - lL PGVP Number: 812024 C,as Code: O2.BALN CdtdonDrbmd n .@rdar. s Trlrd Oda AvCl.bl. Upon Rcqu.rl Approvod lor Relcare Reference Number: 54-4031 16776-1 Cy'inder Volume. 146.0 CF Cy'inder Pres.sure: 2015 PSIG Valve OuUet: 590 Cerlificatbn Date: Aug 13. 2024 Plgrldt Cornponmt R.qu.d.d Concantriion ANALYTICAL RESULTS Aclu.l P.otocolConc.ntrlim Lihod TotJ R.lilvt Unc.ririnty A3rryDt6 oxYG€N 21 6.h NIROGEN Bdarce ?o92q-Gl .r 'l 4e! NIST Traod€ oEn !2024 CALIBRATION STANDARDS Typ. Lol lD Cyllndcr No Conc.ntrrtlon thcfi.lnty Erpirdlon O.t N,Ri.l 06010217 X011889 23 20 %OXYGENMTROGEN .r- Oa% Fob 16 2O3O ln3trummUIC(dIodd ANALYTICAL EQUIPMENT An$lc.l Prlnclplc LEI fuupoird CCibriion o2-1 HORIEA MPA-s10 W2TP7&.r5 PARAMAGIf TIC AloOl 202a GAS Tri Probe Certification Ges Gr..t Pl.ltrs AD.rytlc.l Scrvlccs 303 W 3d St Elk City, OK,73544 (580)225-0403 Fax: (580)225-261 2 CERTIFICATE OF ANALYSIS Grade of Product CERTIFIED STANDAREPROBE Part Number: 8S Reference 25 Number Laboratory: GAS lNC. Stiack Diameter: 8' Analysis Date: 6l:512022 Target Flow 3Umin Rate: LOT Number: A Number of 3SN: 254 85 Poinb: Product performance verified by direct comparison to calibration standards traceable to N.I.S.T. rThe probe listed on this form meets the multipoint travers€ requirement of EPA Method 7e, scction 8.4 as shown in the accompanying data. Method 7e. section 8.4 *arcs that the multipoint traverse rcquireme-nt can be salisfied by sampling via "a multi-hole probe designed to sample at the prescribed points with a flow +/- l 0 percent of mean flow rate". ANALYTICAL RESULTS nun I Tdl Fho Meeqrcd Flow frorurcd Flry fic.srcd Flow Mcro Probc(Vm) Port A (Vml Port I lvml Port c {Vm} Port SrmplcdlDchroll lD.lt q2l (D.lt o3l Flow(lJn) Ru I I Lru 0.?lO 0.6il 06J0 067,1 Rul { LPM (6914) (-o5{ra) ({.,r.la) l..ro t.-1 l t.l.l t.-ll(6.JlA) ({.JlAt Cs.8l^l 'Calibration conducted in accordance with Emision Masurement Center Guideline Docummt - EMC GD-e3l Notes: -/utll**6t15t2022 Approved for Release Date Probe size: 8S UNITED STATES ENVIRONMENTAL PROTECTION AGENCY RESEARCH TRIANGLE PARK NC 27711 March l5,2o2l i; I I i j. ll. .,r rAl ,' r i l Af illllr, , ArJ{ .,: itili At,{ .' Mr. Jordan Williamson CEO GAS Inc. 303 W. 3ra Street Elk Ciry, OK73644 Dear Mr. Williamson: We are writing in response to your letter received on September 17, 2020, in which you request the approval of alternative testing procedures. The EPA's Office of Air Quality Planning and Standards (OAQPS) is the delegated authority for consideration of rnajor altematives to test methods and procedures as set forth in 40 CFR parts 60 and 63 under which your request must be addressed. GAS [nc. is requesting a change to one of the test methods, ASTM D6348-03, used for conducting perfbrmance tests to detennine compliance under 40 CFR part 60, Subpart JJJJ - Standards of Perfionnance for Stationary Spark Ignition Internal Combustion Engines (Subpart JJJJ) and 40 CFR part 63, Subpart ZZZZ - National Emissions Standards for Hazardous Air Pollutants for Perfonnance for Stationary Reciprocating Internal Combustion Engines (Subpart ZZZZ). The change being requested will be used to check detector linearity of the Fourier Transform Infrared (FTIR) instrumentation used to conduct this method. Specifically, you are requesting that the procedures of section 8.3.3 of Method 320 (40 CFR part 60, Appendix A), another FTIR-based method allowed under Subparts JJJJ and ZZZZ, be used in lieu of section A6.4.1 of ASTM D6348-03 when conducting testing using ASTM D6348-03 under 40 CFR part 60, Subpart JJJJ and 40 CFR part (r3, Subpart ZZZZ. In your request. you state that this altemative linearity check procedure will produce consistent results when utilizing either Method 320 or ASTM D6348-03. Additionally, some FTIR instrumentation does not allow for reducing the size of the aperture in the instrument and, thus, it would not be feasible to properly conduct the entirety of the ASTM D6348-03 method in its current form using such an instrument. Based on our understanding of FTIR instrument principles and recognition that the requested alternative determination of detector linearity is both technically sound and contained within Method 320, we are approving the requested change. We believe that this alternative is acceptable lbr use for use in testing all engines subject to 40 CFR part 60 Subpart JJJJ and 40 CFR part 63, Subpart ZZZZ. Also, we will post this letter as ALT-l4l on EPA's website (at uu:ll.epa.got/emc/broadly-applicable-approved-alternative- testmethods) to announce that our approval of this altemative test method is broadly applicable to engines for the purposes of meeting Subparts JJJJ and ZZZZ. If you should have any questions or require further information regarding this approval, please contact David Nash of my staffat 919-541-9425 or email at nash.dave@,epa.got,. Sincerely, STEFFAN Dlgitally signed by STEFFAN JOHNSON JoHNSoN r,!";fl';i3J' Steffan M. Johnson, Group Leader Measurement Technology Group Sara Ayers, EPA/OECA/OCA{AMPD, (ayres. sara@epa. gov) Melanie King, EPA/OAR/OAQPS/SPPD, (king. melanie@epa. gov) James Leather, EPA Region 6, (leatherjames@epa.gov) David Nash, EPA/OAR/OAQPS/AQAD, (nash.dave@epa.gov) cc: Hunter Newton Emissions Specialist GAS 580-225-0403 info@gasinc.us Type of Sources Tested: Stationary lnternal Combustion Engines. 4 Stroke Rich Burn Engines. 2 Stroke & 4 Stroke Lean Burn Engines Stationary Natural Gas Fired Generators Stationary Propane Fired Generators Gas Fired Boilers TyWs of Analyzers:. Gasmet DX4000 FTIR. Gasmet Portable Sampling Unit with Zirconium Oxide 02 Sensory. Testo 350. Flame lonization Detector Qualiflcations: Trained, studied, and fully demonstrates compliance for emissions testing via data collection outlined in the following Reference Methods:. EPA Method 1 & 1A - Sampling & Traverse Points. EPA Method 2 &2C - Velocity & Volumetric Flow Bate of a Gas Stream. EPA Method 3A - Oxygen. EPA Method 7E - NOX. EPA Method 10 - Carbon Monoxide. EPA Method 25A- Volatile Organic Compounds. ASTM D6348 - Extractive Fourier Transform lnfrared Spectroscopy Conducts emissions testing on a weekly basis including, but not limited to, the following test types: lnitial Compliance, BiennialCompliance, SemiannualCompliance & Quarterly Compliance. {lltgqts performed are in accordance to any and all Federal & State requirements as applicable (i.e. JJJJ,7777, 106.512, 1 17, PEA, etc.). Performed testing in Colorado, Utah, Wyoming, North Dakota, Montana, Kansas, New Mexico, Oklahoma, Texas, Louisiana (land and off-shore), Arkansas, Ohio, Pennsylvania, West Virginia, New York, Kentucky, & Mississippi. . Quarterly Performance Reviews covering ongoing changes with Federal Regulations, State Compliance guidelines, & site-specific safety certifications. 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O g N N O n (O S O 6l N N N o) ol (o @ N (. ) N O N 6 F @ O @ @ $ S a rt 3 I C\O (o N r ) 6 N oO O O q $ < g O qN t F 60 (r ) O @ O FO O O NF O O S N N N O 0 6 O N @ N N O O O F S O O O N 6 O @ O F @ N @ oO O OF N No o N N o o O F@ N FS o N. o a t @ @ O O@ N O @ N N o 60 o @ N @ o o o o o o o @o @ @ (o o @ o to o o N o o@ @ r@ @ oo o oo o oo o oo o o o oo o o o o oo o oo o o o o o o o o 6N 6 0F Ne S P $8 N h 3 R3 3 P E 5 E3 p 3 3 8 88 E 3 8 6 E os c ) 0 0 N NO O O N O N < ) F O O q 6 F N o ( , ) N N q { < O N O O N Q O F O OO O O O F O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 € r N O o N (O N () N O $ O v (O O o) @ N O F N @ o) @ O O N (9 O cO O, ON @ FO o O N O Os NO F NO N sO { @O N ON O O @ ( ) @N O () F @ t Nd r @ N @O OO @ O I OO N F OO O@ o ) (,N I NN N N@ N O @ @ ci s @ @ 6 n @ N o N N o (o o N @ (c r N (o @ @ 6 o o o o @ N o o N O g F I FN OO O ( O N @S O @O O OO ( , N FO (o N O Nr N @O F O -- P: 8 P: 9 =F } PP :P P R 9 X :N R P R 9 9R b 8 g E 9 : R > 9 oo o oo o oo o o o oo o c) o ( ) oo o oo o oo o oo o oo o o 1o sO F @F O <N S OO N O O SN O N F N O @ O N @ @ O l O @ @ O N o o N F F o u,) N o N q F F f) N N @ r N S O (O O (, N O c, @O O O( O @( o o o@ o o6 @ @@ @@ o @@ ( o @@ @ @ @o (o s N oo @ N No @ OO O O O O O O O OO O O O OO O OO O OO O OO O () F O OO O O oo 6 oN o oo o o o o o o oo o oo o o o o oo o o o o oo o o 88 : 85 3 88 8 e8 8 8 8 83 8 88 : 8I 8 88 8 88 8 88 8 8 oo o oo o oo o o o oo o oo o oo o oo o oo o oo o oo o o N N o O F o (p No s € @@ v N @o co @ o ) @ F o S aa OA N !p g@ O F3 S SS b E : e >8 8 : 5 E5 3 Eg 3 89 3 39 8 88 + 8 8 N S OO o F O o o o O O O o o o o o O O O o O nO O F o F O N N O N N O @ F @ O O O O S N O @ @ ^ (O N O O O 3 I I $E E I s s h I 8e R ES R gE E R I 3 3 3 K 5 it 8 3 b 3 3 @ F o oO v N NO 9O OF O ? 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RE R 3S 8 88 8 5 8 8 R 8 EN 8 EE 8 88 5 E8 8 88 P 8R 8 3 F O O OO O OO O NO ( r O O O 9N N s q I NO $O O OO O OO O O oo o oo o oo o oo o o o oo o oo o oo o oo o oo o oo o o @o o o s N N o o o o o o N F N € q N c D ( C ) ( I ) N o N o o o o o o O o N @ @ F o 6 o O N o o s n O F N o O q F t O O @ X O O (, (O N N 61 ( ) 0 0 so (o NN s N (, O O - ON NO N O N( ) o) 0 N I'N N O@ S @ 99 : >: 9 P P P pP gp p 9: P 99 9 pP P 9 9 6 ; S : p 9 P P H$ g E g H f l E $ E E E E * E P H ; g H H S E p f i $ r U F I E H ; PB E n E i E a B F; 3 E s si E eB $ E F E Pp R E : E ! :$ i ol -t roag -?o7zE:oI2eg8eg N^8r8s oEtroa6 8R 3 8 9 & fi ft R $R P 5 3 RB R 8 P E 6 3 R PE 8 8: : E3 8 S { 9q S9 9 v t I qs t{ s s tO ' a s i S qs S s F () N S SD o o o o, o oo o o) O r o oo o) o) o oo o ) o, o o o oo o, o N () o o o Oo o @N N O 9 @ N @ F N N O 6 @ O t s O N O @ N Q O N 0 ^ F ( , O N N N (\ r o 6 F oN oN N O F o@ F oO N O I $ @€ X A XD OF $ O (t o N o d, (t O c1 o N N N (, o Co (o s (') (, ) o N N N N N id b X F N N N o @ @ o o@ @ @ @ @ (o @ @ <o <o @ co (o @ <o <o @ @ @ <o o i : ; @ @ @ @ @ @ @N OO r N O S 0@ N @O O F N O t O @ r O Or O F N O q O@ N @ 38 8 8 E 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 9 8 8 8 n o o 6 0 0 0 0 0 0 0 0 0 6 0 0 6 6 6 0 0 0 0 6 6 6 0 0 0 Lt ) ' . ) 6 6 N N N NN N N N N N N N N N N N N N N N N N N N N N N NN qJ OJ N N RR R RR R RR & R 8 8 R 8 R8 R 8 R R RR & 8 R & R R R R R & R o o o- o 6 r, r, 6 0 0 6 0 0 0 0 0 0 0 0 0 0 6 0 0 0 () f) 0 n o o o o { r- s- i +- q .+ - s d { 9- $- r { s t { $ * I t I I s s { s t' t n $ v < oo o o q 9 oo o o o oo o o o o oo o oo o oo o oo o o o o o oo o o o o oo o oo oo o o o o oo 3 33 8 88 8 38 8 3 8 3 I 66 6 @ ( D ( D 9 9 P P P P 9 P 9 P P P P _ 88 8 88 : 8E 8 53 58 3 8 8 8 b 5 E 3 8 8 38 5 5 8 5 8 8 8 8 oo o oo o oo o o o oo o o o o o o o oo o oo o oo o o o o o _e8E 0 cLa oEr E rd s ,r ?OE ,E*;OEzt: .lLEoE"I *>tEog*9 IE8* oo o oo o oo o oo oo o o o o o o o oo o oo o oo o o o o o N N N N N N N N N (\ N N N C{ N N N N OT N N N N N N N N N N N N N N @o o 6 @ o o @ co o 6 @ o o o (o o o o co co (o @ o Co @ (o o @ (o 0 @ o o F o No N N@ o o @ s F ts o o( r , N oo a F (') o, Oh R9 9 oo (, o tr ) o ( ) o F o o ( o N \ r ( o ( o s s 6 { 6 o @ { @ o t @ O r ( , ( o t NN F N o N N F ; - - - - f i N f t f t c RS E e : E 88 3 p b 3b P 3 E ; =3 3 R8 3 8 S 6 8 R 8 9 3 8 3 @u 1 ( o 6 @O @q ) O @@ NN N NN @ @( O N @( o @ @( o F - i i Os O N TS O O O N EE g E E E E E E E E E E E E E E E E g E E E E E H g s i l B E g g oO O oo o OO o oO oO O o O O OO o OO O oO F OO O OO O O @N N NO F 0( O N @ O O (9 O { { (p O S s @N N OQ A N F Q OO F N ;6 F oN N 6 FN 60 s o v oo o N( o F o@ @ F (o c , o F (" ) (') o N N< O 6 $ O N NO F N NO F F N F N N( ' ) N F F r) d , N $ @O O o@ o o6 O N@ O S F (o @N S (o c ) OO O ON N O F N ON F OO N N 66 O F N O T N O O F O S O o ) N O N O o ) O ( O N O N( ) F N o ) 9 V oo { @ 6 6 O O N (, s rf O O (, O O O O N (j O O 3 q n O 6 r) V N $ (, oo o oo o oo o oo oo o o o o oo o oo o oo o oo o oo o o 8? E &8 N {E E E E gg E gE E E g E gE E E E i l S ; E B g E g N< O 0 6 N ( oo o oo o oo o oo oo o oo o oo o oo o o o & RR R Fo o o @N O 6 0 6 0 r O O o ) N o ) @ N O O O O O O O ( o O O N @ S O V N ( . ) N 60 O N O N N (O O N O O, N (o O O O 0 @ F @ O O O O s O O o) F c) @ O FO N r $ N { ClN r( O N O F rO O N N O oq N O@ N F NO O O O @@ < (O ( D O OO O NO o NO s ON NO F ON N OO o O OO O F O O @N N N O q FO @ O N 9 s N N @ O @ F ( O O O t o ) S F O @ @ N N -- or N o o N s @ N F N .o 0 O O @ q N I (o ., N F N tr , $ F N O O 6 F N @ tr l NF - N N F F N F < ) - Z oo o o o o o o o o o o o o o o o o o o o o o o < : o o o o o o o o \o @@ n N N @ O F N S O O N O O O O S N O F O @ O 9 O @ O O @ N O N ri . ) N 6 o N r) N @ S N N O O O) N g O @ O N O O O O, N O o) () (9 F <) N N o @ (o () @ @ { N (O (o (o (o N N N (O @ (, 6 @ (o (O N (O 6 0 n 6 @ N (o @ N oo o oo o oo o o o o o o o o o oo o oo o o o o oo o oo o o EB g g R E E E E E E E E E E E E E E E g E E E E P $ h H E E E E oo o oo o oo o o o oo o oo o oo o o o o o o o oo o oo o o NN N O@ O O O O S N OO O O O N OF N F9 O S O O O O O O O N O NN 6 06 @ O O O O O ON $ NO N O S O OO S 6N 6 00 N OO N O @O N { R (r ) O iO OO I N( O N F @ () (o F Oii N +N N N N O O ON O oo o oo o oo o o o oo o o o o oo o oo o o o o oo o oo o o < N o @ < o : * N F S q, e o o F N (p q o h s 6 { F s .? 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IFoa o- oo o F@ F oo o { o F N F @N o (ll € o u) F - oo r N No @ N F F o s1 6 d) N d, N O (D F (O O (o N N F N N o, (, N (o (o o, @ F (, N O F N N N N o ., o o \f o O r 6 o @ i o N o O {. q o F o N q u? r+ c F O o @ N N OO O oO o O F F OO OC t F o FO O c) F Oo O oo N oo O O r o F OO O O O S N O 9 O o c S T @ o ) . 9 N F F O S O F ( O SN O O O F O No @ o O @ O N O r@ O O O O O O Fs O F @ T N O N N O O N F @ 6 O @ d, @ @ @ N N (0 O (o O O( r ) @ (, O O O I F N (o O rt O N NN 6 € tO N OO O v O O @ N N o @ @ @ @ @ @ @ ( O ( o @ @ O O @ @ O F OO O ( O FO O O O F oo - 9 0 ) N xq e * 5 ! rE n E€ BH H 3f i $H $ x E * 3 il H E E S N 3H $ F EE B gU E t R u s b &e p N : p :F ; Bp e RR x Bp B B S B e oiN Fo F oo q oN o o o N N o o 6 q @o r @o o o o o o o @ o $ O6 O O N ( , N N N ( , r ) N o ) T T ( ) ( ) q {O N NN ( ' J r. . ) O ( D v r O OO O 6{ t S { $ S S S 3 { i { S t q $ t S $ S t r O OO no f ) O o o o o o o o o o o o o o o o o o o o o o o o o o o o o, o, o o, o o NF N O O N N O @ l O o @ ( , N { N O 9 O O N O O O O O i 6 O I O O O O N (O O o N O () q c) N N <) O F () N o, oc N N N @ @ O N (, F N N O O N N O AI N N N N N N N N C' ) d' N (. , N N (\ N O (' (" ) C! AJ O' O (o O c) N N N @ @ @ @ @ (o @ <o (o @ @ @ @ (o (- o @ @ @ (o (o @ @ @ (o (o N I I $ o @ @ @ oo F No s () N o oo F Nf ) I (. ) @ N oo o F N (. , t u) @N o o o F N Nr ) O (. ) ( o O (, Od ) O { t S S S S i S S r 66 6 66 6 () ( ) ( ) 00 0 0 o, o o, o o o o) o o o o o o o o o o, o o o o o o o o o o o o o, o o o oo o o o o o o o o o o o o o o o o o o o o o o o o o o o o oo o oo o no o 6 0 66 6 6 6 6 0 6 0 60 ( ) 06 6 00 0 00 0 n N N N N N N N NN N N N N N N N N N N N NN N N N N N N N NN (! N R& R R& R &8 R & R R R R S S R R R & RR & 8& & &R & RR & R O O O OO r) O Of ) 6 () () r) () Or O n () 6 O () O O O O O OO 6 O lo () O s { s !t < S \t S { t $ t I { n t <f q $ S S n I t V { n $ l, S * $ I -lOFzE :^t zE g.UEe N^8e$e oEtr oo o o o o oo o oa q o o o o o oo o o o o oo o oo o oo o o oo o o o o oo o oo o o o o o o oo o o o o oo o oo o o o o o oo o o@ 6 6 0 0 00 0 0 0 0@ @ o@ 6 @o o o6 0 00 0 00 0 0 o r o @ @ N @ @ () N N (o @ N N I O C) O C) O N N (O (O N O O O O (r ) N S oo o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o oo o oo o oo o oo o o o oo o oo o oo o oo o oo o o o o o _oE E, i o_ o : , FcLq oEi +,r ?OE>&:I otzE: .l IcoA o.:oi t>IENdo- e g?TE3E oo o oo o o o o oo o o o oo o oo o o o o o o o oo o o o o o N NN NN N NN N N N NN N N NN N( \ N N NN NN N NN N NN N N o o o o o € o (o co o o o (o 6 0 co 6 0 @ 6 0 0 0 66 0 0 @ o o o o (o rN F oN O N @ F OO O O O O O @ sF O @ N r qO O O O N O O O O No $ +o o @ t @ N @ O N @ S O @ {o O O @ @ t@ @ 6 F O € N O o ON O N@ 6 {O N < NN O O - @N F {6 q Nq OO N O^ ^ O ( r ) ( , O (D N N O N () ts (O N N N O t O O N O O O (D O N N < n O O 5 5 O O O O @ N N (O @ N (O N (c ! @ N N @ (O N (O (O N O (. ) (( ) @ @ N @ @ - : X q O O (o 88 8 8 8 8 Eg E E E E E g Eg E E E g gE E E E g EE E E E g g oo o o 6 0 ( oo o oo o oo o oo o o o oo o oo o oo o o o o oo o o o o o N NO OO @ 0r ) 6 O) O F O q @N N N N( ) O OO N@ O O { O AO O N N O F OO O n NO N F OO F F O F @ OO I F O O, < O O O t O (C | S 6D 6 a? 1 F Or N qc 2 ( 9 sc ) o l d o FN N O C T F o {o O s FO No F N oo o o @O s N N @ 9 N F O F O @ O O @ O O O O q N O @ O O F O O O F O O O) O O { 6 N O O N F @ NN O O O N @ O o) O @ o o O N s O O O O O) N oo o o o o o N o s o o o s o o r o o o o o o o s s N o o o s N o oo o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o 88 8 88 8 8 8 8 88 8 8 8 88 8 88 8 88 8 88 8 f , 88 88 8 8 oo o oo o oo o oo o o o oo o oo o oo o oo o N o o oo o o oo o oo o oo o oo o o o oo o oo o oo o oo o oo o oo o o @r N O N O O N O ( o O O O F NN ( o 9 O F @ 9 ( o FN @ 9 q O N F O o ) O N o @@ { s O O F 6 O O O O 6 ol O O F O 6) N S N @ N (O @ N OO N (. ) o - cn (O N N (- o o N @ F d (') o o o (D d, $ o o o N @ 6 (o N o o @ 03 o o No oN o Nc i o oo oN o F oo oN r o o NN oo o No o NN r N oo F 60 0 so F @o @N 9 $ oN oo @ s oo Nr N oN o o( p N N -- N@ o o o o O- 6 O F OO F 6o O O@ N ON O OF O N F O (o O o <9 Ul oF o F F o o r o F o F o o o N - - oo o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o a(5 @F F No O < s o O < F FO O S q O F N @ l r OO @ N O O N @ N N 6 o N ci 6 + N F N N 6 @ O O (D 6 (' ) (o @ O N N O F O) S € O O N S O N @ N N 6 N N o N o $ N (o o O (o o @ N @ (o @ O f) N O @ N C) C, F @ (O 6 OO O OO O O O O OO O O O OO O O O O OO O O O O OO O rO O O EE E E g E E E B E E E E E E E E E E E E E E E E E E E E E E E E o oo oo o oo o o o oo o oo o o oo o oo oo o oo o oo o c) oO O O T N @ N e O O q N F O o F o o ( o s o ) o r A A a A A Q e 88 8 8R : R8 3 3 S P R B 8E g e3 3 R 8 E E3 E 8 8 8 8 8 8 8 oo o o o o oo o o o o o o oo o oo o o o o oo o o o o oo o o N o o o N @ N @ s L @ o o o o o @ o o o, (o @ o o N o o o o N o s s N N6 N O F ?h R 6 & 8 S E RS P 98 3 3 > E >P 6 b 3 3 bN R E FT N O O @ ( N s r so o o o s p o o o N s N o s o @ @ 6 ri o 6 o o o o ci6 o N OF s or N @ @ O F$ O O N N N @ O @ F ON @ O O O @ O S N O N o o ; l. o o d) 6 d o 6 < s o q m o o N @ O d, ra @ {D N F () O oN o o :: 3 : : : : 3 : : : : : : : ) : :: : :3 : : : 3 : 3 3 : : 3 3 el 6E(J & :el NEo&:i r2?t s -o g -e () F IO gTE NCo&:*lOF o6 . 6-:-l -tz- d a:ol NFz6 -g FN @ o o F O F O O @ O N O F t O O S N @ O S O O - - N O F o @ o o o o C! @ N o O t o @ t O s F N F F O F 6D N N O = H O 6 €O $ (, o N o o oi s o N (o N N N o F o N F F N (o N 9 o N N s I i o (! N o@ N N o @ o @ o 6 ) N N o o @ o o o o o o ) o c o N o o @ o N 35 E S : E 3 8 [ 33 R + E 3h 5 6& S 8E P EB E 8 8 8 88 9 I Nr o O s O o N o O O o o { F N N q N { o o o ( , o N O O O O O o OF O F ( ) - O O r o o O F o O r o o O O O r o O o o O O o O Fo o o o N oo F @F @ o @ N o @ Fto o N N FN @ @ ^ ^ ( ( ) O O N r o N ao 6 r NN s N 60 @ 0 N F @ o r O OO O s O( O NX X o) N O O @ s1 o @ o 6 o o( o - @ e) O { o o ; o N (\ r @ e N o oo o ts 5 6, o o N (o @ o ri 6 @ @ (o o (o (o (o o o @ @ @ o n @ @ @ @ @ (o @ - : X () o o o ON N ( r F ( O F O @ N o , O N ( ) N S ( O O ( o N O N O N N \ : ^ , F6 o o o $ o O N @ d ) O N O G O N O N N O N O ( ) : ( X X ) < s 6 ?5 X ( d U i' 5 tr t 6 Ki ai + i b o N dt oi a5 N d oi @ < i5 E 8 8 8, i j 8 E - N N O N O, (o Oo (9 o o @ N O @ (p o N o I s o !t S O j ;; ; o o o NF F ( O N T F N T N N T N F F N N O o? It roa o-:*lot s zE :i zE gt o>oe o 3E 8 EX p 3 E 8 R6 N [ 8 =R S E g q g3 S Ns 5 3 8 8 3R p 3 () 0 s t s ! i v rt r s 09 I oQ o 66 0 00 6 60 n No o N s 3 s o o o) o o oi o o o o o o o o o o o) o o o, o o o o o o N o o o o o o To , O N O o N N ( , F N F O O N ( o O ( o F O O N O O T C D o- O @ o ro @ - ; @ 6 0 6 6 s o o@ r o o F ( o s r N N 6 Y = 6 4 , @ O N cir N = N N ; : 6 N oi N 6r N N N N N (i 6 o N cn N N N 6i f, 5 6 i: o - N @ (o (o @@ @ @ o o @ @ @ @ @ @ @ @ @ @ (o o o @ @ @ @ ^, : o 6 @ @ @ N^8E$s O s o @N O O O F N! 6@ N Oo ) O F N( , tO @ NO o ) O F N O t o (p c) o o o o o o r N N N N N N N N N N ( , o o o o o o oo o oo o oo o o o o o o oo o oo o oo o oo o oo o oo o o o o o oo o n o o o o oo o o o o () 0 o o o 6 f) o o o 0 o n o o o N N N NN N N N N N N N N N N N N N N N N N N N N N N N N qI N N N && e & & & && & && & & & & & a & & a a R & && & & & & R& a & o- o- o- 6- 6 (' () - o f) (, r) d r, 6 f) 6 6 n 6 o o o o o o o o o 6 o 6 o o \\ 9 9s {- { I. + s 9 t I + 3 + n I -t s{ :t < { $ s $ s s t i t I s I oo o o o o o o o o o o o o oo o o o o o o o o o o o o @o o o o o ( o 0 6 0 C o 0 0 6 oo o o o o o o o o q c o o NN N ( ! N N N N N N N N N N o@ o @ @ @ @ @ @ o o o @ 6 (, O O O O , O O O O O F o o o oO F O o O O O O O F o o o oo o o o o o o o o o o o o 6n N F o J O F O N O N N @ O 6N ( o ( ' N c ) @ ( ) @ F c l ) O t ) N NN F N N N N F N ( , o j o ooo8oNoNo oo o o q 9 o o o o o o o o e I I I I3 P I I3 3I I I EE 3 b 3I 3 8I I8 3I 5 3 Bg oo o o o o o o o o o o o - 6 oq o o o o o o o o o o o b P N^ i NN N C ! N N N N N N N N . X i . i (o 0 0 0 6 0 0 0 0 6 0 0 C o 6 6 3 $ q 3 3 3 6 5 f; 6 3 E E pf r N E 3 x P € P e E 5I E: H$ (o N N r ) @ O N N N N @ @ @ x a g E E g E g E g g E E E g gE oo o o o o o o o o o o o o o 9 = 3 R 9 fi 3 P P R E 3 P R8 :: : : : : : : : : : : : : : I I S e h E S 3 R I I6 E 88 od c ) s o o o c o o o s o 9 l i oo o o o o o o o o o O o c t c i g g E g E g g g g g E g g tq oo o o o o o o o o o o o o o Oq O o ) O o N @ o ( ) o O O s F TN F O N O O F O O F O O 6 t s oN N 6 o o o O O N o N o I . ! Nr c i o o N N ( r N N o N o t O 3 h P 5 e 3 h I R p 3I 5 EE FN - - - oo o o o o o o o o o o o o o tO O @ N N S N F O O T F F @ OO t t @ O O N V @ N 9 - 6( D d ( ) N L o N N ( o N @ N O 9 q oo o o o o o o o o o o o o o E E E E E E E E g E E E E qq oo o o o o o o o o o o o o o E E E E g } E E E E $ E h EE oo o o o o o o o o o o o o d 6I s F 6 3 $ B f; N H R ! Eq o( o N N ( , ) ( f , C ;n s @ , r i * { ; o v , o ; P : 9 @N N N O O 9 O O € N O O F 6 ON O F O O V N O O O N O i T 6F O o o O N O - i q h3 3 S 8 R 3 E P : 8 8 8 3 60 N O @ @ O @ O ( o O @ O ( O 88 8 8 8 8 5 8 8 8 8 8 8 8 oo o o o o o o o o 6 6 0 0 oo o o o o o o o o o o o o OF N S I ( o ( o N N N O F O O N rC o o ( o @ F C o F 0 D N N q ) F c ! n( t o ( o ( " , o $ o o 9 0 N N o or @ N @ € l @ @ C ' O O N @ O NO @ N N O O ( , F N 6 T S N O (o ( o q o ( o o o { ( o o o o o N oo o o o o o o o o o o o o E3 8 6 8 8 S 8 & 8 N ; 8 8 NT O F O N 9 O O O N O O O oo o o o o o o o o o o o o NO O O O @ N O @ O r O O 9 0 6( O N C ' O O O O N 0 c N N @ C , NN ( O N O r ( . ) N r { N i N N oN o o N o @ t @ o o 6 0 C ) N@ c l F O @ N N N O { F &e : & : ! : R P : & g s & u) oo o o o o o o o o o o o o < L o O( o @ O N ( o @ s N N @ O F N 'r ) O f r @ F f ) N ( ) 6 N ( o N @ S @N N O ( O O ( o O 6 ( O ( O $ N @ oo o o o o o o o o o o o o N6 ^ @ @ o B q 8 t s 8 E 9 o 33 8 8 ; I t 5 o @ \ ' , , J l j vo - @ o N N ^ , 9 @ o i SI G = : : : d : P 9 : U : i P8 R 8 3 3 8 8 f i 8 & 8 8 P oO O O g O O o ) O 9 O O F O oo o o o o o o o o o o EE E E E g E E E f ; g E E E oo o o o o o o o o o o o o N@ O @ O N N T O @ O O @ O N6 0 N N N N O O O 6 0 0 0 q6 0 N o @ o N 9 N ( l ) 0 v O oo o o o o o o o o o o o o @N O O O S N O @ S O q N ^ . Oo N t O O t O N O @ F n : : O@ @ a O O O T O N O O $ ;; ; n - 6 o i * * ; ; - 9 N( " ) { O N r + ( , F O O N N @O F @ O O @ { O N N O N @ nO F ( i ) O N ( ) N O @ O O N ( o FN @ F O O N O N N ( , F 0 6 l , rO 8eEoNooo5oooNoN8Eo8oRt5o(osaoN8o P P X E E 5 N 5 E 3 N [ 3 Eg : 3: F; i ! i s i I i [; Eg 3 (o o N = N o N N O @ o ( o O : P H E E E E B h P h H E Iq g ci- F o F o F o o o o o o o NF N O O @ O q F N q c @ 9 ( y O 5 S R I P R :: 3 E 3 8 = qE H p I I p 2I I I I I P I I e! ; $ U $ m 3 H fi E E E fi I F !g E s^ o o N o o o o o s F o o 6 c i NN F N N N ! @o o o o o o o o o s N o r 66 @ N N N O 6 0 0 @ O N @ No ( O v @ @ @ o ) 6 o ( o N N o s6 @ o r i o o o t o o @ N N LEE s B B ; B B > B R t = * q rN F o o N ? + : : t + u E =o r { 6 c i qH = i i l i E E s g E F x R ; ou9 @ n o o o i N F o F o 6 r -F 0 D 6 o S F F s o o o @ N . ' =s q o 6 6 6 6 0 6 q t $ $ 9 L o o o o o, o o o o o o o) o o -E F ( . ) @ N N N F N o o N N O @ -= 6 O F { O O @ N @ o o N o o CJ F N N N c) N N O AI N N N N N Cl o o @ @ o o o o @ ( o o o @ @ .( \ e q N N N N ( , O O O ( " ) O O ( . ) o, o ) o ) o ) o ) o ) o ) o ) O T o l o o o o NO O O O O O O O O O o O O O C6 o o o o o a 0 a @ 0 o 0 o -N N N N N N N N N N N N N N iR R & S R R R R R R R R R S 66 r ) ( ) 0 0 6 o o o o o o o !v s s { s q 9 s s s s q 9 B I s 5 * E E 8 E P 8 3 R 8s 8 qs s 9 s s s r ) q q s s o q q o ol o o r o o r o r o o o o o o o o o o Os O N O € O O O O F 9 O ^ 6F O O N @ N O F O N t N o i Y : NN N F N F N N N N N N T g S b @( o o o @ @ @ ( o ( o @ @ @ @ d d o -; ; N@ O O F N O S 0 O N 6 0 H A i N (r ( r o 9 q $ s s t s s $ s r y = N oo o o o o o o o o o o o Z l L o := o e@ 60 Q o 6 0 6 0 0 0 n o o r t , l 6 NN N N N N N N N N N N N r I = N &R R R & R & & 8 R 8 8 & _. I R R 66 0 0 6 n o o 6 6 0 0 0 0 $< t t q t s t $ * $ $ $ + oo o o o o o o o o o oo o o o o o o o o o oo o ( o o o o o o o . o oo o o o o o o o o o NN C { N N N N N N N N 60 0 0 0 0 @ ( o c o 6 0 88 8 8 8 b 3 8 8 5 8 oo o o o o o o o o o N@ O O F N T O N O N oC 7 ) @ s N n { 9 0 0 0 Nr q8ooooNoa5oNoNo6o(oN@o6oNoNooooo()oN06oo,O)NoN6\GoNotso8oNoN(,r)toNPoo6$N ol 3 oo !6'a s AS l- . l. o o o o o o o o o o o o o o o c, l6 E a l o o o o o o o o o o o o o o o o o l( l o : z l o @ o o o o @ o o o o o co o o o € I : t- I Lo l a s b b 8 I E I b b E B E 8 B B 3 I 5- l o o o o o o o o o o o o o o o o o l= ^l lf i q l ; ; * ; l s * s s s * s il s l ; E I gE l * * a c b B s E ; B e B 6 s E R E I >& l - - ; l- l I ;E l e h s h R u E 6 : B B R I B B s p I zX I ( o @ N N N N N (O (o @ N @ @ (O @ (o d I ll l - - - I uc l e s E s E E E E E E E B E E E E B | -& l o o o o o o o o o o o o o o o o c, I si l * * s B s E 3 E K B : E b s P B I I IE I F N N O N F N N () N O .9 6l I 8e t - - - l- l I Il l : : I s f; B R s R I I B b N I : g I $E l : : : 3 3 3 3 3 3 3 S 3 3 3 : ; : I =: l s e E E E s E E s s E s E s s s E I aj E l o o o o o cj o o o o o o o o o o o I +E l e a s R s il E B B B P B B B B B E I EE l r 3 I ft ; ; 3 R i S 3 s r I 3 S : I tl . . @ N s v N N @ o @ F @ o o s 6 I uZ l N O o o O O s N v (D (, N F N o I O | -E l ; ; ; ; ; ; ; : ; ; 5 ; ; ; ; ; ; l: lI aE l x n H il p il E E E H E 8 H p H x E I .E l o o o o o o o o o o o o o o o o o I xE l e e E E E E E E s E E E E E E E s I Ug l o o o o o o o o o o o o o o o o o l: lI sl l g a $ fi g $ p E H s F E $ R $ [ $ I lr ) * l o o o o o o o o o o o o o o o o cj l: lI +E l ; $ $ E P R E E E a q N h H ft R e I *f l r I ; s : r I ? ; 3 !j e ; l; ;; ; : t- l I ol l s ; B N E B g R B R E B b I s h P I zE l : : : : : : : : : : 3 : : : : : : l^ t I *l l ; : x I s B R B P E E g s s I E fi I Iq l N N O i r o @ N ts o r @ F N O rJ . ) s? I "E l ; s E B tr E s B b E g E B B E b I t^ t I qE l s s E H r H E $ E fr $ H k H s ? I I t8 l o o o o r o r o o o F o o o o o o I gl . - q F @ o o N o q o F @ F gl I ^> l - @ 6 O O O (, O F i O F @ q N O q I := t l o O O O 6 @ O O O O s F N O O I I l ti l c i o @ @ @ @ <o @ to <o @ @ rj o @ @ € I nE l E I E E E E 3 S E s N I 3 3 3 8 I I v( l l - N o F o N F o s o ^ v o o o o 6 I gl o o N N F N N N I -^ l - a 0 @ o N N € @ o { @ @ s @ o 6 | ^r l N N N O O N O O O O I t O N ts N t I Xg l v q s s { $ I v s s I rl v s s e ! | " l. o o o o o o o o o o o o o o o o I ^ ls o o o o N { N o { o o N o o o I (J = 1 9 O N N O @ F @ N O O N N N @ @ t I NX I N N N O 6 N O N N N N O O O N N F | -- l e p 9 I 9 P P P I I I s e 9 9 9 U tt I -l O O r N O t 6 @ N @ O O F N O s I ll o i { s { n q < v s s o o o o 6 ED I .E l o o o o o o o o o o o o o o o o Z I Fl O O O O O O O O O O O O O O O O tt I to o o o o o o o o o o o o o o o I IN N N N N N N N N N N N N N N N I IR R R R R R R R R R R R R R R R I .g l A '6 o- o o ,n ,i o- D .n b ,a n o- .n D I tJ l $ s s i < s $ 3 t t s t 3 * v <f os o o o N o N @ o q <0 6 < d N N O N O N oN o N ( o N N @ ( o N @ 68 8 8 8 8 8 8 8 8 8 oo o o o o o o o o o oo o o o o o o o o o @O F N N N o 0 o @ O OO N F N O F O O O S OT O N T O T N $ oo N N @ o 9 N N @ S Nd ) S < d ) O O S @ N O sN 9 0 0 0 0 0 0 0 0 oo o o o o o o o o o 38 8 8 8 8 8 8 8 8 8 oo o o o o o o o o o FO O O O O O O O O O $N O ( \ O T N O N O O F0 6 O O N O O O S S OO O F O O T N @ N N oF O O O N O O N o N 8e f t 3 R 8 5 3 3 3 $ s) :; ; ; ; ; ; ; ; ; ; <o F@ N N ( T O N N O V N N( O @ N O N N O N N O oo o o o o o o o o o EE E g E E E E E g E oo o o o o o o o o o Eg N E H E g E * i H oo o o o o o o o o o Po 9 o N o o o N @ N 68 i o : : 5 8 3 3 6 3 $o l o N s $ s o ( o n oo N o o F s O F N @ 6d T O 6 ( , O F r ) O O o , oN O O F O O O F O O NOs{ I o F N @ o o F o oN : o o @ 0 6 0 0 N oI " O @ N N ( D F O ( o oo E < 0 6 N @ @ N $ (o s Y N o @ N N O O O NF F O o T @ N F @ O NN N N O O O n F a t ( o ON N F N F O O T O c 1 oF o F o F o F o oo F o F o @ o o N o NF @ 6 F @ N @ O F N 60 n N @ 6 0 6 6 0 0 oD o @ @ @ o o n @ @ L- 'E o N r o o N r o F @ 53 E 3 [ r 8 3 P e 3 8 aA O @ O O F N N O N O @ 0, -o o @ @ s @ o o N o o -o @ s l l ) ( o ( r ) o ) 6 N N c o =6 O O O O O < S S S 9 Lo o o ) o o o o o o o o '= o ( o o F o o N o o N 6S N R R e R P & & P P (l . l @ ( o @ @ @ @ @ ( o @ ( o @ tr ! o o F N O r o @ N @ o rg o o o o o o o o o o oo o o o o o o o o o OJ O F eo 6 0 o o o o o o o o =N N N N N N N N N N N Jo o o o o o o o o o o .T ! * s s ! ! e a a q a q 66 0 0 0 0 0 6 0 0 0 ss s s q s q s s s q oo o o o o o o oo o o o o o o oo o o o @ @ @ oo o o o o o o NN N N N N N N @@ @ @ 6 0 @ 6 oo8oNooooooatsogoooO o o o o o o o o o o o o o o o o o o og g o o o o o o ? 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(o : oJ6cL 3 @S e 8 8I N & S 8: 3 P 8 > * 6I E b 3 3 g E8 6 6 0 0 0 6 0 0 6 s o o o o o f) o 6 6 0 0 0u ? o) o o o o o o o o o o o o o o o o o o o o oo O N @ N r O O O) N ts 6 N N o, A @ $ @ N 6 @ N o 66 <o o OO @ q N Oo t @( O { @O < F 99 N N N N N T A] F N N N N N N N N N N N N N Ni I o o@ @@ @ @@ o @@ @o @ @@ @ @@ @ @ @lf = N O O OF N Q s o (o N € OO F NO $o ( O N O FN N N N N N N N N 9 -: : : < oo o o o 0 0 6 n 6 0 0 0 0 0 0 n o 6 0 0 0 NN N N N N N N N N N N N N N N N N N N N N a& R R & & & R A R & & R & R & & R & R & & o o o oo e 0 0f ) 6 6 00 6 66 6 0 n 6 0 6 9 t t t- d $ ( s t $ $ + s $ v <, { i s s < { o o o oq o oo o oo oo o oo o oo o o oq o o o oo o oo o oo oo o oo o oo o o oQ 6 0 @ o6 0 0 0 0 0 0 06 0 @o @ co o o J (o 6E 3 8 8 8 8 81 3 8I I8 8 8 8 8 81 8 8 8 83 o o O () O o o O O O O OO O O O O Oo o o oc t oo o oo o o o o oo oo o oo o oo o o o8 N N N N N N N N N N N N N N N N N N N N N NX i o o 6 Co o € o @ co Co o o (o o 6 o o @ o o o ot s o@ F @n @o F oo F so o F@ o N o o N' _ 9 t 6 o l. ) J) r) $ o o 6 o (o (o { @ o @ 6 o o (o nn t = N oo F @@ OO O @ F OF @ @O N NO @ @ Fl2 N F s @ F o, N OO n @ OS 6 OO S v N $ o Fl, N @ @ N N O N - N N N (C r @ F (o @ N N N N N N; : rN : E g E E E E E E E E g E E E E g E E E E g EE o oo oo o oo o oo oo o oo o oo o o oo @ O O OO N F O o, ON O( ) O s No ) (,O N O T6 ON N N N O O O O N O N S T N N F N N O G I O o o o O O O O O O N O ON O F N O O A O Fr O { o o (o o F @ O O (, N O (o N f) @ O o o @ @ <( P (' ) o s (. ) o s o s o o o $ $ o { s a o I o o oa ? oo o oo o oo o o o oo o oo o oo o o oo 8 8 8 8I 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8E o oo oo o oo o oo oo o oo o oo o o oo o o; oa - o- o oo oo o oo o o oo o oo F 6 6 N O @ O O) N O) O O F @ (O O N q O N @ Oc ? s O O @O @ N 6O ON SN O O F N ON O OO q o N N (o o N @ N 6 S V 6 @' / ) @ N 6 (o @ (o o (o q N s o oN o F oo N F N o - oo o NO N N FN @ t, o Nr o r No o N -t s @ o o o N oo o Gp @N s oo o o{ o o@ N @ o oo { NN N o@ t s NF N F O F F N - o o o oo o oo o oo oo o oo o oo o oo o F 6 r @N N @O O sN @N @ O sO {O O V OO @N o F N F ' n 6 6 s O q O O O O iN F N d N 0 @ N @ € N N @ N O @ @ N O'i N @ 6N N @q o oo oo o oo o oo oo o oo o oo o o oc E E g E E E E E E g g E E g E g E E E E E gT o o o o o o o o o o o o ao o o o o o o o oc i N Oo OO N OO O OO F S O N NN ON O O OQ 8; : 8 I N I I8 I I5 5 8 3 E R 8 8 8 8 8q o oo oo o oo o oo oo o oo o oo o oo o o Q : N o I !2 9 ( o N o o o <o o o) o = @ F o {N P K d I b H F' : R 3 8 3 3 3 b 3 & ): I 9 P ;N o p J rs j I +N (o s o o s <o o o = oo N 6@ o $ N Nt s o oO N Os FO s NN @ O O O OO o t N O FO N f) (, F O (O s NO (D @@ tr ) O F N Fa O FN NO O {O N ON ON F OF F NF N N Fa OF F N O - O F : E h I P b e 3 p B g R E = g & 5 3 E 3 P rI O @ N O O I (O O (o 6 : O 0 O CD F o) o) I Or ' a o a o o F o o @ si o o q N s N o N o F N N o, 9 @ = o N @ N q (o N @ o o = I o o N c, o @ (o q 3 P N 3 p E R P R 3 S $ 3 3 X 3 R I E E 3 ef l N O N N O @ O F O O N d) I O 3 F O o, O O F Oq a F o o r o a o - o o F c, cr F o o o o r o - c, o O@ O O N O N OO 9O N O o O FN N Fo ) () F= O o o N @N NN O N F O t g OO O N r O O OS I O O N o - O oo s oo o, o O (, N q 9N s O F: @ (o @ @ @ @ @ o) @ (o @ o ri (o @ @ @ o @ @ @ @: FO N O O S O O ( r ) O O N @ O T O O N o Q O o N6 o 6 O 9 O F N N O N @ @ m N @ N O S a N (r ) 6 6 o F r N N N o O l. . ) o F @ (, N( , ) (o * rZ O O o) ..) O O O O r s O @ o) F o Q I O O O o) Ol l i F@ { N N O N T T N N F N O N N N F oo v 9 N NF O € 6 N@ N N ( o aQ a a a Et s E E E oo o o o oo o o @ 06 ( l r q t f ) NO O r O $ rO O F oo o N o NN N 6 N oo o o s oo o o o 88 8 8 8 oo o o o oo o o o FO O O so o o o NO N O V NF N N O 6l g h 8 ' r a :: : ; ; <(, <O F O FN q A t @ @@ N @ r , oo o o o EE E E g oo o o o EE E E R oo o o o (o o N o P 8g 5 R x oo @ o P os 0 o a oN @ o t Nd ) o N ( o os o o t 6( . ) 0 0 0 , NO F O N o6 0 { OO F O O ;- F o o NN 6 6 6 oo c ) o o Fq N s n (o N @ ( o @ f- 'E o o N N r 5R 3 r R 8 qP = & R 8 g@ o o N @ i( o ( o . o o o ={ q s o o Lo o o o o 'e o o N o N 5e 9 & K N rv l @ @ o @ @ C0 N o q o o ro ( , o o c ) C7 ) = : : : : ER R R R R TR R R R R oo 0 0 6 $t s t s oooooo oO O O o O O o o < ) O O ( ) O o o O o O O O O O O O q g O oo o o o o oo o oo oc ) o oo o oo o oo o oo S E l I 6 6 6 6 6 6 6 o 6 6 6 6 e g P P > P P g g g P P g -_ = 5 8 8 8 3 E I b I 5 8 I8 8 3 8 8I 8 E 8 5I I8 gE I Oo o O O o o O O o o O O O O O o o o O o o o O O € ' O o -C8E s cg?>\o !E r I. - g ., EOE>t:rloqz*: -l Ic(, , E :9r -ENNog :? 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( O . + o n OF F O () o n o 0 6 0 0 NN N N N N N N NF N F N N O N OO @ F O O F @ 6@ r @ O O @ @ o@ @ N N @ N @ o6 r d r o o o o o ) q{ n < t s 9 i NO O @ @ N O F NO N N O O O ) € oo o o o o ( ) 0 {$ 9 9 S S t S 85 8 8 8 8 8 8 oo o o o o o o (/ ) g c c c c ? ? 9 (t t al t N N N N N o o o vs s s q s s s s ,6 1: : : l I : : t' l 6 0 6 6 6 0 n O =N N N N N N N N ^9 R R R R R R R R o6 6 6 0 6 0 0 9S S n t n 9 t FN N FN o ON N oo o o@ N <o N oo o o@ N o6 0 oo o88 8 oo o oeo8oo@oo(oEo oE -Eoag -eOFzE=^i zag. o>oEg N^8e gE g E E E E E g E E' o o o o o o o o o 5(L 8 8 8 5 8 5 5 5 5 oo o o o o o o o ?5 9 9 e ? 9 ? 9 e q oFS s 9 s g g g S 9 hN N N N N N N N N o?t o o o o o o o o n =N N N N N N N N N .h R R R R R R R R R oo o n n o 6 ( ) 6 <t < 9 $ r q s t s EE E oo o cr r P E E o5 5 5 Ee r ! GO 6 0 ol93 r r ZqR K R ^9 R R R lr o , n o 5s 5 eEooo@oNoNR6 RS I+ Test Started: 07:28 AM Test Completed: 11:26 AM +As. State Compllance Test Performance Test Report Test Type: Annual Test Date: U16nO25 Source: Titan 130 Lean Burn (4 Cycle) Serlal Number: KG14856 Englne Hours: 12308 Permlt #: #DAQE-AN1 61 21 0002-23 Title V Permit #: #1300141001 Location: Duchesne Data Center Power Station Duchesne County, Utah Prepared on Behalf of: Crusoe Energy Systems, lnc. OF ElrlVlROt{irE ITAL OU UIY l/AY I 6 2025 onrspN c AR axulv 303 W.3rd Sl (580) 225-0403 Elk City ,OK73644 Test Started: 07:28 AM Test Completed: 11 :26 AM +As State Compllance Test Performance Test Report Test Type: Annual Test Date: 4faBf2025 Source: Titan 130 Lean Burn (4 Cycle) Serial Number: KGl4856 Englne Hours: 12308 Permlt #: #DAQE-ANI 61 21 0OO2-23 Title V Permit #: #1300141001 Location: Duchesne Data Center Power Station Duchesne County, Utah Prepared on Behalf of: Crusoe Energy Systems, lnc. 303 W. 3rd St (s80) 22s-0403 Elk City , OK736/,4 3 1.0 Key Personnel GAS Crusoe Energy Systems, lnc. Hunter Newton Cody Walter 2.0 Sampling System The sampling system used consisted of a Stainless steel probe, heated Teflon line, gas conditioning system, and -a Gasmet model DX4000 FTIR analyzer. The gas conditioning system used was a Gasmet Personal Sampling System with a Zirconium Oxide orygen sensor. 3.0 Methods Used ASTM D6348-03 This extractive FTIR based field test method is used to quantify gas phase concentrations of multiple target analytes (CO, NOX, CHIO, & VOC's) from stationary source effluent. Because an FTIR analyzer is potentially capable of analyzing hundreds of compounds, this test method is not analyte or source specific. The analytes, detection levels, and data quality objectives are expected to change for any particular testing situation. lt is the responsibility of the tester to define the target analytes, the associated detection limits for those analytes in the particular source etfluent, and the required data quality objectives for each specific test program. Provisions are included in this test method that require the tester to determine critical sampling system and instrument operational parameters, and for the conduct of QA/QC procedures. Testers following this test method will generate data that will allow an independent observer to verify the valid collection, identification, and quantification of the subject target analytes. EPAMethodl&1A The purpose of the method is to provide guidance lor the selection of sampling ports and traverse points at which sampling for air pollutants will be performed pursuant to regulations set forth in this part. EPAMethod2&2C This method is applicable for the determination of the average velocity and the volumetric flow rate of a gas stream. The average gas velocity in a stack is determined from the gas density and from measurement of the average velocity head with a standard pitot tube. Velocity readings are taken from each stack at 16 separate traverse points (Table 6.1)and used to determine the engines mass emissions rate, calculated utilizing the formulas seen in section 7.O ol this report. EPA Method 3A This is a procedure for measuring orygen (O2) and carbon dioxide (CO2) in stationary source emissions using a continuous instrumental analyzer. Quality assurance and quality control requirements are included to assure that the tester collects data of known quality. Documentation to these specific requirements for equipment, supplies, sample collection and analysis, calculations, and data analysis will be included. GAS 4.0 Test Summary Unit with a serial number of KG14856 which is a Titan 130 engine located at Duchesne Data Center Power Station and operated by Crusoe Energy Systems, lnc. was tested for emissions of: Carbon Monoxide, Oxides of Nitrogen, and Volatile Organic Compounds. The test was conducted on 411612025 by Hunter Newton with Great Plains Analytical Services, lnc. All quality assurance and quality controltests were within acceptable tolerances. The engine is a natural gas fired Lean Burn (4 Cycle) engine rated at 17911brake horse power (BHP) at 0 RPM. The engine was operating at 14720 BHP and RPM which is 82.18o/o of maximum engine load during the test. The test HP calculation can be found on page 8. The engine was running at the maximum load available at the test site. This test will satisfy the testing requirements for State Compliance Test. Unit is authorized to operate under permit #DAQE-AN 1 61 21 0002-23. Site Verification Photos 4 GAS 4.0 Test Duch€sn€ Data C€nter Power Station GAS 6 5.0 Run Summaries Table 5.1 Run Summaries GAS 6.0 Volumetric Flow Rate Data 7 Table 6.1. Data used for volumetric flow rate (Method 2) Patot TUUB Coenlclent Cp(slo)= .ee I I I I Ior:3.33feet or: ffi t12(J o/o 5.10 4.94 4.87 4.97 coz "/&2.89 2.82 2.19 2.43 02 "/od 15.90 16.08 16.05 16.01 CO yd 0.00 0.oo 0.00 0.00 Molecular Werqhl Stack Gas dry basts (Mc o/o mole 29.10 29.09 29.09 29.09 Molecular Weioht Stack Gas wet basis (Ms cyq mole 28.53 28.54 28.55 28.54 Stack Static Pressure (P "H20 2.45 2.47 2.54 2.49 Stack Static Pressure (P "Hq 0.18 0.18 0.19 0.18 Atmospheric Pressure at Location (Pbar)MBAH 1011.18 101 1.18 1009.2f8 1010.61 Atmospheric Pressure at Locatton (Pbat 29.87 29.87 %.82 29.85 Absolute Stack Pressure (Ps 30.05 30.05 30.01 30.u4 Stack Temperalure 530.14 534.03 531.67 5il't -95 Stack Temperalure Deq F 986.25 993.25 989.00 989.50 Stack Temoerature Deo R 1445.92 1452.92 1448.67 'tM9.17 Stack Gas Velocity fUsec 172.U 172.95 175.55 r73.51 Stack Flow Rate Q cts 1501.39 1501 .32 1501.32 1501.32 Stack Gas Wet Volmetric Flow Flate scflhr 1982300.3 1972659.4 197581 3.1 2 1976924.29 Stack Gas Dry Volumetric Flow Rate scf/hr 't881262.4 1875210.0 1879591.02 1878687.85 Emissions Samolino Points - 3 ooint lono line samolino orobe lnches First Samolinq Point Taken @ :16.7"/o ot Stack Diameter 6.6E Seconcl Samplino Point Taken @ 5O"/o of Slack Drameter 20 Third SamDlinq Point Taken @ 83.3"/o ol Stack Diameter '343.32 samole alter tsacl( Puroe:2.41 Wllhlh 5-/o OI LaSI AOSIO rea0ln0:YES measured with a standard tube use for Volumetric Flow Rate Flgure 6.1 16 Traverse Points Were Used Table 6.2. Stack gas pressure rea, Aostd = Velocitv head measured bv the' standard pitot tube, (in.) H2o.' Stack Diameter (inches)40.0o lnches uostream lrom disturbance r.w lnches downstream lrom disturbance 15.00 Pitot readings are taken for Method 2 calculations using measuring points outlined in Method 1 'The exhaust stack dld not prosenl cyclonlc flow condltlons at the sampllng locatlon due to the absence of cyclones, lnerilal demlsters, yonturl scrubbors, or tangontlal lnlets. fncs *'!, , 32 !a GAS rc 7.0 Calculations Method 2: Determination of Stack Gas Velocitv and Volumetric Flow Rate 'Note- Use of this method neqates the need for anv fuel related numbers lor emissions calculations Ap(avg) = Velocity head ol stack gas, mm H2O (in. H2O). 3800 = Conversion Factor, sec/hr. A = Cross-sectional area of stack, m2 (tl2l. Bws = Waler vapor in the gas str€am (from ASTM D6348) Cp(std) = Standard pitot tube coefficient; use 0.99 Kp = Velocity equation constant. Md = Molecular weight ol stack gas, dry basis, g/g-mole (lb./lb.-mole). Ms = Molecular weight ol stack gas, wet basis, g/g-mole (lb./lb. -mole). Ps = Absolute stack pressure (Pbar+ Pg), mm Hg (in Hg) Pstd = Standard absolute pressure, 760 mm Hg (29.92 in. Hg). Osd = Dry volumetric stack gas flow rate correc{ed to standard conditions, dscm/hr. (dscl/hr.). Ts(abs) = Absolule slack temperature, oK ("R). = 460 + Ts for English units. Tstd = Standard absolute temperature, 293"K (528 "R). Vs = Average stack gas velocity, m/sec (fl./sec). fl Md = .rt4(2.886)+ .32(15.897)+ .28(81 .217+0) = 29.1 LB/LB-MOLEMd = .44eloCO2) +.32(/"02) +.28(%N2+%CO) Ms = Md(1 -Bws)+18.0(Bws)Ms = 29.1(1 -.05097)+ 18.0(.05097) = 28.s3 LB/LB-MOLE Vs = Kp'Cp(std)'y'Apavg'y'(Ts(abs)/(Ps'Ms))vs = 85.49.. 99.,12.45.,1 (1 445.92/(30.05'28. 5 3)l = 17 2.M FTISEC Qsd = 3600( 1 -Bws)Vs'A((Tstd'Ps)/Os(abs)'Pstd)))sd = 36@(1-.0s0971172.O4'8.727((528'30.05y (144s.92'29.92)) = 1881262.49 DSCF/HF O = Osdts5.315 O = 1881262.49285.315 = 53270.9'19 OSCM/HR Emission Rates (Examples use CO Run 1) 453.6= Conversion faclor lb. to gram HP= Engines rated Horsepower A = Cross-sectional area of stack, m2 (ll2). Mlg.= ysnul.cturer Exhausl flow rate al 100"/" (ttUmin) BHP/l-lR. = Brake work of the engine, horsepower-hour (HP-HB.). 02 = Concentration of oxygen on a dry basis, percent. BTU/HP-HR. = Brake Specific Fuel Consumption (HHV) ppm= Parts Per Million (CO) ER = f 6i5s1sn rate of (CO) in g/HP-hr. ppm@ 1 5% 02= PPM corrected lo 15o/o 02 F(d )= Volumes of combustion components per unit ol heat Qsd = Dry volumetric stack gas flow rate corrected content, scm/J (scf/million Btu). to standard conditions, dscm/hr. (DSCF/HR.). O = Stack gas volumetric flow rale, in slandard cubic meters Run Time = Run Time in Minutes per hour, dry basis Tpy= Tons per year LB/HR.= Emission rate ol (Co) in LB/HR' vs = Average stack gas velocity, m/sec (ft./sec). Mol wt.= Mol Weight ol CO (28.01) ppm @ 15ol" 02 = PPM'((20.$.15"/"O2y(20.9-O2))ppm @ 15% OZ =.999'129.t-15y(2O.9-16.360/o)) =.912 PPM @ 15oho.2 g/hphr = (PPM',( 1 . 1 64' 1 0r3)'o'(Run Time/60))/BHP/HR (.0O9'( 1 . 1 64' 1 0^-3)'53270.9 1 g'(Run Time/60)y1 471 9.646 = 0 G/HP-HR lb/hr = ER'1/453.6'BHP-HR LB/HR = 0'1/453.6'14719.646 = .0O1 LBftIR TPY = LB/HR. '4.38 TPY = .001'4.38 = .001 TPY KW ' 1.34022088 r0983' 1.34022088 ppm wet' (1(1-H2O) = ppm dry 01 = O0e5'11^r-.4t,, 8.0 Oxygen Callbration 9 8.1 Callbration error tost; how do I conflrm my analyzer calibratlon is corroct? After the tester has assembled, prepared and calibrated the sampling system and analyze(, they conduct a 3-point analyzer calibration enor test before the first run and agatn after any lailed system bias test or failed drift test. They then introduce the low-, mid-, and high-level calibralion gases sequentially in direct calibration mode. At each calibration gas level (low. mid. and high) the calibration enor must be within t 2 0 percent of the calibration span. 8.2 lnltial system bias and system calibration error checks. Before sampling begins, it is determined whether the high- level or mid-level calibration gas besl approxrmates the emissions and rt is used as the upscale gas. The upscale gas is introduced at the probe upstream of all sample- conditioning components rn system calibration mode. (1 ) Next, zero gas is introduced as described above. The response must be within 0.5 percent of the upscale gas concentration. (2) Low-level gas reading is observed until it has reached a final, stable value and the results are recorded. The measurement system will be operated at the normal sampling rate during all system bias checks. (3) lf the initial system bias specification is not met, corrective action is taken. The applicable calibration error test from Section I 2.3 of EPA Method 7E ts repeated along wrth the inrtial system bias check until acceptable results are achieved, after which sampling will begin. The pre- and post-run system bias must be within t 5.0 percent of the calibration span for the low-level and upscale calibration gases. 8.3 Post-run system bias check and drifi assessment - conflrmlng that each sample collocted is valid. Sampling may be performed for multiple runs before performing the post-run bias or system calibration error check provided this test is passed at the conclusion of the group of runs. A failed final test in this case will invalidate all runs subsequent to the last passed test. (1 ) lf the post-run system bias check is not passed. then the run is invalid. The problem is then diagnosed and fixed. then another calibration error test and system bias is passed before repeating the run. (2) After each run, the low-level and upscale drifi is calculated. using Equation 7E-4 in Section 12 5 from EPA Method 7E. lf the poslrun low- and upscale bias checks are passed, but the low-or upscale drift exceeds the specification in Section 13.3. the run data are valid, but a 3-point calibration error test and a system bias check must be performed and passed prior to additional testing. Table 8.1 Oxygen Calibration Method 7E 3.4 To the extent practicable. the measured emissions should be between 20 to 100 percent of the selected calibration span. This may not be practicable in some cases of low concentration measurements or testing for compliance with an emission limit when emissions are substantially less than the limit. EPA Method 3A QA Worksheet Certificd Gar Conccntralon I Cerilfied Ga3 Concrntnion I C€rtiffed G.B CcLow{cvel {%) I rrld-Lev.l (%} | Hleh{evt o.oo% 1 10 59% 1 20.92! ncentraion It(%t I 6l 7E 8.5: Note. that you may risk sampling for multiple runs before performing the post-run bias provided you pass this test at the conclusion of the group of rUNS (DIRECT) Analyzer Calibration Error (5 2%) Llnoarity Check Cerlified Concenhation Value (%) Direct Calibration e3pons€ (%) Absolute Drfierence (% Anallzer Calibration Enor (%) Zero Gas Y"o.oo./.0.00%0.00%0.000/. Mid-Level Gas % High-Level Gas o/o 10.59% 20.920h 10.430/. 21.020/" 0.16% O.1Oo/o 0.75% o 46v" (SYSTEM) Callbration 8la6 Checks (5 5%) and Orilt Checks (5 3%)Upscale Gar i0.590/o Zeroqffsei 0.00% Bias Pre lnitral Value Bicg Pori lnital ValuesSpan 20.92 Analfzor CalibrationR*ponse (%) Zero Gas 0.ff)o/o System Calibraiions Response Pre (o6) iy3tem Bias (ol of Span) Pre System Calibration Ra3porBe Post (%) lysbm Bir. (% of Sprn) Pct Drii (% ol Span) 0.00%0.00%0.000/.0.00%0.000/. Upscale Gas 10.43olo 10.28o/o 0.72%10.230/.0.670/.0.000/. (SYSTEH) Cellbratlon Bles Checks (s 5%) and Drlft Checks (s 3%) AvE. Gas Concantation (Run 1)15.90o/o Effiuent Gas (Cqas) Run 1 16.fic/o Avg. Gx Concsnfltcn (Run 2)'t6.08%Eflluent Gas (Cgao) Run 2 18.55% Avg. Gas Concenhtion (Run 3)16.0506 Eflluent Gao (Cga3) Run 3 16.52% EPA Method 3A QA Worksheat Zero Gas 100o/o Nitrogen Mid-Level Gas 10.59% High-Level Gas 20.9?./" Zero Gas o/" Mid-Level Gas % High-Level Grs % Sy3tsm Calibration Response Pre$tI ooo% I I rozez I System Calibration R€sponsa Posl fk)I ooo% I I ro zsv" I GAS Company Crusoe Enerov Svstems. lnc. FsCiltty IJuchesne Data Cenler Power Station Date 4t16t2o,25 Slte Elevatlon (n)582() Unlt lD Make Titan tlodet 130 Serlal Number KG14656 Technaclan HUnIer Newlon 9.0 Engine Parameter Data Sheet AS Completed Run Start Tlmeg 07:28 AM 08:40 AM ()9:49 AM 11:26 AM Enolne Hours 12305 12306 1z'307 12308 Nitrogen monoxide NO Nitrogen dioxide NO2 NOx voc Oxygen Average:0.00 Average:0.00 Average:0.17 Average:0.17 Average:0.29 Average:0.00 CTS Compound Concentration Avg Tolerance Difference between measured and expected Value:99.57 Value:99.53 2.OO/" O.O4/" Carbon monoxide CO Nitrogen monoxide NO Nitrogen dioxide NO2 NOx voc Oxygen Average:0.00 Average:0.00 Average:0.07 Average:0.07 Average:0.36 Average:0.00 CTS Bottle Concentration CTS Compound Concentration Avg Tolerance Ditference between measured and expected 45 seconds Value:99.57 Value: 100.21 5.00% 0.65o/o 10.0 QA/QC Results System Zero Response Time System Response Time 45 seconds 69 seconds ibration Time 55 seconds Value:253.26 Value:249.80 Spike Reported Spike Expected 12 11.0 D6348 Annexes 1-8 nex 1.2 The test quality objectives completed for the emissions tesl are demonstrated lhroughout Annexes 1,2,3, 4, 5, 6, 7 & B as layed out per ASTM D6348-03. All reference methods, pre-test and post test procedures were within acceptable limits. Data generated during the pre-test and post-test procedures are summarized below in order of the distinctive Annex. Three 60 minute test runs were performed. The final analyte concentrations are the average of each test run. Data was taken al 60 second intervals. Each 60 second measurement was the average of 600 scans. Propane is used as the surrogate compound for the Annex 5 Spiking Technique due to Propane being the VOC that is most commonly found in the combustion process of naturalgas. Additionally, the molecular weight of Propane coincides with with molecular weight of VOC's per the EPA. Annex Table 1.2.1 Certilied Calibration Bottle Concentrations Bottle Erpiration N02 Ethvlene SF6 Q2 ("/ol cc502013 2t12t2024 94.74 I U.5Y"rc EBOl 1 5896 12/14t2027 c9.5 / cc4401 96 7t13/2032 20.92",o Cylinder # CC333629 Expiration: 10-18-2032 Propane co NO SF6 tsottle Value z4v-6u s01.50 254.60 9.99 Analvzer System Response z53.Zb 493.39 z54.Jb 10.02 Percent Dif{erence 1.39ou!1.620/"o.09c'"o.30% Annex Table 1.2.2 Measurement System Capabilities t,arameler Measured Gas Concentration(oom)Path Length EquilrDrauon Time Dilution Factor o/o Recovery Path Lenqth Ethylene 99.53U 4.998 Spike Direcl Propane 250.312 SF6 9.902 CO 495.796 NO 256.548 Mechanical Besponse Time Ethylene 100.214 33 seconds Analyzer Response ProDane 253.262 55 secondsSF610.018 CO 493.393 NO zb4.Jb l Analyte Spike Recovery Propane & SF6 9.Ub1',o 90.19% 4.419/"93.2/"h 6.5/"/o JZ.!JJ'/c Syslem Zero Nitroaen 23 seconds Post Spike System Propane 249.O34 CO 4U6.6JJ NO z5J.U5Z SI-6 y.vzb GAS Annex Table 1.3.1 Test Specillc Target Analytes and Data Quallty Oblectlves Compounds lnfrared Analysis Region (cm-l) Expected Concentratlon Range ileaSurgmeflr System Achlevable Mlnlmum tletectablaConcentratlons trsqurrEs l/hasurcment System Accuracy and Preclelon for fest AoDllcatlon CO zx]o,-?ffi O-12)O oom 0.16267 ppm 4 ppm NO 1E75-213E o-Iq)o p9m 0.4007 Dpm 2 ppm NO2 2700-2950 0-100 opm 0.4899 DDm 2ggm voc 2600-3200 G100 ppm 1.8520 ppm Tota VOC's 1 ppmperVOC91Gl150 2550-2950 CH2O 2550-2850 o-l(x) 00m o.7E7E ppm I pom lnterferlng Compounds ' CO is analyzed in a separate analysis region lhan CO2 and H2O co.z 926-t 150 O-1O"/o O"/o n/a Water Vaoor 32(lO-34{)1 O'22"/o O.20"/"nla . VOCs compiled ol Acetaldehyde, Ethylene, Hexane, and Propane. PSS 02 SENSOR PROBE T1l U GAS Figure Annex 1.4.1 Sampling Train The testing instrumentation is housed in an enclosed vehicle which is located approximately 45 feet from the source. A heated sample line (sixty feet in length) is attached to the inlet ol analyzer system and the source effluent discharges through the FTIR outlet. STACK Itl.r-.[] CONTROL GAS 14 g. IJJ IIJ =o Yo o lnches Upstream: 7 TRI.PROBE SAMPLE POINT LOCATIONS AS PERCENTAGE OF STACK DIAMETER Flgure Annex 1.4.2 Sampllng Polnts lnterior Stack Diameter (inches): lnches Downstream: 15 SAMPLE PORT LOCATION DETERMINED BY DISTAT{CE FROM USruRBAI.ICE Flgure Annex 1.4.3 Sampla Port Locatlon Sampllng Polnt Locatlons ln lnches 16.7'/o 6.680 SOVo 20.ffx) E,3.3'/o 3ir.320 IE LrJ ul =go Esc)rio GAS Target Analyte Results (ppm) CO 0.162, NO o,400, NO2 u.4u9t E.tnVlene u.3/62 ProDane 0.4351 Hexane u.zzs- Acetaldehvde 0.815' FormaldehVde u./6 tt (rv r n",')' (n r ,--",') N I-,'A ttt :,-trl.s ttEI; t't :,-,rl -s Mt)c#t- ,tlNIiA,'rrl .s-_....-.,.--.._'''--_--.. *,tlI? h't;,- rrl s 9:-:t !: t ::t L r'r't t N,,, :l N,,,:l J*:, J*t; Calibration Transfer Standard EXDeCIeO Measured Path Lenoth Valiclated Ethylene 99.5/99.5J 4.VV6 PaSSed Annex Table 1.2.2 Measurement System Capabilities rarameler Measured Gas Goncentration(oom)Path Length EquillDrauon Time Diluiion Factor o/o Recovery Path Lenqth Ethylene 99_53U 4.998 Spike Direcl Propane 250.312 SF6 9.9U2 co 495 796 NO 256.548 Mechanical Response Time Ethylene 100.214 33 seconds Analyzer Response Propane 2s3.262 55 secondsSF6I O.O18 CO 493.393 NO 254 361 Analyte Spike Recovery Propane & SF6 9.86%90.1 9",6 8.410,6 93.27"/" 8.579.92.939'" System Zero Nitrooen 23 seconds Post Spike System Propane 249.O34 CO 488.833 NO 253.O52 SF6 9.92b GAS Perameter Gas Gonoentrauon If,easured 70 Dttfetenco SoecJflcatlon Vslldated Spike Direcl Propane 249.800 250.312 o.20"k +l- 2o/"PASS SF6 9.96U 9.902 0.86%+l- 2/o Pass CO 501.500 495.796 1 .14o/"+l'2o/o Pass NO 254.600 2s6.s48 0.77"/"+l- 2o/"HASS Splke Hun 1 vla tlle System Source Output Spike Average Dilution Factor Expected o/" Recoverv eclflcation Propane 0.000 22.213 24.bJU 9U. l9U-/o 7O'13O"/o SF6 U.UUU u.9 /b 9.857"/o <1Oo/" Splke Bun 2 vla th6 Sy8tom Source Output Spike Average Dilution Factor Expected 70 ReCOvery specirication Propane U,UUU 19.594 21.OO8 93.2(U"/o 7O'13Oo/" SF6 U.UUU U.U33 8.412o/"<1Oo/" Splke Run 3 vla the System Source Output SDike Averaqe Dllutlon Factor Expected 7o Recovery Speclllcation Propane 0.000 19.895 21.408 92.930"/"70-1307" SF6 0.000 0.849 8.574/"( l U"/o Noise Equivalent Absorbance (NEA) RMS High 0.000420 RMS Mid 0.000141 RMS Low 0.000700 Line Lrne Positron 0 .a! ,,1 i l:, a rJ5 a, a,r )llj2 .'Cr69 .104{r '}t)') ],i!iii I !i.t0 ti,?,4 ,lEbl tilli 1814 pass GAS 0 2tt.r ,il r'. 010 C i.)r:) o 0i; @ o.ooo/o Pass The Gasmet GICCOR (Genzel lnterferometer with Cube Corner Retroreflectors) interferometer is specially designed for maximum opticalthroughput and maximum signal to noise ratio o17.72 (cm-11remaining stable with any vibration and temperature changes. The DX40O0 is a low spectrometer aperture setting and the detector linearity was tested with an alternate approach. A three point linerarity of the CTS gas was performed and validated. Linea rity 23r 1133 211 1133 191 1r33 171 1133 151.1133 131 1133 1111133 695 687 679 672 664 656 648 641 231 1133 21 1 l'133 191 r 133 171 1133 151 1133 131 1133 111.1133633 625 61 I 61 0 602 43.5471326 Pass The analytical accuracy of the quantification algorithm is satisfied via the results from Annex 5 per Annex 7.6 F05f crs sylBm Gnacfi: GTS Elottle Concenlration:99.57 u t 5 5amDt6 uonoentralron Avaraoe:99.U5 Difference between measured ancl exDecled:O.28"/" Tolerance:5.(X)"/o Run Oate Vdloa$on - Automal.d v3 raxld RTdllg valldetod oofiunfit3 Hun r Pornts r 6 z on uu/Nu/rropane All within 20"/o Passad uemonstrales no rnlenerences oDserveo. Bun 2 Points 1 & 2 on CO/NO/ProDane All within 2oolo Passed uemonslrales no rnleneren@s oDserved. Bun 3 Points 1 & 2 on CO/NO/Prooane All within 20ol"Passed Demonstrates no interlerences observed. GAS 18 12.0 Slgnaturc Pags Job/Flle Name: Crusoe Energy Systems, lnc.; Duchesne Data Center Power Station; ;State Conpliance Test Emissions Specialist We certify that based on review ol test data, knowledge ol those individuals directly responsible for conducting this test, we believe the submitted information to be accurate and complete. Company: G.A.S. lnc. Print Name: Hunter Newton Title: Emissions Specialist Dare:4/162025 Company: G.A.S. lnc. Print Name: Travis Hartley Title: Director of Stack Testing Signature:l*-+=- PhoneNumber: 580'225'0403 Dale:4116f2025 COmpany: Crusoe Energy Systems, tnc. Print Name: Michrel Duplantis Date:b/ 17 tbV Title: Sr EHS Direcror Phone Number: 812-754-18ll GAS Appendices lit0as' r ArLq.rde cu'l4i Spike (5 Gas) \lr8rr sp..ldtt (;rr! ..trryrr trSA l.l,(l-":: S $mtu({1h.\rr 'ii;::,i,l, """ CE RTIFICATE OF ANALYSIS Grade of Pmduct: EPA PROTOCOL STANDARD Farl Numb€t CYinder Numb€r Labqatory. PGVP Number Gas Codc E05Nr94E r sACO14 cc333629 '124 - Chrcago ISAP) . lL 812024 CO,C02,NO,NOX,PPN, BALN Referoncc No 54-403166330-l Cy'nd€r \Allum 1rl7 0 Cy'mdcr Pressurc 2015 Valve Oulbt. 660 Certrfi€llon Date Ocl 18.2024 ErPlstlon o.tc: oct 16,2032 Cetncdon p€.tomd rn &qdan@ slh-EPATT@aBxly Prol@ltsAisyond Cstrkdon ot Gaw! Calbrrtm Stiandrdg (irs, 20121'd@rsl EPA6OR- 12531 usg t?t sssy pro@dJrc! hsbd Andyt€l Mlhqblogy 6es nol r6qutro cqrts td -!lytc!l nbrlsm@ Thrs qylrqbr has a tolal ralyt@l uccrtEr.ay 8s sld€d tglo {tl a @ttserE Eeel ol93'.. There are no sqnri@rt tnpo!€s *hrh drecl the @ d tltg @lb60on mlrtJre A, @n@niralrgis rg on a ruhmob h95fils otMw$ nolad T]E re$l! relde ody lo tm rbmt bsbd Th. repon shall @l b! rcprodEsd crapt ro tull ,lh@! +proval d fE l.br.bry Do Nd U* Thrs Cyn6r b€m 100 prg, c 0, regEpos! A\.{L}TI('AL RESI I.IS ("TI-IBR{TI0\ STA\DARDS Rq.6ld ( rrdlEilm ,\d.rl ( {-darrlE lfuqd \ldld ldrl trnln. t .sn.!lr t@ar t rcnilr t-^ D.l6 lit)t'Il'll -'((1FI\l (,r . r r', \lsl lr.r.ril' ihlf\l\lSl li.rt$[. l(, ii ]lllr llr lrll,ll Rl((l\ll)l :io0Pf\l lrrr,l'tU r.t tr'.\lstlrj.Lrhk .irPI\l\lsllrr(ahl( !r,rx:o:li0ixl(llJ rl\\l l1r'rl[,l,\l :!qrPI'U (,t rr.' \lst frr.(rht. .. lnPl\l\lsl lrr.d,l( rrllxl0:l \Rlflr\Ur^o\ll,{ (rr,rPf\l sol (l[\l (,1 lrl \lsllrr..rtk- .irPf\l\lSITr.r.$k l0]\lr,l{ \RIX'\ll()\ll)l (rir, r^r,' (,1 | r \lsl lr.,.(J'tr .(,1.\lrl Lrrrhr( rirjrlrll III{r(,1\ lLurr !p. ld tr) '\ll\ lx |\ | i:sl'rll tl t ,\t I lr '( (('(Jr1' -jrutf,I\t\lRl( r)\llI \tJRix,t\ I Ir'1rl!rp l.i ( fl.\l \r,{l( il\ll{ \llRrx,l\ ((((r-1,\! tl-itf\t\iltrx,l\llr)\II \tR llll'-h rqirll'\l( \l(xA\l()v,\llrl \llR(x,l\ itr,lr{q\ lri i ff\l Jr(ot,\\l \tIR(x,}\ lrn lr :r)ll r\r rc lrr-\' \l.rr ll -'ol' I rn (f :1,:i \Lr l' :trl' \n I'r -lrll \L\ lr -'lt:i \R\ ll: lr-!\nrlq: i i (\l lnr{t IR\l :1il(i,l0l ldrlr)lq<l\r'i(x. ((l)t\ti r!'rPl,\l(\Rll(A\llrv,\ll)l\lJRrtr,,\ I R\l I ir!nu:.r(lrirJri'1r,r'.( Ullr^l)Xr\ll)l \ltRrx,l\ :R\l \lk\l I'R\l .,rfl(,\lnii.{JN,r!h,{il\ilrrt.r\ir..r.,rh.r,\llSs'drndic!r!rrllh{frr..trlkrd\.,' r\rL!'Tt('Al- f,Qt IPl[-\T Itdr rkrt fTIR \lrlR 1 TIR T IIR I]lR bil UrllDil (.lblrriO ,,L,r r\(r \t t,:0|r:r_\r\It)i.:o:r ( \l rrr :o:l (\r1,1,:r)-\1 (\t lli. _1)-rl (tr r)1 lo:l t) I \lt\il \sl llR t\tu ul t[:',r, ,.l r ,S('r \l ,rl|ir,:11 . lr r5(rr \l I'lrll,:ll , L.r rS({r \l l: l ll):.' l()\-l_ PA Ar At_l'tt(-At_ RLst t.'t's (' IilRlll\Utr(v eir lf\l lild D.t. lr.ll.blr t pd R.rlust Srgnature on Frh Approvod tor R€leaso pagr' I ol'I GAS 9o/o O2|NO2 *lt"s"fs .tirfri spEidt! Cr$s -\rqlaq t S-\ l.l.(' 5r.' \('nh ln(lu\lnil lrrqr R,,.rl'lir{,1(. t-l xl',-t CERTIFICATE O F ANALYSIS Grade of Product: EPA PROTOCOLSTANDARI) Part Number: Cylhder Nunber Laboratory: PGVP Number: Gas Code: E03Nr89E 1 5W0020 cc5020 I 3 124 - Tooele (SAP) - UT 872025 N02.O2.BALN Reference Number Cylnder Volumei Cylinder Pressure Valve OuUet; Cerlification Date. 15t403252877-1 145.3 CF 2015 PStG 660 Feb 12.2O25 ode: Feb 12" 2028 hidonpfrrmdn.@rGMfrDtPAlr.o$arryrotrdbr^sy-dhMonolQEIEglor&nSbd&l(Eyrcl?l &ct,rulEPA 6OOR 12.631 urng lh 6rry prc.dG! l3bd Amtytd Mdddqy 66 nd .{ur. @,do br ilJy$61 nbdracc Thr cyldr b .16l sCy(qluEotudyssht.dbddstha6ld66ldold$!b Tbcarenolgnru(mtrrrlDrSddlxlhurol')6alhatsm6tu.6 Alc66dr{@tro06, mdahobbt6ud6rolhm$rctd Thoo3dbroLbolyloihclotblod lhsrcFdrtEllnclbarerd(.dcrednfull*llEdFqd.ldhl$ada Oo Trlad Ot. Avaal*|. Upon Rcqurl Approved for Relea.e Ptg, I o, I Co.nponrot Rcqu.d.d Concanirtion A"\ALII'ICAL RITSULTS Aclud Protocol TotC R.ltlv.Concantration M.thod thc.rt.antv Aarry OEt.. NTROGEN OOXDE 100 0 PPM 9E 74 PPttl Gt .i ' 2 09i NISI Ireed€ O20r2o25 O2t1ztm25 OXYG€N l0 60'.. 10 59'r" G1 .'.0 7q{ NISI Tre€Ue 02.052()25 NTROGEN Bda@ CALIBRATION STANDARDS Typ. Lol lO Cyllndcr No Conmtnllon Uncntdnty Erpltailon Oet. c,Mrs 1534002024510 CC511408 5965PPMNTTROGENOTOXTOEMrROG€N 18.d PRril r2a.)8 01535rj4 59 5 PPM NTROGEN CrOxrOE.ArR 1 t"."lrTRil 110606{X CC33&459 11930/.OXYGET{NTTROGEN 02"'" TE SRM NIR$I mM o, RGM n*o &* E ody n rd4@ b h GMIS @d n h! assy & rDl oil ol lh sdlsc Ac,0{ nzl Nq 21 z]24 Na 02 2O2E lndrumant/llCrrllodcl ANAL}TICAL EQUIPMENT Anslyticd Prlncipl.L..t ltrltl polnl C.llbrtion MKS F IlR t€2 01E143349 l-bnba tilPA-s10 W6O3MM5a 02 F IIR 02 PailactE {OlxON) Jan 16 2025 Jan 09 2025 GAS AI]Uas Ethylene Only AirSB speci.X)' crs .turtAi L's^ Lll' 13t32 S. I{'('nthorlh Arr'. ( hi(agu. lt.6162a hBn. (,in CERTI FICATE O F AI{ALYSIS Grade of Product: PRIMARY STANDARI) Part Number: Cy'hder Nun6er Laboralo.y: Analysb Date: Lot Nunter: x02Nt99P1sACVH8 EBO1158S 124 - Chicago (SAP) - lL Oec 1 8. 2024 v43224032-1 Exphtbn Ortr: Referenca Number Cy'inder Vdume: Cylinder Pregsure: Valw Outlel: D.c tE, m27 54403224032-1 144.0 CF 2015 PS|G 350 Primry $andard Gas Mixtures ile tracable b N.I.S.T. wdghts and/or N.I.S.T. C€s Mixhlre ref€rence maEriab. Cornponont Rcq Conc ANALYTICAL R-ESULTS Actual Concontratlon (mob %) Analytlcal Uncertalnty ETHYLENE MTROGEN IOO O PPM Bdama 99 57 PPM +l - 1o]io Approvrd fo. Rol.r.e P.gr I o, t GAS AIrgas BIP R.qu..bd Purly Airyrr spcddt, cEr .tir8s! US{ U{qIr l'nrtqi lhrr. l)ilrh.n, IC 2-lll CERTI FICATE O F ANALYSIS Grade of Product: CEM-CAL ZERO Parl Number: Nl C2300 Cy,lhder Nuntber: CE21 3t9Laboralory: 124 - Dufiam (SAP) - NC Analysb Dale: Jan 15.2025 Lot Nurter: 122.003244530-1 Erpkarbn O!tc: Jln t5,2033 ANALYTICAL RESI.'LTS Compofi.nt Reference NLrnber 12240321453o-1 Cy'hdar Vobme: 3(X.0 CF Crhd€r PlBssr.re: 2640 PSIG Vdw Outlet 580 C.rdn.d Concmtrdbn NTTROGEN i'lOx so2 THC CARBON MONOXIDE CARBON DIOXIDE 99.9995 %<LDL O.O2 PPM<LDL O,O7 PPM <LOL O.O3 PPM <LDL O.O3 PPM<LDL 0.03 PPltl 99.9995 % 0.1 PPM O.1PPM 0,1 PPM 0.5 PPM 1.0 PPM Pinnrr.nt Noli:ArgEs ccrlilies lhat tll6 cdrtents ot thiE crir66r m6Gl tha requxarnonls ot 40 CFR 722 Itrpunlies \€rifi€d agaansl anaMEalstandads traoat o to NISI by weight arl(,/a analysts Slantum d fiL Approvrd tor Relcs..P.F1oaI GAS *!|pss 21o/o 02 -{irXrs Spt rirllp Gr*s ,U,,vr\ ( 5.\ t.ll tt-lt S l\irrl\\,tth \\., ('htn$(,. ll,r,r!)la .Urr.,..,in CERTIFICATE O F ANALYSIS Grade of Product: EPA PROTOCOL STANDARD Pari Number: E02N179E15A0081 CylhderNunter. CC/40196Laboratory. 124 - Chrcago (SAP) - lL PGVP Number: 812024 Gas Code: O2.BALN Cradon orfomd n rerdar! rh Tri.d Oata AYClabl. Upon Rcqurc Approved tor Roloa3o Reference Number: 54403116776-1 Cytnder Volume. 146.0 CF Cylinder Pressure: 2015 PSIG Valve Ou$el: 590 Cerlilicatbn Date: Aug 13.2024 $arry roocd br AEy nd Cd6don ol {M.y 2012)'dr( 6OOR 12,131 urng lD Grq prccdcs l6bd Amvtd Mdddogt 66 nd rauro @trdo br saytol .bdtaco Tht aylrdd ha .l&l ilJroluEctudy B sbbO bd* rb s @tUaca lill d $1 lhc arc rc s|9 rcad mprlGr Sch rrhal h ur of h6 @l&ab mnfurG Al cocdrimr dr on am#rclc 836 ud6! ohds* rcE Thc cldli rcbb o! lo hc lor bld ThG rcFd rElr nd b. ,6prdEGd c!6d n fi/l *lbu @fdal d h l$qdq Oo Prg. I o, I Cdrponcnt R.quc.t.d Cmcmlrtion ANAI-YTICAL R"USULTS ActuC ProtocolCdtc.ntrlim tLthod Told R.l*ivc Unc.rtalnty A3rryDd6 OXYGEN 21 co'\i{TROGEN 8darc6 '& 92 q"GI l4'rN|SI Tr6de 6i132021 CALI BR,ATION STAN DARDSTyp. Lol lO Cy'indcr No Co.lc.ntrstion t nc.rtranry Erpirlion D.r. NIFil4 (fi)lo2ll KOllSag 2320e"OXYGLNjMIROGEN .i-O{e F€b 16 2030 lnrlrumml.lflC(Ctod.l ANALYTTCAL EQU tPM [iNr AnCytic.l Principlc Lerl tultlpoint CCibrxion 02-r HoRTBA MPA-s!0 W2IP7A{5 PAFIAMAGhIETIC Auo 07 2O2a GAS Tri Probe Certification GRS Grcat Plalns Analytlcal Scrvlces 303 w 3d st Elk City, OK,73644 (S80)225-0403 Fax: (580)225-261 2 CERTI FICATE OF ANALYSIS Grade of Product: CERTIFIED STANDARIIPROBE Part Number: 24L Referenc€ 25 Numben Laboratory: GAS lNC. Stack Diameter: 24" Analysis Date: t/2O12022 Target Flow 3Umin Rato: LOT Number: A Number of 3SN: 25A.24L PoinB: Product performance verified by direct comparison to calibration standards traceable to N.!.S.T. 'The probe listed on this form meets the multipoint traverse requiremerl of EPA Method 7e, section 8.4 as shown in the accompanying data. Method 7e, section 8.4 states that the multipoint travers€ rcquirement can be satisfied by sampling via "a multi-hole probe designed to sample at the prcscribed points with a flow +/- l0 percent of mean flow rate". ANALYTICAL RESULTS Run, Total Flou tllcasurrd Flow Mcagrcd Fbs mcasurcd Fltr Mcro Probc(Vml Pon A (Uml Forl B lVml Porr c (Vm) Port SrDpkd lDche o1l lDctt oll lDcltr o3l Flow (Un) f,un I :LPM 0.?m 0.6m 0.610 0.667 Ru: 4LPM (8.m4 ) (0.504 ) (-ra.50^ ) t.4l t.-1 I t.] I t.Jl(r.6lat (4.Jlat cr.l0a) 'Calibration corducted in accor&me with Emision Me.suern€nt Cenler Guid€line Documcnt - EMC GILO3I Notes: -V"rlll...*6t2012022 Approved for Release Date Probe size: 24L .. \' , r{,.i a,.' arr ,L,vj "a, ;,o, ri.. UNITED STATES ENVIRONMENTAL PROTECTION AGENCY RESEARCH TRIANGLE PARK NC 27711 March 15.2021 ir I I I :(lr. .r :Al I ! r i.lrlilli , A ),ii '. ' ,1tl: .:., 'i ' . Mr. Jordan Williamson CEO GAS Inc. 303 W. 3ra Street Elk City, oK73644 Dear Mr. Williamson: We are writing in response to your letter received on September 17, 2020, in which you request the approval of alternative testing procedures. The EPA's Oflice of Air Quality Planning and Standards (OAQPS) is the delegated authority for consideration of rnajor alternatives to test methods and procedures as set forth in 40 CFR parts 60 and 63 under which your request must be addressed. GAS Inc. is requesting a change to one of the test methods, ASTM D6348-03, used for conducting pertbrmance tests to detennine compliance under 40 CFR part 60, Subpart JJJJ - Standards of Perfonnance for Stationary Spark Ignition Internal Combustion Engines (Subpart JJJJ) and 40 CFR part 63, Subpart ZZZZ - National Emissions Standards for Hazardous Air Pollutants for Perfonnance for Stationary Reciprocating Internal Combustion Engines (Subpart ZZZZ). The change being requested will be used to check detector linearity of the Fourier Transform Infrared (FTIR) instrumentation used to conduct this method. Specifically, you are requesting that the procedures of section 8.3.3 of Method 320 (40 CFR part 60, Appendix A), another FTIR-based method allowed under Subparts JJJJ and ZZZZ, be used in lieu of section A6.4.1 of ASTM D6348-03 when conducting testing using ASTM D6348-03 under 40 CFR part 60, Subpart JJJJ and 40 CFR part (r3, Subpart ZZZZ. In your request, you state that this alternative linearity check procedure will produce consistent results when utilizing either Method 320 or ASTM D6348-03. Additionally, some FTIR insbumentation does not allow for reducing the size of the aperture in the instrument and, thus, it would not be feasible to properly conduct the entirety of the ASTM D6348-03 method in its current form using such an instrument. Based on our understanding of FTIR instrument principles and recognition that the requested alternative determination of detector linearity is both technically sound and contained within Method 320, we are approving the requested change. We believe that this altemative is acceptable for use for use in testing all engines subject to 40 CFR part 60 Subpart JJJJ and 40 CFR part 63, Subpart ZZZZ. Also, we will post this letter as ALT-l4l on EPA's website (atuutr'.epa.gory'emc/broadly-applicable-approved-oltetnotive- testmethods) to announce that our approval of this alternative test method is broadly applicable to engines for the purposes of meeting Subparts JJJJ and ZZZZ. If you should have any questions or require fruttrer inforrnation regarding this approval, please contact David Nash of my staffat 919-541-9425 or email at nash.date@,epa.gor,. Sincerely, STEFFAN Digitally signed by SIEFFAN JOHNSO.I JOHNSON H:i8',;lil' Steffan M. Johnson, Group Leader Measurement Technology Group Sara Ayers, EPA/OECA/OCA,IAMPD, (ayres.sara@epa.gov) Melanie King, EPA/OAR/OAQPSi SPPD, (king. melanie@epa. gov) James Leather, EPA Region 6, (leatherjames@epa.gov) David Nash, EPA/OAR/OAQPS/AQAD, (nash.dave@epa.gov) Hunter Newton Emissions Specialist GAS 580-225-0403 info@gasinc.us Type of Sources Tested: Stationary lnternal Combustion Engines. 4 Stroke Rich Burn Engines. 2 Stroke & 4 Stroke Lean Burn Engines Stationary Natural Gas Fired Generators Stationary Propane Fired Generators Gas Fired Boilers Types of Analyzers:. Gasmet DX4000 FTIR. Gasmet Portable Sampling Unit with Zirconium Oxide 02 Sensory. Testo 350. Flame lonization Detector Qualifications: Trained, studied, and fully demonstrates compliance for emissions testing via data collection outlined in the following Reference Methods:. EPA Method 1 & 1A - Sampling & Traverse Points. EPA Method 2 & 2C - Velocity & Volumetric Flow Rate of a Gas Stream. EPA Method 3A - Oxygen. EPA Method 7E - NOX. EPA Method 10 - Carbon Monoxide. EPA Method 254- Volatile Organic Compounds' ASTM D6348 - Extractive Fourier Transform lnfrared Spectroscopy Conducts emissions testing on a weekly basis including, but not limited to, the following test types: lnitial Compliance, BiennialCompliance, SemiannualCompliance & Quarterly Compliance. Alltests performed are in accordance to any and all Federal & State requirements as applicable (i.e. JJJJ,7777, 106.512, 117, PEA, etc.). Performed testing in Colorado, Utah, Wyoming, North Dakola, Montana, Kansas, New Mexico, Oklahoma, Texas, Louisiana (land and otf-shore), Arkansas, Ohio, Pennsylvania, West Virginia, New York, Kentucky, & Mississippi. . Ouarterly Performance Reviews covering ongoing changes with Federal Flegulations, State Compliance guidelines, & site-specific safety certifications. 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E R $H o P I P I I P I P I o N o N N o @ o (D N @ (o e E E g g E g E E E E g E E g E E E E E g g EE oo o o oo oo o oo oo o oo o oo o oo o 6O O @ O I F N 6 O N @ O O N O N N N @ NN C I N (\ r < F dl , O N O F O O' S O) O O @ c' N F N O Fr \ o r o o o o o oo o, (o o o @ o @ o N N N (o @ 6 D NN N N T N N N - 6F 6 o o o 0 @ O N N O N F O @ o ) N O @ O O @@ S F F C > C D O N n O O N O @ N @ o , o O 6 F N N N ts N N N (O @ @ O (O @ @ @ 6 6 6 O O <O O oo o o oo o oo oo oo o o oo o oo oo o Ie A ,r ?OE ,E tOCzE: .o I Ic(, A 6.:o. t>IENAog .a E IEEE E E g E E g E E g g g g g E g E E g E E g ET oo o o o o o oo o o o o o o o o o o o o oc i o o o o N o o, F F (o (9 o @ o N F 6 o o o o oo 88 8 8 5 8 88 P sI R P R & 6 8 K R N 3; ? oo o o oo oo o oo oo o o oo o oo oo o oo N o F o oo F o o N @ F c, N @ o0 t s o( 9 1 6N F O F o ) O g O F F O N F ( p g ) N o ) F N o- F o o o ! _ o - oo o o oo oo o oo oo o o oo o o o oo g oo o @N 6 oo o o I N No o@ q q N @ @@ t -d @ () F (o o oo o@ F n F (0 6 ( 0 o N (0 { N 9 a o n { s i { I (. ) t go I I oo r oo r, o! oo o oo o oo o oo oo o oo o o oo oo o E E g E E E E E g E E g E E E E E E E g E ET oo o o o o oo o oo oo o oo o o oo oo O g E E E E g E E g E E E E E E E E E E H E Sg oO o OO O OO O OO OO O OO O OO O F -O ON O N (o (o @ 6 O o o) O N @ lo al r @ cD (o o Fl r F I oN O N O@ N O OO O F O@ F oD o D NO | D s O F O ON @( ) ( . ) F F CD N N @O S O N F NN q s < s s o ri o o o o o N N N N N oi q N N N No o< o N F O N F @ @ O @ O @ O F O O T @ - oo S S o F N N O F F O F C , 0 D N O C D N { ( I C) O F O : o o o o c) o o oo o o o o o o o o o o o o oo el 6Eo&:el ,\ f , :*! ?E -o g -e () FIA 6-:$l NCo&:*lOF f, . d: -l IEzagREzd g 88 8 8 8 oo o o o oo o o o oo @ t () 6 N @ O (o ( o o q ? o o$ o o o SN O O N oo 6 $ s oo o o o 88 8 8 8 oo o o o oo o o o @€ O O N (o N @ t o o{ o t o oo o o o ES R B E a :: : : : <o RE 3 3 3 ro { o { oo o o o Eg E E E oo o o o NF F S @ N@ F ( O N6 6 0 6 NN N N N ON N O O tt o o o o o NN N N N OO N N T N6 { @ 6 oo o o o O@ @ F @ NF O O O NN N N @N @ F N NN N O I oo @ @ @ 60 0 N o o@ s o N 6( 0 6 N O NNoNNN()o,oNoooo@EooN(ooNEao @O F O O Ft ' @ t o NO 6 N @ .- NO O V OO @$ @ N N OO O $ NO @@ N $N A tO s F OO ) $O q O N N N O Oo J N (, r) N oo l N@ O @N @ @N c ) Oo ) O@ 6 o, F O o) ( D o , Fo ) q FN N F 88 P 3s 3 88 8 I I E3 : * EE i P8 E3 E tO N Oo N NO N O N NO r OO O O OO OO Y o o o o o o o o o o o o ci o o F - oi N N F No ClO < N @ O q O q (o F O O N O N @ N O @ (D 09 tN q OO O @ q F S @ @ @@ O F @ N OO { Ff Go o OO O OO O ON (') N t F N g O OO Os t - : s (o N @ o o (o @ @ (o @ s (o s { (o n (o (o < < to E E E E E E E B E 3 E E E E E E E E E E E Eq oo o oo o o oo oo o< > o oo o oo o oo o *? It roaa:8: zE:"lzegt o>oE g oo ( o N o NO O N( O N q O Cv $ t 3 { Sg E g E E G) o o o o o o€@ o o N NN F N N JN N CN N N N N .ELN < F 6 N6 O @ N H3 3 3 3 : fo @ N @ o o .O O O ( ) F oo o o o oo o o o Co o o o o -N N N N N TR R R R R (o @ @ @ @ {s t 9 $ q oo N o O F OO O OO O NO O @o N O O I NN O, o) O (D N O N N N (O I (O S (O @ 6 O F N N (, SN NN N NN N BN N NN NN N NN N N N N N NN N N N N N N N N oJ I N N N N N N N N N N NN d N O 6 O CV N o) O o) O (c O (O N N (, (o () N o) o) (o N F F o) O O @ (o ( O O F OO O 6 t (9 @ o, @ @( ) N NN N T F O O O O O F 0n 6 o6 n 66 6 oo o0 o oo o o o6 6o f i NO O O F N O q O @ N @ O O F N O ( o N @ o , O O o O < I I t s $ < < $ s O O O O O 6'n O OE D NN N NN N NN N N N N N N NN N N NN N @, oo o o o o o o o o o o o o o o o o o o o o oo o o 6 0 0 0 0 0 0 0 0 0 0 6 0 6 6 0 6 6 NN N N N N N N N N N N N N N N N N N N N N RR R R R R R & R R R R R R R R & R R R R R @ @ @ @ @ (o (o (o @ (o (o @ (o @ @ (o (o (D (o @ @ @ i + i + + i' . + i + t s + $ + i + + r $ s q + @NENosN()(,oooNo,Noo6so oo !6cL 3 @S N^os ov&s I- , ooooo6NO66oooo8SOO oc o@( o oo o o q o o o o o o o o o o o o o o o o o o o o q q o oo o o o o o o o o o o o o o o o o o o o o o o o o Q o oo o o @ o @ @ o o @ @ o @ o @ 6 @ o d @ o @ 6 0 @ a @ s: 9 : 9 : T I3 $ N g 3 3 S € 3 e I8 I 8 I R 3 EE g oo o o 0 n o r j 6 o o o o 6 oo o o o o o 6 o o o ; ; ; _o8E 0 ggGo o o o o o o o o o o o o o o o o o o o o o o o o o 88 o $$ q 9 s 9 $ q q s v s { q { 3 9 9 $ t v s q 3 9 + { : { -; ; = oo o o @ o o @ o o o o 6 @ o o o o 6 o o @ @ @ @ b 6 , o lr A ., 8OE>&:rlOEzE: -l lr toa o:or tt >-ENdos q N^8eRp -L oEf: OFNNo0QA ooooN6o( o ONNOo6NNoo (o r l voo@ (o o N{ rs o F@ o @ O O @ N q O F oN O o o @ N O t FO 1 2 i o @ o@ o c o N @ ( o ( ) o ( ) o ( ) ( , o f ) o ( ) ${ o o o ( s+ 3 : N -l q o a@ N o o F o O s oN o a N @ o o N o F @@ N @ s l ! ) O N o v s s N o s { N o N o o o o o N o o N N o ir x N @N @ ( o < o < o @@ @ @ o o @ o @@ o o@ o @@ @ @o d i : o E g E g g E E E E E E E E E E g E E E E g g E E gT 8 g oo o oo o o o o o o oo o oo o oo o oo o oo c i e i o OO O N N O N O @ N N N N O S O O O @ O O s A @ S O F I $ o) 6 0 0 e) oo o o o o, @ o o 0 N o f) N @ o N (o oF ( D .o o$ v su t t {o s qo ( r ( " ) o ( , o o o o N N N N N N a q @ FO O O O O O € @ F O N F O N N N N O o F @ O $ @ 6 O O 9F O N @ @ 6 O N F F O F @ A O N O @ N O N O N @ 6 N O s s s s o o o o o o o o o N N o o N N N N N N N Nc ? 1 4 oo o o o o o o o o o o o o o o o o o o o o o o o o c i o 88 oooo@@ No ) NqooEi l u)o oo {oooaaEE ooso(o o roFNNO:> 8 8 8 8 8 8 8 8 8 8 8 8 8 I 8 I 8 8 8 8 8 8 8 8 8 88 8 oo o d o o o o o o o o o o o o o o o o o o o o o o 0 0 oo o ao o oo o oo o o o oo o oo o oo o o o c i c i o so N sN o N o t s os o N o rN s oo N oo @ { o ( 0 € o OF FO 6 @ O r ) o N O O f ) 6 ) FN N O @ N c 1 @ ( , o @ O r P E l O to q 9 v 9 o o o t 6 s 9 9 o s q $ 9 q v o o o @ = q o oo o o o o o o o o o o o o o o o o o o o o o o o o o o NN O N @ F N9 F NN O { ( o OO O O O N N O q OO ! P O N OO O O O O F N O O O O N O @ O N O N O N @ O O O Q O O Fo ; o 6 o r o r o o o o o o o o d F o o o o a r o oo o o o o o o o o o o o o o o o o o o o o o o o o o o O@ 6 O @ @ O F n @ O O O q N O @ N @ N F S O F O - N O FN O O( . ( o N N O 6 r ' O ( . , O F Oq o t O N F @ N ( ) 0 D - . D Q l cl i9 0 C . ) { o o o o o o ( o $ { o! o ( , o n qo i os . ' l ! o oo o o o o o o o o o o o o o o o o o o o o o o o o o o g E E E E E E E E E g E E E E E E g E E E E E E E TT E oo o o o o o o o a o o o o oo o o o o o o o o o o c i o N@ @ O N @ F @ O O O 6 O S F N O @ F N N N O O O o 6 O s I I R e e 5 s ? 3 s I9 ; 6 R I E P 3I 3 3I E qQ 8 NN o o o N N N o N N N N o j N N o i T N N N F - N - o Cr @ O O N 6 @ @ @ O o r ( ! N N N O 6 ) F O @ O O N O Q N N N@ F N @ 9 O O O e N @ O N N O O @ O O N N @ S S A @ @ O.O O ON N 6s t OO N6 O Oc . ) ( l ] N( r N N N F NN c ? t O Oo o @ t s NN O FS N O O O 6 @ N O @ N O v ( O v 6 6 O N N O N s (l) 9 N F @O o) O co OO O N6 c ) N F N ! 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N rN ; - - - N o N No ) NN O F CO O (,) @ N €( O N( O F O V O (o N@ O) N o Q O e3 P 3 8 3 S p t r S ; 3 S 3 E E 6 3 3 t 8 U r S 3 E q 8 oo o o ; ; s s s ss r s s <s ; ; s = s ' a s $ s { o o E E h E E g E E E E E E E E E E E E E g E E E E E Eg E <) o o o o o o o o o o o o o o o o o o o o o o o o o oE It roae -eOFzE:"!zee^eXE o P I 8 e e P I I E b 3 I E I 3 : E b 8 5 8 E 5 E E tg 8 NN i N N N N N @ @ @ N @ N NN @ 6 N N N @ @ @ @ T . F O NN N N N N NN N N N NN N NN N NN N N N N NIS i O i O OO O N N T O N O O O F O O O F @ O N O O O O O O - @ 88 3 8 8 3 8 8 5 8 E 8 E E 8 8 5 E E b b b b E E E l 5 6o 6 o 6 o 6 6 o o s o s s o o v s s s < q q t s 9 Y - u) o = : P : P P > P P R e N & & R R & R 3 6 S 3 3 3 E o* I3 @ @ o oo @ o @@ o@ @c o c o @o co o@ @ @ @ co @ o2 4 La o 6 o 6 o O o O o O O O o o O o o O o o O o O o o- r : = O cO 6O O O O O 0O O O6 O O O OO O n O O O 6 O O O I ID O NN N NN N N N N NN N N N NN N NN N NN N NN CE -N RR R R R R R R R R R & R R R R & R R R R R R R R , I R R (o @ @ @ ( o ( o o @ ( o ( o ( o @ @ ( ! @ ( o @ @ ( o ( o ( o @ ( o ( o ( o @ +$ + + + + + i i ++ + i + + + . + q li t < } + + + oodo6oIoINoo&o(,oO@(oNo,o,(oIoooNo68a ;< o NNNOoNooUNoNooc?o oo o o o q o oo oo oo o oo o oo o oo o o oo o oq oo o o o o o oo oo oo o oo o o oo oo o oo o oo e 6 0a o o o o o o O 6 O O @ O @ o o O o O 6 o o o o 6 o oO : ft E 9 5 & R R 3 8 E N 3 3 S R S P P N fi : R E b 8 8 Nf l oo o o 00 0 00 00 00 0 0n o oo 6 00 0 0 00 00 ; oo o oo o o oo o o oo o oo o oo o oo o o o o oo 8 s s $ s $ I t I $ { I q t q $ r rt $ sr s9 3 $ s I $ si 6 6 6 A E 6 6 6 6 6 5 6 6 5 6 6 6 6 6 6 6 6 6 6 6 E 6 Ai 3 E E ? 5 b b 3 U R 5 E I S 3 N 3 R K ? S 5 E e & I N &$ :' OO € o , N S ( O < N O O @ F { O O @ F O N O N O O ( O S h @o o N N 6 N O@ O @ ON N ON @ OO n OO 6 N 3O (O { A oo o @ 6 N o@ N NN NN N NN N NN @ N o @ N N N NN X 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 88 oo o oo o oo o oo o oo o oo oo o oo o oo o o oo oo o oo o oo o oo oo o o oo oo o oo o oo o o oo @N O F O F S N N F N F O N $ N V F @ q O N N @ N O @ @ o N o o I o, (9 N c) N o s o o F @ v o @ o N 6 0 n o N @ oii o o o (' o N d) o €) N (9 N 6 (, ) 0 N o (o N N N N N N N o N Na t (o (o O O @ @ O N s @ O) @ 6 O O O O O F O o S r N OO , O q ll ) O N ( o 6 r ) $ F F N O T P C D O ( o O N O O o ) O o C O N NN N N N N N N N N N N C I N N N N F N N N N N T F N q oo o oo o o oo oo oo o oo o o oo oo o o oo o oo 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 88 oo o oo o o oo o o oo o oo o oo o oo o oo o oo o oo o o o o o oo o o o o o o oo o o o oo o oo o oo C ; OO O N Fo ) o) N O 6) N NO 6 @ - O FO O N N O OO F OO i N@ N N F n O Nr N0 (O N O O F S O O F Sr O V F N @N ( D s t t r o { o N N @ @ @ N (o (o @ (o N N o. o o o co o o 6 6q oo o o oo oo o o o o oo oo o o o o oo o oo o oo o o@ o N o @ o o o N o, o o t q o N @ o @ o o o o o s NN 8I e e I5 8: 5 e 8I I8 P = 8I I9 ! I9 I I B I8 8 oo o oo o oo o o o oo o oo o o oo oo o oo o oo o s@ @ s o F @ o F o N o N @ o o F s o F o o o N o @ < o) 6 N N F O S (o <O N F N () n @ N N O N O s Ar N 6, N $ N6 s (o ( I o t r oo o o o o { o o (r , o d) n t o I o (7 ) o o oc ? oo o oo o oo o oo oo o oo o oo o oo o oo o oo o g E E E E E E E E E E E E E g E E E E E E E E E E E E EE oo o o oo oo o oo oo o oo o oo o oo o oo o oo o NO O O I o) NN $ F N C, O S o) O F O F O OO o, NN O @N ON O NO O 6O N N F 6O O OS O s F < tN < oN O 6o o @O N N < O 6 < N q N O ( o N S O F ( , N O ( r ) N @ O 6 6 q NN N oN o o I o oo @o o oo @ @N @ @@ @ @@ @ @o r ' NO O ON O FC D O OO S S O F S@ N N O OO O ON O OO o@ o F N o oN N o o t o F oN o F o o oo o dr N N oN 6 N N O O O S S S r $ S S O S () O S O S S < v S t (' SC ? NN S O N @ q O S O @ F F @ @ @ S N 9 O 1 6 $ O t F r O N O F CD N O N N (O N N N N €r o) O O O O O N N O O O O d) @O OF F O O O O O O O O O O O O O F O F N N O O O : oo o oo o oo o oo oo o oo o o oo oo o oo o oo o mGi3oooR(,NoNOoNNN6N ot ; oo J6cL 3 as OO @ N N . ? O $ O { nN ( ! O r O @ O O T N F O D O T o ) N O ! o O( o (o o o F o N N o ( O N ( " ) o F o r r o s o r o o o o o e 6 O N O @ @ O N N O O r N 6 o, O, O () q - F N (l) O O O O o) q NA N N N N N N N N N F R E 8 S g S 3 8 E p 3 3 3 3 3 e E 3 P e i b 3 e 3 F 5 bI s s o 96 o { (c l N No F No t I < N F N ON F N F N OO P I -; ; - - - - ; - ; ; - N N @ @ N q O (. ) n O O O 6 (g N O F o) N O O F I o, O) N S O9 l oo N 9 N O o ) ( . ) N O O O N O NN O 6 o ) @ s ( , @ @ ( ( t N q N t I O N i N { O N O O { $ O O N N N O O N O C) N N N Or . a I s 9 I I (o s $ ro <o @ @ @ @ ro to <o ro <o o @ @ o to @ @ <o ol o EE E EE E E gE E g EE E EE E E gE BE E BE E EE g O O O O O O O O O O O O O O O O O O O F O O r C, O O O O NO @ F q@ FN O qF 0{ O O S O O s @ @ F O O O N O N N @ @ @ O N O O @ N @ oO O O O 6 0 N N .o O O (O ts @ N N NE @@ @ @ @ @ @ @ @ @ @ @ @ (o @ @ (o @ @ @ (o ( o (o @ (( ) @ @ @g NN N N N N N N N N N N N N N N N N N N NN N N N N N NN i N@ F O N ( 9 F ( f ) O 0 D O o c O O N N @ O O F SN O O O T @F E E E E E 3 E E E $ E 3 3 3 3 E E E E h b E E E E E E E6 ss v q s v s n s q q s< f $s $ ss s ts s sq q qt q ! 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R& & R R 8 R R R R R R R 8 8 & R R R R R R R & R & R R (o ( o 0 @ (0 @ (o @ @ @ (o (o (o @ @ @ @ (o (o ( o (D ( o (o @ (o (o @ o oo o o oo o oo oo o o oo oo o oo oo o oo o oo o o9 E I 3 I 3 I I I 3 I I I I 3 I 3 I I 3 3 I I I I I I I I I I 3 88 c, N s N @ $ ts I I P g R I I g 3 E E g 3 N $ I & 8 : 5 3 g ? $H $N 6 6 S S C o6 0 00 0 { no oo o oo 6 0 v s oo oo o oo o oo 6 0; ; F; o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o RE $ r s I s { t s r 3 s t g s s I $ s s < s o o o o o e o o od i d j 6 6 6 6 E 6 E E 6 6 6 6 6 6 6 E 6 E 6 6 6 6 6 6 6 6 E 6 E 5 Hb & p & & R R E 3 S 3 g E S 5 6 E E I5 S S 3 3 E 5 E 3 i $ 9t g .. 3 N b 3 3 3 E I b 3I R g E P S 3 g 5 S S 3 e 3 h S :3 P I BB N N N N N N N ON NN N N N N N @ O N N @@ N N N N @N N NN r { g E g E g E g E E E E g E g E E E g g g E E g E g g E E g g ET o oo oo o o oo oo o o oo oo o oo oo o o oo oo o oo o 3 8 s 3 3 3 \ ! E h d S D 6 3 3 P 3 3 S i fr r ? E 3 ft H B il B$ ot u N N N N O O ( 9 N O N O O N O N O N N O N N O a _ ; - $ r O N O - $ oo oO ( ' ) @ OO o) O o o, O $ N F r O F v @ I Q! 2 r r O 6 { N { N O N F (O O N N O Nn N { N O O) A N F N { { N @( 9 t s o 6 or o o o od 6 i\ (o 6 6 rj @ 6 !d rj o 6 6 N @ (6 6 o o o 6 o s( o 6 : o o o o o o o o 6 o ; o o o o o o o o o o o - o o o o o od c i oN s NN @ NN @ 6N o N on oN F 6N {@ @ @ o N o6 o o- t A 5 I I I e I 5 3 I 8 I : I = I 8 = P 8 I 5 I 5 5 5 I 5 I e 3 El - 2 o o o o o o o o o oo o o o o oo o o o o o o o o o o o o oo o -ao 5 3 3 R s 3 tr 3 8 q B s e P s R R & s p $ H E p $ 3 R r B H Eq N; ; 0 @ 6 @ ( o N c ) - O o o ( , N n O o NN @ o Q o s I s s 9 s sO o O o N NO OO O N N N Nr N Fo l { E B K ? E g E F S I : I ? s 3 n fr B s e $ 3 E b B E ff ! ! 8S .a ci 6r N G oi 6r Gl N oi N - dt - - ; N N 6' l - N - N r F o o o o o- E 3 3 I 8 E X e = P E S 3 R b N 8 S 3 3 [ S E h S 8 & 3 E 3 8t 66 O ; - 6 o F o o o o o - ; o o F c , r o F o F o o o o o o o o o o 6 o o o o o o o o o o o o o o o o o o oo c i ; R 3 ts R ! P 3 $ 3 3 P 3 e E I E s E E r S E S A X ! S R E EE N N ru ni N N N N N N ni o ru ai N N F N o oi N N N N N N N N N NN N N $ & & E d 6I q I r b E E B E & fr ? 6 a E E l h t N; X * sE oN o s No o s { no q I o( o oo N @o s oo @ (o @ N @ @ @: ; NS O N C o \ O O O O O N ( D @ s N O ( O { o t ( 9 A N F OO $ r G F N o <i s 6, i 6 < N ci N d ci cn - cn ft o o @ (o N N q r o ; o F o5 t s N 6 d N ; ; 6 @ N o ot @ O e - s s N 6/ ; 6 o o o o o q o o o C o o o o (o @ @ 6 (! @ no @ @ @ (o (O @ @ G I s 6 @ o @ (o o o o@ 0 5 3 E g E E g E E g E E g 3 3 g g E E E E I N g g E E 3 E E 3 3: o= N X R I p p 3 E g R 3 P E I S E 8: 8 3 E r p I P E 8 3 3 E 8; J @@ @ @@ @ (o @ (o o @@ (o @ @ oN N N @ @ @@ @ @@ N @@ @@ @ C *. - * i ru N N N N N N N N N N N N NN N N N N N N N N N No ' l ' i -E 6 .r o 6 6 s < N < o o < o N @ @ @ s @ o o o o o o s N F N N g s B s 3 E 3 b E 3 S 3 6 E 3 s I I E E b ts 5I 6 5 3 E 5 5 5 $3 fi r s s I s s s s s s v s I q s v i s t v s i I g s $ t s I s $l : - fD o @ N @ o o r N o q o o N o o , o r N o s o @ N e o o F N o o N N N N N N N N N r! o o d U d ii 5 ii il 6 i + s' < U i, 9 ' o o o a e o, o oo oo o , o o, o oo o oo o oo oo , o oo ol o< < $l 6 6 6 6 6 6 - - - 6 6 O O o o 6 o o o o o o o o o o o o o o -N c CR R R R R R R R K R K & & & R R R R R R R & E R & R R R E E E J d ci ci ci o I I I I I I & & & & & R & E & & R & R R R R e E R EE .$ t B S $ o, n o c @- .D io o @ @ @ @ @ @ @ (o @ @ @ @ @ (o @ .o @ s5 s s s 5 s s s s 5 5 s 5 5 5 ; s 5 s 5 S 5 S 5 5 5: 5 5 o EE O cgc >\o tH i Ee €oeOE ,E,EOEza6.: .l rt(/ ) a oo; it >IENdogcE IEEE b 3 3 g 5 P I P P fr i ft E $ E ? E fi E S E E E F h E € S U 6f i i l ; - ; NN N NN N NN N N NN NN N NN N ON NN N NN N NN I o o o o o o d o ci o o o o o o o o o o o o o o o o o o o o od c t g E g g g g E g E g E E g E g E g E E g E g E g E E E g E E EE o a o o o o o o - o a - o o - a o o o o o o o o o o o o o oo c i X g H B H $ H il 3 H ft H il h R H S H H [a g h H $ S s R fi $ f; f oo o o oa oo o oo o oo o oo o o o oo o oo o oo o oo o E E E E E E g E E E E g E E E E E E E E E B E B E E E E E E gT o o ; ; 5 o o o o o o o o - o o o o o o o o o o o o o o o o ci c i -FOEo&=o3NEo&:*l ?E-o -o -e (J F IO -o *gNEoo e :*lOF (,- d -o -; IEzE - oOI Ntz -o -goE It ro6 . o *eOFZ- d a:I o:zeg^?XE g N^8ERS -r oEi:oao oq oo o oo oo o oo o oo o oo o oo o oo o oo o o oo o o o o o o o o o o o o o o o o o o o o o o o o o o ( ] @d o o o o 0 c o ( o C o o @ o c o o o ) o o o o 6 0 0 0 0 @ o o @ 6N < O O N N t S N @ O @ N @ N O @ O @ O q O N @ O N @ @ <N ( , ) o N F F $ { F $ O O O +( ' O ( , O ( o C , F N N O ( O $ o o n o o oo o o 6 6 o o o o o o 6 o ri 6 o o 60 o o n o oo oq q oo oo q oo o oo o oo o oo o oo o oo o o o o o (r ) o o (o o (o (7 ) o o o s r o o (, o (, o o o o o o o o o @@ o@ o oo oo o o€ o oo o o0 6 @ o o 6 0 0 00 6 0 60 @ O O O n I iO @ O O O O @ O O O @ F @ O O N O O O o 60 lr ) 0 ( ) I { S { q r) I I q O (' N. r ( , g, S (, (, ( , O OO q (, ooooqooIo6o oS O F N T N O C ) N FN O F F @ O F C D F (o o (o ro @ @ @ N (o N @ @ N O N N O O () (o CO C' N o) N N N O { NN a q F ( ) ( D ( o o ) F N 9 ( O o o o N r ) r y NN N N N N @ ( ) @ N @ @ @ @ @ N N @ @ P5oo6oo8oR5R?5eUoo,No3ooooNoo6oaEC)aE(! $l ooLc;oopC, U tr ] s 88 88 8 88 88 8 88 8 88 8 88 8 88 8 88 8 88 8 8 oo oo o oo oo o oo o oo o oo o oo o o o o oo o o oo o o o o o o o o o o o o o o o o o o o o o o o o o o o s () () (. , (D O O F N @ O s (O v O O (O O N (o (D F O O s q] S F O N 6' N O (o 6 (! ! N N F N |r ) o, O O OO O O () O ON T S { @ ON O ( ' ) e ) N ( 9 ( r ) O O S C I ) O N N T F N N N N N N N N N N oo t s o F $ N o o N o o @ o r u ) o F F N l q N o 9 F 6 o o q s F N N N N @ O O O. O @ 0D cl @N N @ tO N N N N oc @ O) N (7 ) O O O O N N N N N O N N N N N N N N N C{ N N N N N N N N oo o o o o o o o o o o o o o o o o o o o o o o o o o o o 88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 oo oo o oo oo o o o o oo o oo o oo o oo o oo o o oo oo o oo oo o o o o o o o oo o o o o oo o o o o o 8ooNooo N - O nO N O oC O O S O g O N O F O S € t N N 6 o, N N N @ NN OS O O O O N N FO @ $ O O ( o @ O FO o ) N N O S ( o N N qo O s t sO O O $ {O F O S O O O O O T O O O O O O O O oQ o o o o o o o o o o o o o o o o o o o o o o o o o o o NO @ { O O N ( ! ) ( 9 9 F N O O 0 ( D 6 @ ( 9 O F O NN O O F N cO (o @ O @ O o) N F @ N O O O F N O OO F O N F O O O O U) oo o F o F o o F o o F F o F o F o r c , o F o - i oo oo o o o o o o o o o o o o o o o o o o o o o o o o o ao E; 8 S P 3 & b8 3 R E 3 8: 5 EE E e8 E b 3 h 8 6 3 E N O (' N O d) O N (r ) N O O O O O 3 (.) N N O G) N N O N (o (o N N oo o o o o o oo o oo o o o o oo o o o o o o o o o o o oo oo o oo oo o oo o oo o oo o oo o o o o oo o o 88 88 8 88 88 8 88 8 88 8 88 8 88 8 88 8 88 8 I oo o o o o o o o o o o o o o o o o o o o o o o o o o o o OO N o ) q o ) N O @ q N O N O N O T S N O S F O S @ O O O O P& f, I5 >8 sg S 8R 6 SR h +8 8 PB E R h P 8 8 8 8 oF o o o o F o o o F o F o o o o o o o o r (, @ I O O F N O <f { N $ O @ @ N (D r O N N r (D 0 N O O q) No O O r OO v @ O 6 0 r NO O O O T @o @ N O o N o o t 6 0 0 0 @ @ o o o @ o o) o o o o, o 6 0 0 N N N (o @ N @ @ N OO O O O O O O O O O O F O F O O O O O O O O O O O O O O €N N < N O O @{ O F@ N Ft@ O @ N ON O O O O <o o o o N o N 6 @ C' N @ o) N O o) O O c) o, c) C) o, O d, 6N d d @ O (o Fo o oo o Fo o o o F o F F oo o o o o o o o o oo oo o o o oo o oo o oo o o o o oo o o o o oo o o Fv O ( , O O O O o ) @ @ o O O { @ @ o j N 0 @ 6 O F O o l F N O N N OC O N @ (O T N < N r+ O 6 cD N o, (D O () $ O O O n t O r c) 6 S F O (O O O O O O O () O, @ @ N O \ q O O, O o) O O NN N N N T F N N F N F N F N N N N N ON O O O @ O 6 O T O N O F $ F O @ O F @ O O @ < 6 o N o N s @ NO O) F c) N @ f) N O @ (, O O F (O Co F o) N O (o (, (O N N oo o @ N oN No @ @o N oo o N N q qN N €q o qo @ o FN F o CD F o) o) N i N 0 $ @N F F N O $ € N (O O N( ) ( ' o) (.) t N (g O O @@ @ o o) N O F C) O N O N O O N N @ O s O O o O O $F t N m O F o O ( ) O ( D 6 O O N O ( o O N F ( ' ) ( i ) N S .E S s s $ q o o o oo o oo 66 6 6o o oO s $ s O O O q s 5E h $u E 3E EE E h gE EE E E E E E E E E g g gE E g (O N o F N N o o o o o o o o o o o o o o o o o o o o o o o o o-. vq o o o ( c , N F o s @ 0 o F o o N N 6 @ F s N o F o N o v o (, @ N N N N @ () @ (l) N () N () r O 6 O (' al (, (7 ) O N @ (o O =( o @ @ @ @ @ @ @ @ @ (o @ @ @ @ @ @@ @ @ @ (o (o (o @ @ (o (o @ f. N N N N N N N N N N N N N N N N NN N N N N N N N N N N N 'E o o s oo F N @o o o F o @ oo No o v N o o @@ N N o o A NO F O O O C D F N N o ) O @ N O O 3 O - O F N C , ) N N t U 5 >< o o o o, o o o o o o o o co o o o o (o 6 6 co (o @ Co 6 0 0 0 0 gr ! $ I I 9 s s s s s $ $ t $ 9 { .+ q r q i+ r I i s s t s s Tr ) 6 o 6 6 6 O O O 6 F N N N N N N N N N N 'o o o o o o o o o o o o o o o o o o o o o o o o o o o o o C{ r o o o o o o o o o o Co o 6 o o 6 o 6o o on 6 no o o6 n oo 6 6 n o oo o 6 TN N N N N N N NN N NN N NN N NN N N N N NN N NN N N E& R R& & &R RR R RR R R RR &R & 8R & RR R R R 8 R (o @ (o (o @ @ @ @ @ (o @ (o (o (o (o @ @@ ( 9 (o @ (o ( p (o ( o (( , o ( o (o + s r+ s s { I + s s s ri { { t s s n s s s s s $s i$ I t oo o o o o o o o o o o o o o o o o o o o o o o o o oo o o o o o o o o o o o o o o o o o o o o o o o o (o o o o o o o o o 6 6 6 0 0 (o 6 6 6 0 6 0 0 0 0 0 0 {t t N @ v o o o o o q @ 0 6 0 0 0 6 0 @ s o o o o o$ v N o t O T O N S O O N O O O N N O QO @ 6 9 0 0 0 O O O O O O 6 0 0 0 0 n 6 0 6 n 0 0 oo o o o o o o o o o o o o o o o o o o o o o o o o oo o o o o o o o o o o o o o o o o o o o o o o o o €o o o o o o o o o o 6 0 0 6 0 0 0 0 0 0 0 0 0 0 0 NN @ O O @ @ O @ FN @ O O N @O O O t O O N O q O S O( ' (' c, (. N (' d) O S i (, N N N (r , (. ) AT N N N NN NA J ;- s, E ' o ko NN O O O o , N C ) o ) N * F O N O @ O n O N O @ O F 6, O (. ) r O, () O () @ O @ s (') I N (O q (l) N N r: o! t (O N O NN N N ( o @ N N ( o N N @ N N N N N O ( o N N N N N N N 88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 oo o o o o o o o o o o o o o o o o o o o o o o o o oo o o o o o o o o o o o o o o o o o o o o o o o o N @O O @ @ S N tO @ @ N O O VO O F O F OF AO O FN o o ( . ) o O F d F ( D t s ( , d , N o s o N (o O o N t NN @N @ < @$ @O O N O O N N N N S N N @ @ N F o oo @ o o N N @ o c N s oN N @@ N O @ @ @ o o @ N (o N N N N N N N N N O O N N N N N N N N N N N N N N oo o o o o o o o o o o o o o o o o o o o o o o o o 88 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 t 8 8 8 8 oo o o o 6 0 0 0 0 6 6 6 0 6 0 o o o o o o o o o o oo o o o o o o o o o o o o o o o o o o o o o o o o <) Y O N ( , O F O o @ O ( o O O O O O N ( o O O O 0 F N N SE N S & 5 P N N N 8 5 8 8 P 5 8 5 3 8 3 8 ? 8 8 8 oo o o o o o o o o o o o o o o o o o o o o o o o o NO @ O O N @ F O S N O O O O N { F F 0 c F O @ O F N 8 88 8 5 8 5 8 8 88 P b s 5 88 b 88 8 88 5 88 y) o oo o o o o o o oo o oo o oo o oo o oo o o o -o Eg E E g E E E E E E E g E E E E E g E i l H $ H E E oo o o o o o o o o o o o o o o o o o o o o o o o o O O s ON O ON F N NN F a O F @o ) S r t N F O F (O ON N N O 6 @ N O @ @ o O O q O N O F S N O O S @ O @ N @ N N N N N N co O.0 @ O 6 o o o) o o o 6 6, 6 6 o o o o o o o o oo o o o o o c) o o o o o o o o o o o N@ O T O F O O @ F N F N O O @ V N N O S @ @ O F O o (o N @ N O t,t @ (o @ N N O @ O 3 F @ N (() O 6'r , (o S $ o6 o o o o o o o o O O O F F O O O O O O O O O o oo oo o o o o o o o oo o oo o oo o oo o o o N (D O O C) O (O O O O O F O N O I O, N N r o) Q @ o, C) O O O O $ O O O O O N O O o) s N @ () O { @ N O) tO 0o $ t NN N N O N J F N N N N N F N C J I - - F N O OO t F @ OO N @O F OS @ q 60 N O F o, N (g F N O OO {N O ! 60 (r ) FN q () N (O ( o N N t O ON O O F o N 6 @ @ o @ N o o o o o d, o (o o o o o, o o o o, o o NF F N oo(oooooENoNIo,sooNoooooo,to(o@aNNooo8ooIOoo oq888F I ,r ; oE9a i oE .. l a x( N .- t tpF (o dEg oooo () NNN-J6t sNONN oc ist oe -oNl ioc , oc iEE gOOF60 t NO ooEg ooa- oqOO OFs4 oosr o-oo oiOEo&:oiN5 .:*l ?E -o -o -E (J F IA -C SE NEo&:*lOFoag -g IEz6 _ eo? NFz6 - g @(t!qNNoNoo,o$oNodooN@d,N (' ) 3 oJ6'4 3@s 6F:qGi aP8 bc t rD34 qiOilR8 oNN@q ()o6dt s @ O(, ) Er =< 0NoN(o Ir e o?OE>&:i OEzn: .l rtoaao; i>AEN( Loo .: qt IE8E OO @ N N F ON N FO O V N N F @ O O O O F( , N N N O O C\ O N O F O @ F OO O F { Or N O (9 N O NO N N q (, ) N O N O ( ' ) ( . ) N N N O N N O O O O N O N N O ( 9 O N ( ' oo o o o o o o o o o o o o o o o o o o o o o o o o EE E g B E E E E E E E g E E E E E E E E E g E g E oo o o o o o o o o o o o o o o o o o o o o o o o o o? IFoa o. N N N F @ O O N S N (O O N N 6 O, @ t (, ) N F O N O C, (? N NN 06 N NN O ON O OO N OO C o (. ) O O NO o ) O o ) O N t O F O NN O ca @ O O t N Od ) N OO N O @( o O O 66 0 0 0 q o 6 0 n 6 < o 6 0 0 0 @ @ o o o o o o o 5E EE E E E E E E E E h E E E EE g 3E E Eg E E E Gr o o o o o o o <: o o o F oo o o o o o o o o o o o o 0, -@ @ O F N F @ N $ O @ @ O 0 O O N S F O o ) O O N =@ @ @ @ @ @ (o @ @ @ @ (o (o (o @ @ @ @ @ @ O (O A @ @ @ LN NN NN N NN N N N N N N N NN N NN N NN N N N 'E r (, F s .o r N N o s N o s @ N @ s ., o o $ @ o o N o Nn O O ( l q O N N O O O O O F N N O O n N ( 9 N N F O =o co o o @ .o o o o o o o. o @ o o 6 o o o @ @ o a @ @ \'r v s I s s t s I I s s $ I s $ s s t s t s $ s I t ! dli o @ oo o F N o @N @ oo F NO s o@ N @ oo F N . (' ) o o o o t I s <, s $ s s lr ) o o 6 o 6 () o o o o o o 'o o o o o o o o o o o o o o o o o o o o o o o ct ,e. o 6 n o o o 6 o o o oo 6 o 0 o 6 o 6 o o o o o 6 o _N N N N N N N N N N N N N N N N N N N N N N N N N N T8 RR RR R R RR RR R RR R RR R 8R R 8R R RR @ @@ @ G @ @ @ O @ C 6 @ O @ @ @ (o (o @ @ (O @ @ @ @ s s s s s + n+ + i . + + i q - n i + i ++ + t + + t - -lOFzE :o! zeg^?UEo N^O: S (J L$s oo o oo o 06 6 oo o o o o o o oo o o o o o o oo @ o o o o o oo o o oo o o dc o o o oo o o c q E E E E EE & d & 3 6E P P P P !e 88 8 8 8 8 8 8 oo o o o o o o oo o OO O 60 0 FN O (r ) o N oo o oo o nt r oo o o68oooo@6o _o8E o cgGo oo o oo o@o 6 88 8 oo o <o o NN O oo o oc i o oo o o o o o o oo o o o 6 ( o @ o@ o @ @ o o @ NN 9 0 0 3 o ) f ) o@ ( i ) F $ { d , @ N$ ( ) ( o N O T N no o o 6 0 0 0 NN N N N N N N NN C ! c , O O @O O F O { t ( , oN N 9 C t 9 ( , 0 60 0 6 0 0 6 6 NN N N C ! C ! N N NO N O O O O @ o@ @ 6 6 6 6 @ oo o o @ o 6 0 c oo o o o o o o FO N S N N O O NN O O N O O N (o O N , , J O $ N N (. ) ( o O O N . , N N @F N O O S O ! NO N F N l r ) 6 O OF I O O ( o 6 O OT F O F O F N oo N o @ N 3 0 @@ o o N o o o OO F 6 O O t O @O O F @ F @ @ t< 6 0 9 6 t t NN N N N N N N o9 0 0 € 6 6 0 @F @ @ q O O O NS @ ( , N S 6 0 (o N ' - o O t O O NO O O (o t N ( o oo o o 88 8 8 oo o o oo o o 88 8 8 oo o o 88 8 8 OO O O FO m (r ( ) 6 oo o oo o o oo o o oo o o 06 0 s NO N 6 NN N N @@ @ @ oo o o B g oo o o d i d i -F oo € o b o 3: } I T9 b 3 R 3 il E (o ( o N N F i i E g E E EE oo o o o o oO O @ l s ( , sd , o @ c r c ! oo o o ir F EE Ear ? OE ,E.eogzE: -l rE(, E :o] IENdo- ooi IEE* O$ @ N 6 o 6@ 6 6 t s 6 NN N N . ! 6 { oo o o o o g E E g gE oo o o o o s R 3 E e& oo o o o o 6O N @ F o NN N d N 6 oo o o e Q oo o o o o ON N O N N @o F 6 O F NO O N A e I oo o o o o E E g E gE oo o o o o E E E g gq oo o o g o @o N F . o O P p s 3 gE oo o o o o 8U H E T 8 oo o o c i o E fi ft E gE oio N N q ( v -F-POEo&:oi1a ,\ E :. ul iE*o g -e (J F rd gs? NCo&: *lOF (;/ ) ? l - Jo -e -E2- d eoaz6 - eo?TEoa 6- 88 8 oo o oo o ss N o+ N Nd ) s oo o NO N NN N oo o o HO NEP E 88 8 oo o oo o FO @ O( D N Nd ) o OO O HE E g oo o o N@ O @ 0{ o s n< @ o oo o o N@oa5oNNoo:R6oo8NqoaEoo8oaOEoaENooO 88 8 oo o oo o oo o38 8 oo o ^f t N B a :: : <o s8 3 oo o oo oEE E oo ogE E oo o oo @ NU I O oo c i oN o F@ + FO o oo o@O N NF @ (o F ( o oo o oo o NS O Clroo o 88 8 oo c ) oo o oo o 88 8 oo oEE E oo ogE E oo ogE E oo oEE E oo o {o() o o ON N OO O 06 Noo o ot ( o c ? oo o \r o ) o @6 0 (o s @ oo o OO @ F oi o o on o s oo o o N@ O O 88 8 a oo o o €t N o 9 o o v FN $ N C O O N N NF O N O O oo o o o o o o sF N 6 @ N O N N@ O ( 9 ( D O O F nF @ C \ O F { O oo o o o o o o OO O O O O N - 88 8 8 9 8 S S oo o o o o o o OtO @ O F O O 8R 8 8 8 i 8 8 OF o O O F o o TO t S N N O T O N@ 6 r F N N V SO O N O F O ( O NO O < , N N O @ Nr @ 6 6 @ N@ O N N N O O NN N N N N N N FN @ O 6 0 F O NO O O 9 @ N { Fn @ N o o @o @ @ o 6 0 0 gE E E oo o o oo ! o oN - F oN \ s oo Q o oo : o , EE E E oo o o OO F ( O (o N O N oo o oEE g E oo o oE; E E OO O O oo o 88 8 oo o Eg g g oo o o gE E g oo o o EE E oo oEE E oo o ON88 8 oo o EE E E oo o o EE E E N@ O oo o or ) o NN N&& & @@ @ Hg a E E E I FN O H H $ 3 EE g s$ O O l r , l O O EE E E g ! g OO O F oo o o oo o o Ao o o o FN N N N o: : : : lA 6 6 n 6 =N N N N ,r - E & & E @@ o @ {< * + ft 5 g s fl 8 8 @@ @ @ 0 6 0 NN N N . i o i o NO F N F6 N 6 6 6 8 @o c o . o B E sq s s - - ( r ' ) o P i P I eP g : := '; o oo o o r t ^ o HH H H CE 6H .q S S S t r l o 9S S ( { oo r ) c o N o r f ) 88 8 8 8 5 8 8 ll r o o o o o o o o (Eaf t o @ @ @ @ @ @ @ VN N N N N N N C ! ri r = : : : : : = : a, l o o o o o o o o XN N N N N N N N ^9 R R R R R R R R @@ ( o @ @ ( o ( o ( o ss $ $ s $ 3 r + 83 3 8 OF N a =6 1 5 0 $IoN & N 1^E H H H t! d a 6 oE=&ooFoI'clr J 88 8 8 8 8 8 8 oo o o o o o o oo o o o o o o oo o o N o 9 0 No F d i d ) o (O o O F o O { O oN N q o s o o lJ ) o n o o L d o ( t NN N N N N N N () o o N o o o @ oN o N N o ) ( , ( ) Or N N - F O ( o q NN N O O F O O oo o o o o o 6 , ss s s s s s s &6 3 8 R E 3 8 oo o o o o 6 6 ss v s v s s s PH F EE g oo o oo o oo o oo ogE E oo o *?OFzE :"Izee "Eoeg N^8eRF -+ oEt: oo o o o oo o o c i 60 0 5 6 6 88 8 8 8 oo o o o oq o o o SR R R R oo o o @ oEokxvo AJ @ O @ O NN O + @ oo o o o 85 8 8 5 oo o o o EE T E E oo o o o ON F O q (o { N 9 0 tr ! t S F $ oo o o o @F O t @ o0 6 d o NN N F N oo o o o U)o EE E g g oo o o o EE E E B oo o o o {o o n N 88 3 8 5 oo o o o EE E E E oo o o o EE E E E oo o o o EE E E E oo o o o Ft 6 O @ 6@ N N O O( i @ N N oo o o o NO O O O OC J F N O oo o o o oo o o o sl OEo&:oi8E:*l ?E -a ll -=-l (J E rE :sl dEo&: ", I OFoa o-= -l IEzd _ gRE zd - o. \t O O F O or N N o t t iq ! a N ( o oo o o o hE E S = o, ( r ) o o o oo o o o oo o o o 88 8 8 8 oo o o o EE E E E oo o o c ) olTEoE: -lOEzE :o; zE =8e o olOE>&:!! x>oc d:-l tr E (/ , E :o. i>IENdog !t c 88O= i5 oEtr {a-EE* EE g E E oo o o o E? a a ts 8 8 8 8 ?9 o o q oo o o o NN N 6 I N == : : : ro o 6 0 0 NN N N N &R & & & @( o ( o ( o ( o s$ ( $ t EauaLrozIU)E EfgFz[!zoE.zUJ zIJ JFtilLL loIF:l