DDW-2025-002527

Sheet2
NOTES
UV Reactor 6
UV Reactor 5
Sheet1
UV Reactor 4
UV Reactor 3
UV Reactor 2
UV Reactor 1
UV Summary
UV Rule, Read Only
SEQUENCE 7
SEQUENCE 6
Sequence 5 Ozone 3
Sequence 4 Ozone 2
Seqence 3 Ozone 1
Sequence 2 Basin Cl2
Sequence 1 FWR Cl2
READ ME
DISINFECTION REPORT
WQP Report
Turb Data
Turb Compliance
CAdditional
CAssigned
CRequired
date
GAdditional
GAssigned
GRequired
LPCrypto
LPGiardia
LPVirus
MaxFlowVal
MinBalLVal
MinFlowVal
MinREDVal
MinRowsVal
MinUVTVal
MPCrypto
MPGiardia
MPVirus
Reactor1RED
Reactor1RED
Reactor1RED
Reactor1RED
Reactor1RED
Reactor1RED
Sequence
Sequence
UT309Crypto
UT309Giardia
UT309Virus
VAdditional
ValidationTable
VAssigned
VRequired
Month:
Filtration Technology:
Year:

Date
Max
NTU
A.
B.
Date of
Turbidity
Exceedance
(NTU)
Total Number of Turbidity Measurements Taken:
Monthly Report for Water Treatment Technique Compliance - Turbidity
4 Hour Combined Filter Turbidity Readings
Percent of Turbidity Measurements Less Than 0.3 NTU:
Total Number of Turbidity Less Than 0.3 NTU
Type of Event (Turbidity
Duration
limit only)
(Hours)
to State
Notice
---
none
Hours
of
Operation
Reading
Daily
Number
Readings
System Number:
Prepared by:
Treatment Plant:
Utility Name:
Reported
Public
exceeds 1 NTU or plant
Pertinent
Value
>0.5 NTU at 4 hrs
consecutive
15 min reads
based upon two
>1.0 NTU
>1.0 NTU anytime
on same
filter for 3
months in a row
>2.0 NTU
filter for 2
Date of profile:
a*
c*
d*
and must be completed within 90 days of exceedance
n/a
C.
Turbidimeter Calibration Data
Combined Filter Effluent (CFE) Turbidimeter Last Calibrated:
Individual Filter (IF) Turbidimeter Last Calibrated:
Please record the date of the following turbidimeter calibrations.

All turbidimeters on CFE and IF must be calibrated monthly.
<0.3 NTU
Finished Water Data
Temperature
pH
(°C)
Monthly Report for Water Compliance - Water Quality Parameters
D.
Min POE
Total Inactivation
(mg/L)
E.
Record the date of occurrence, duration and date reported for each time the disinfectant residual
was less than 0.2 mg/L or the total Inactivation Ratio was less than 1. Attach details of public
notice for each event. If none, enter "none".
Pertinent Residual or
Date of Public
Notice
F.
Distribution System Disinfectant Residual Criteria
Number of sites where disinfectant residual measurements were made
A =
Number of sites where HPC samples were taken instead of residual measurements
B =
Number of sites where no residual was detected and no HPC sample was taken
C =
Number of sites where no residual was detected and HPC exceeded 500
D =
Number of sites where no residual measurement was made and HPC exceeded 500
E =
Violation percentage for this month*
Violation percentage for last month*
Violation percentage = 100x(C+D+E)/(A+B)
Inactivation Ratio Calculation - All data for the same point in time, and at the end of the sequence.
Peak Flow
Inactivation
CT Provided
Ratio
(min.*mg/L)
AVG
MAX
MIN
Cl2 Res
Monthly Report for Water Treatment Technique Compliance - Disinfection
FIRST DISINFECTION SEQUENCE
Detention Time
(Minutes)
(mg/l)
(Deg C)
Record the date and turbidity value for any measurements exceeding the plant limit. Indicate whether the event
being reported also exceeds 1 NTU. Attach details of public notice for each event. If none, enter "none."
Combined Filter Effluent (CFE) Turbidity
Individual Filter (IF) Turbidity
Filter #
*a. Action item - filter profile must be completed within 7 days of exceedance.
*b. Action item - filter profile must be completed within 7 days of exceedance.
*c. Action item - filter self assessment must be completed within 14 days of exceedance.
Max NTU
1st - 4 hr
2nd - 4 hr

3rd - 4 hr
4th - 4 hr
5th - 4 hr
6th - 4 hr
Raw Water
Division of Drinking Water
Systems <10,000 not required to meet these standards until January 2005
Max Turb
Conventional
b* Systems >10,000 only
and must be completed within 120 days of exceedance
MWDSLS
Date of self assessment:
*d. Action item - Systems >10,000 -third party comprehensive performance evaluation arranged for within 30 days
Systems <10,000 -third party comprehensive performance evaluation arranged for within 60 days
List the turbidity values in the following categories for any individual filter exceedances
Chlorine Dioxide
DO NOT TYPE IN DISINFECTANT CELL !!!
Select Disinfectant from Dropdown list.
User Changeable cells
Giardia
Virus
Day
Peak Flow
Actual
Giardia Log
Virus Log
of
Disinfectant Residual
Month
Credit
Free Chlorine
Ozone1
Ozone
USING THE DISINFECTION SEQUENCE SHEETS
After selecting the tab (SEQUENCE 1 …) go to the top of the page to cell A2 and select it.
The dropdown arrow will appear to the right of the cell. Click on the arrow and the list appears.
Select the type of disinfection used at your facility from the list. When you select it that will show in the cell.
The formula to calculate your Log Removal for Giardia and Viruses will be used according to your selection.
The rest of this sheet funtions as before and you will fill in the blanks just as you have previously.
The DISINFECTION REPORT
This sheet has changed to reflect that there are disinfection ratios for both Giardia and Virus and they are separate.
Appendix O of the EPA’s Guidance Manual for Compliance with the Filtration and Disinfection
states the following with respect to the first chamber of an ozone contactor:
Requirements for Public Water System Using Surface Water Sources (March 1991)
“EPA recommends a general guideline of crediting the first ozone chamber with CT credits equivalent to
1-log virus inactivation and 0.5-log Giardia inactivation, provided that the residual concentration measured at the
However, this guideline does assume that the volume of the first chamber is equal
outlet of the first contact chamber exceeds 0.1 mg/L and 0.3 mg/L, respectively, regardless of the contactor configuration.
to the volume of subsequent chambers."
Free Chlorine:
Log-reduction = CT Actual / [0.2828 x (pH)^2.69 x (Free Cl Conc.)^0.15 x 0.933^(Temp. - 5)]
Chlorine Dioxide:
Log-reduction = {[CT Actual x (Temp.)^0.49] + 0.18} / 23.85
Ozone:
Log-reduction = {[CT Actual x e^(0.072 x Temp.)] - 0.01} / 0.98
Free Cl (pH 6-9):
Log-reduction = {[CT Actual x e^(0.071 x Temp.)] - 0.42} / 2.94
Free Cl (pH 10):
Log-reduction = {[CT Actual x e^(0.071 x Temp.)] - 0.21} / 22.37

Log-reduction = {[CT Actual x e^(0.072 x Temp.)] + 35.15} / 21.25
Log-reduction = {[CT Actual x e^(0.068 x Temp.)] - 0.01} / 0.47
during peak daily flow based on the following formulas:
ClO2 (pH 6-9):
These worksheets, used together, will automatically determine the log-reduction of Giardia cysts by your system
These worksheets, used together, will also automatically determine the log-reduction of viruses by your system
These formulas were derived by AWWA and the Cadmus Group, Inc. based on the log-removal tables
published in the "Guidance Manual for Compliance with the Filtration and Disinfection Requirements for
Public Water Systems Using Surface Water Sources", published by AWWA (Appendices E and F).
NOTE: Ozone1 is only to be used in special cases for a first contactor allowing credit for the initial ozone residual.
They are separate because Giardia Inactivation and Virus Inactivation are separate compliance requirements.
They are also separate because ozone can satisfy Giardia Inactivation without satisfing Virus Inactivation.
Check each column for each day to make sure that the ratio is 1.0 or higher for both Giardia and Virus for compliance.
Virus Log Inactivation Credit assigned by the DDW for this treatment facility:
Giardia Log Inactivation Credit assigned by the DDW for this treatment facility:
Fill in the other user squares that address the Inactivation credit and requirements assigned to your facility.
Save the blank NEW_MasterMonthly report on your computer as a template.
With the NEW_MasterMonthly open go to file and select Save As. Then name the report for the month being reported,
You may also decide to rename the Sequence tabs for your disinfection processes at your facilities. This allows you to put
things in the same order each month and will avoid confusion. Save these changes.
save the newly created file in a location with all of the monthly reports for that calendar year.
This is different than Free Chlorine and Chlorine Dioxide where if Giardia removal is satisfied so is Virus removal.
UV Disinfection Sequences
IF these values are not met the numbers will be red.
(4) Monitoring and Reporting
(a) Systems using Ultraviolet disinfection will be given inactivation crdit for giardia, cryptosporidium,
(f) Operation and Maintenance.
(ii) Operators shall receive site-specific training on the operation of the Uv disinfection system.
UV Reactor 1
WEEK 1
WEEK 2
WEEK 3
WEEK 4
WEEK 5
Initials
Date of last comparison of reference sensors to confirm accuracy.
Date of last annual calibration of reference sensors by UV vendor.
Our spectrophotometer meets specifications as per rule.
This reactor was in service this month.
Minimum Validated RED for this Reactor.
MGD
Giardia Log Inactivation Credit assigned by the DDW for this treatment facility:
Virus Log Inactivation Credit assigned by the DDW for this treatment facility:
mm/dd/yy
Numbers appearing red in the above columns indicate "Out of Compliance"
then select Unhide. This will bring a list of the hidden worksheets available. Select the next numbered worksheet
higher than the last one you have showing. If you have 1,2, and 3 showing then select Sequence 4 and it will show up on
There are 7 Disinfection Sequence Worksheets included in this workbook. (Not including UV) Sequence 1, 2, and 3 are showing.
The rest are hidden. To make them show up and use them go to Format on the menu above, Select Sheet from the dropdown and
Enter once, Should not change.
4 Hour Combined Minimum RED UV Readings
Maximum Flow validated for this reactor.
UVT
Lamp Rows
Do Not enter readings for times with no flow thru reactor.
Tier 1 RED Targets for UV Reactors with LP or LPHO Lamps
Log
-
Tier 1 RED Targets for UV Reactors with MP Lamps
RED Target (mJ/cm2)

These values are taken from the USEPA Draft Proposal of
Total
Production
OFF-SPEC
Events
Minimum UVT validated for this reactor.
YES
NO
Tier 1 LP or LPHO Lamps
Tier 1 MP Lamps
SELECT your validated table.
RED
TOTALS
Unit
Run
Total
(MG)
OFF_SPEC
Volume (MG)
UV COMPLIANCE
Validated
RED <
#
Service
Indicator
COMPLIANCE CERTIFICATION
Disinfection Sequences
Go to the tab "UV Rule, Read Only"
Virus inactivation by UV is not calculated or credited as it is VERY unlikely that UV systems will achieve significant virus credit.
UV Compliance has been added to the DISINFECTION REPORT.
Inactivation of Giardia by UV has been added to the DISINFECTION REPORT.
To hide tabs go to the one you wish to hide, select Format from the main menu, select Sheet from the dropdwn and then select Hide.
the worksheet tabs. Use as many sheets as you have sequences. You may hide the rest. DO NOT DELETE ANY WORKSHEETS.
DO NOT DELETE THE UV REACTOR WORKSHEETS. You may hide them if you do not need them.
Notify DDW within 24 hours of any turbidity exceedances (801-536-4200)
In this file decide how many Disinfection Sequences you have, hide the rest.
Total Giardia Log Inactivation required by the DDW for this treatment facility:
Total Virus Log Inactivation required by the DDW for this treatment facility:
Additional Giardia Log Inactivation required by the DDW for this treatment facility:
Additional Virus Log Inactivation required by the DDW for this treatment facility:
Flow and Dimensional Analysis
Cubic Feet
Length in Feet
Width in Feet
Depth in Feet
Flows
1 gallon per minute(GPM) = 1440 gallons per day
Enter GPM
GPD
GPH
LPM
LPD
1 cubic foot per second (CFS) = 646,272 gallons
per day = 44,838 gallons per minute = 0.645 MGD
Enter CFS
GPM
1 Million gallons per day (MGD) = 1.55 CFS
= 694.4 GPM
Enter MGD
CFS

FLOW in GPM
Use conversion Chart below to determine GPM Flow.
Peak Flow Detention Time (Minutes)
Total Volume Gallons
State Assigned Baffle Factor
Decimal of Feet
Enter Number of Inches
Remember to Divide by the number of Basins
or Filters for Individual Sequence Flow
R309-520-8. Ultraviolet Light
(b) UV or UVT sensor verification checks shall be required. UV sensors and on-line UVT monitors
(iii) Check duty UV sensors monthly, using the reference sensors.
(i) Use at least three reference UV sensors.
(ii) Compare reference sensors to confirm reference sensor accuracy.
(iv) Provide annual calibrations of reference UV sensors by the UV vendor.
(v) Re-calibrate or replace duty and reference UV sensors if the checks indicate
excessive drift or error (greater than 9%).
(vi) Provide weekly checks of on-line UVT monitor using a spectrophotomer with a 4 or 5 cm cuvette.
shall meet criteria in the validation report and the following:
and viruses as per the design criteria and validation report. Since no disinfection residual results
from the UV process, it will be necessary to supplement this disinfection process
with chlorination to achieve a distribution residual.
traceceable UV absorbance standards should be used to verify spectrophotometer accuracy.
(vii) Check blanks used to zero spectrphotomer against zero absorbance water standards. NIST
(c) Flow rate, UV intensity, lamp status, and UV dose shall be monitored continuously. If the dose
Monitoring algorithm uses UVT as an input, UVT shall be monitored continuously. Power consumption
ballast power settings, lamp hours, sleeve cleaning, alarms, cumulative number of on/off cycles
and sensor status/calibration can provice useful information to the system.
(d) Submit a monthly report to the Division that contains:
(i) Off-specification operation time (with a 15-minute response time allowance). Off-specification time is
(ii) Lowest RED (Reduction Equivalent Dose) per 4 hours of operation.
defined as the time the system is operating outside the validated conditions. Systems
(Unfiltered, Filtered, and Groundwater) shall operate within validated conditions 95% of the time.
(e) Failure to operate within validated conditions 95% of the operation time constitutes a violation.
(i) The UV reactor manufacturer must provide a site-specific operation and maintenance manual, which
shall include the procedure for starting up and shutting down the UV treatment system.
(iii) Startup testing. Provide schedules and performance standards for startup testing and initial operation.
Schedules shall include anticipated startup date and proposed testing duration. Performance
standards should reference applicable regulations and specific equipment capabilities.
(iv) An incident plan shall be developed to address lamp breakage and release of mercury, response to
alarms, power supply interuptions, activation of standby equipment, failure of systems, etc.
Cryptosporidium Log Inactivation Credit assigned by the DDW for this treatment facility:
Total Giardia Log Inactivation required by the DDW for this treatment facility:
Additional Giardia Log Inactivation required by the DDW for this treatment facility:
Additional Virus Log Inactivation required by the DDW for this treatment facility:
Total Virus Log Inactivation required by the DDW for this treatment facility:
Total Cryptosporidium Log Inactivation required by the DDW for this treatment facility:
Additional Cryptosporidium Log Inactivation required by the DDW for this treatment facility:
If the percent is greater than 5.0 it will show red, this facility is out of compliance!!
Facility meets off-specification requirement (< 5% of volume on a monthly basis).
(MIN)
R309-520-8 (b) UV or UVT sensor verification checks shall be required. UV sensors and on-line UVT monitors
(v) Re-calibrate or replace duty and reference UV sensors if the checks indicate excessive drift or error (greater than 9%).
Date of last replacement of duty or reference UV sensor due to excessive drift or error.
Date of last monthly check of duty UV sensors using reference sensors.
Minimum Flow Validated for this reactor.
Minimum Ballast Setting % validated for this reactor.
UT 309-215-15(19)(d), Table 215-5
Note: on the DISINFECTION REPORT tab all reactor totals will be combined for each month for the facility compliance.
SCADA Worksheet Reactor Numbers

Ballast Power Setting
Giardia
`
Min
Treated
Daily Flow
(MGD)
Time in
Daily Volume
Total Volume
Number of
Total Time
Min RED UV
2nd - 4 hr
1st - 4 hr
3rd - 4 hr
4th - 4 hr
5th - 4 hr
6th - 4 hr
If the percent is greater than 5.00% it will show red, this individual reactor is out of compliance.
Total OFF-SPEC Percentage based on monthly volume.
Actual Log Inactivation
Actual Log Inactivation
Crypto
should be used to verify spectrophotometer accuracy.
Enter once, should not Change.
Total Number of UV sensors per reactor
Number of sensors calibrated out of Total Number per reactor in service
Correction
Factor
Applied
Flow
Rate
%
Ballast
Setting
Total Off specification water produced as a % of the volume of water produced
Date Reported
Total Inactivation
Ratio Value
Type of Event
(Residual or Total
Inactivation)
OFF-SPEC REPORT
MONTHLY COMBINED UV REACTOR & OFF-SPEC DATA
Dates Checked
Number of calibrated sensors within Tolerance Range
Reactor #
the UV Disinfection Guidance Manual, 2003
GIARDIA Compliance Ratio for all Reactors
DAILY
VIRUS Compliance Ratio for all Reactors
CRYPTO Compliance Ratio for all Reactors
INSTRUCTIONS
The numbers in red below are NOT part of the original tables, they were added to make the excel lookup function work correctly. That is also why the tables are duplicated for each target
with the numbers for the UV in the first column for that particular target.
Reference Tables
20& 21
Number of
Rows

The Minimum # of rows in Service
The Minimum Power Ballast Setting
The Minimum UVT
The Minimum Flow Rate
The Maximum Flow Rate
Lamps
Record the daily minimum disinfectant residual at the point-of-entry (POE) to the distribution system.
UV Intensity Correction Factor (if sensor fails calibration and must remain in service)
The Yellow boxes below need to be filled out each month to show compliance.
The info above is automatically brought from the Reactor Worksheets
Time/MIN
Calculated Virus Removal Required
Calculated Giardia Removal Required
Calculated Crypto Removal Required
Only enter data into yellow cells, all other cells are protected.
Number of 4 hour RED Measurements < the Minimum Validated RED:
Ballast %
UV Reactor 6
UV Reactor 2
UV Reactor 3
UV Reactor 4
UV Reactor 5
The daily plant total inactivation ratio (CTprovided/CTrequired) will come out of the worksheets.
NA (Not Applicable) in the Crypto Column indicates no removal is required at this facility.
No Data from Individual Reactors will show on this sheet unless the Reactor shows ON on that Reactor Tab.
If the Calculated Crypto Removal Required is zero the calculations on this tab, the UV Reactor CT Consolidation tab, and on the Disinfection Report tab will show as NA
Daily Time
This sheet is for reporting for one reactor only. The yellow boxes are all to be filled in by the person doing the reporting. Fill in the answers to the ones directly below one time
and "Save as" I suggest you name this book as Reporting template. Every Month open the reporting template and "Save as" and name the sheet for the month being reported EX. ReportMarch2010.
The rest of the yellow blanks on this sheet are to the right further, starting with Column Q to Column AI. The info requested there should come out of your SCADA system.
CT CREDITS
On
The purpose of this page is to be even more conservative and take the lowest Ratio for the day from all of the reactors in service and use it for the compliance number for UV for the
day to add on to the correct day and column totaling all the different CT worksheets onto the CT Disinfection Report. You can only report one of the reactors (the lowest one) unless
you wish to make up a separate report for each reactor as they are side by side and not one after the other and the CT values are not additive one on top of the others. This works automatically
as you fill in the information on Reactor 1 thru Reactor 6 Tabs. Follow the Instructions on each tab to fill in.
TARGET LOG DISINFECTION/INACTIVATION/REMOVAL
Enter only on Disinfection Report.
%UVT
The Minimum RED
Time in
Total Volume
Daily Volume
Daily Time
Total Time
These values are taken from the
Utah Drinking Water Rules
Total Giardia Log Disinfection/Inactivation/Removal required by the DDW for this treatment facility:
Giardia Log Disinfection/Inactivation/Removal Credit assigned by the DDW for this treatment facility:
Total Virus Log Disinfection/Inactivation/Removal required by the DDW for this treatment facility:
Virus Log Disinfection/Inactivation/Removal Credit assigned by the DDW for this treatment facility:
Total Cryptosporidium Log Disinfection/Inactivation/Removal required by the DDW for this treatment facility:
Cryptosporidium Log Disinfection/Inactivation/Removal Credit assigned by the DDW for this treatment facility:
Additional Giardia Log Disinfection/Inactivation/Removal required by the DDW for this facility:
Additional Virus Log Disinfection/Inactivation/Removal required by the DDW for this facility:
Additional Cryptosporidium Log Disinfection/Inactivation/Removal required by the DDW for this facility:
If the Calculated Crypto Disinfection/Inactivation/Removal Required is zero the calculations on this tab, the UV Reactor CT Consolidation tab, and on the Disinfection Report tab will
show as NA

Minimum Rows of "Lamps on" validated for this reactor.

OFF-SPEC reporting
Our system uses at least two reference UV sensors.
This page is outdated. Use "UV Monitoring and Reporting Protocol" instead. Or delete this page.
DISINFECTION CREDITS
C14:C44?
why C8:C38?
Cláudia Bauleth
UTAH18016
c
(vii) Check blanks used to zero spectrophotomer against zero absorbance water standards. NIST traceceable UV absorbance standards
TP003 POINT OF THE MOUNTAIN
December
TP003 POINT OF THE MOUNTAIN treatment plant went off-line on 12/17/2020, at 16:05.
TP003 POINT OF THE MOUNTAIN treatment plant went off-line on 12/17/2020,
at 16:05.
treatment plant went off-line on
12/17/2020, at 16:05.
3.00
1.00
1.00
6.00
5.00
7.00
7.00
2.00
4.00
11.00
?12?/?1?/?2020
0.00
1.00
0.00
0.00
0.00
1.00
0.00
?12?/?1?/?2020
NA
?12?/?2?/?2020
1.00
0.00
?12?/?2?/?2020
1.00
NA
?12?/?3?/?2020
0.00
?12?/?3?/?2020
NA
?12?/?4?/?2020
0.00
?12?/?4?/?2020
NA
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0.00
?12?/?5?/?2020
NA
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0.00
?12?/?6?/?2020
NA
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0.00
?12?/?7?/?2020
NA
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0.00
?12?/?8?/?2020
NA
?12?/?9?/?2020
0.00
?12?/?9?/?2020
NA
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0.00
?12?/?10?/?2020
NA
?12?/?11?/?2020
0.00
?12?/?11?/?2020
NA
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0.00
?12?/?12?/?2020
NA
?12?/?13?/?2020
0.00
?12?/?13?/?2020
NA
?12?/?14?/?2020
0.00
?12?/?14?/?2020
NA
?12?/?15?/?2020
0.00
?12?/?15?/?2020
NA
?12?/?16?/?2020
0.00
?12?/?16?/?2020
NA
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0.00
?12?/?17?/?2020
NA
?12?/?18?/?2020
0.00
?12?/?18?/?2020
NA
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0.00
?12?/?19?/?2020
NA
?12?/?20?/?2020
0.00
?12?/?20?/?2020
NA
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0.00
?12?/?21?/?2020
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0.00
?12?/?22?/?2020
NA
?12?/?23?/?2020
0.00
?12?/?23?/?2020
NA
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0.00
?12?/?24?/?2020
NA
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0.00
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NA
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NA
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0.00
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NA
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0.00
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NA
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0.00
?12?/?30?/?2020
NA
?12?/?31?/?2020
1.00
0.00
?12?/?31?/?2020
1.00
NA
0.00
1.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1.00
0.00
1.00
0.00
1.00
0.00
1.00
2.00

0.00
40.00
0.00
85.00
0.00
2.00
0.00
74.00
0.00
12.78
0.00
0.00
0.00
3.00
1.00
1.00
6.00
5.00
7.00
7.00
2.00
4.00
11.00
?12?/?1?/?2020
0.00
1.00
0.00
0.00
0.00
1.00
0.00
?12?/?1?/?2020
NA
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1.00
0.00
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1.00
NA
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0.00
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NA
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0.00
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NA
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0.00
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0.00
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NA
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0.00
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NA
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0.00
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NA
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0.00
?12?/?13?/?2020
NA
?12?/?14?/?2020
0.00
?12?/?14?/?2020
NA
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0.00
?12?/?15?/?2020
NA
?12?/?16?/?2020
0.00
?12?/?16?/?2020
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0.00
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0.00
?12?/?18?/?2020
NA
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0.00
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0.00
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0.00
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0.00
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0.00
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NA
?12?/?24?/?2020
0.00
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?12?/?25?/?2020
0.00
?12?/?25?/?2020
NA
?12?/?26?/?2020
0.00
?12?/?26?/?2020
NA
?12?/?27?/?2020
0.00
?12?/?27?/?2020
NA
?12?/?28?/?2020
0.00
?12?/?28?/?2020
NA
?12?/?29?/?2020
0.00
?12?/?29?/?2020
NA
?12?/?30?/?2020
0.00
?12?/?30?/?2020
NA
?12?/?31?/?2020
1.00
0.00
?12?/?31?/?2020
1.00
NA
0.00
1.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1.00
0.00
1.00
0.00
1.00
0.00
1.00
2.00
0.00
40.00
0.00
85.00

0.00
2.00
0.00
74.00
0.00
12.78
0.00
0.00
0.00
?12?/?1?/?2020
0.00
1.00
0.00
0.00
0.00
1.00
0.00
?12?/?1?/?2020
NA
?12?/?2?/?2020
1.00
0.00
?12?/?2?/?2020
1.00
NA
?12?/?3?/?2020
0.00
?12?/?3?/?2020
NA
?12?/?4?/?2020
0.00
?12?/?4?/?2020
NA
?12?/?5?/?2020
0.00
?12?/?5?/?2020
NA
?12?/?6?/?2020
0.00
?12?/?6?/?2020
NA
?12?/?7?/?2020
0.00
?12?/?7?/?2020
NA
?12?/?8?/?2020
0.00
?12?/?8?/?2020
NA
?12?/?9?/?2020
0.00
?12?/?9?/?2020
NA
?12?/?10?/?2020
0.00
?12?/?10?/?2020
NA
?12?/?11?/?2020
0.00
?12?/?11?/?2020

NA
?12?/?12?/?2020
0.00
?12?/?12?/?2020
NA
?12?/?13?/?2020
0.00
?12?/?13?/?2020
NA
?12?/?14?/?2020
0.00
?12?/?14?/?2020
NA
?12?/?15?/?2020
0.00
?12?/?15?/?2020
NA
?12?/?16?/?2020
0.00
?12?/?16?/?2020
NA
?12?/?17?/?2020
0.00
?12?/?17?/?2020
NA
?12?/?18?/?2020
0.00
?12?/?18?/?2020
NA
?12?/?19?/?2020
0.00
?12?/?19?/?2020
NA
?12?/?20?/?2020
0.00
?12?/?20?/?2020
NA
?12?/?21?/?2020
0.00
?12?/?21?/?2020
NA
?12?/?22?/?2020
0.00
?12?/?22?/?2020
NA
?12?/?23?/?2020
0.00
?12?/?23?/?2020
NA
?12?/?24?/?2020
0.00
?12?/?24?/?2020
NA
?12?/?25?/?2020
0.00
?12?/?25?/?2020
NA
?12?/?26?/?2020
0.00
?12?/?26?/?2020

NA
?12?/?27?/?2020
0.00
?12?/?27?/?2020
NA
?12?/?28?/?2020
0.00
?12?/?28?/?2020
NA
?12?/?29?/?2020
0.00
?12?/?29?/?2020
NA
?12?/?30?/?2020
0.00
?12?/?30?/?2020
NA
?12?/?31?/?2020
1.00
0.00
?12?/?31?/?2020
1.00
NA
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
2.00
0.00
40.00
0.00
85.00
0.00
2.00
0.00
74.00
0.00
12.78
0.00
0.00
?12?/?1?/?2020
0.00
1.00
0.00

0.00
0.00
1.00
0.00
?12?/?1?/?2020
NA
?12?/?2?/?2020
1.00
0.00
?12?/?2?/?2020
1.00
NA
?12?/?3?/?2020
0.00
?12?/?3?/?2020
NA
?12?/?4?/?2020
0.00
?12?/?4?/?2020
NA
?12?/?5?/?2020
0.00
?12?/?5?/?2020
NA
?12?/?6?/?2020
0.00
?12?/?6?/?2020
NA
?12?/?7?/?2020
0.00
?12?/?7?/?2020
NA
?12?/?8?/?2020
0.00
?12?/?8?/?2020
NA
?12?/?9?/?2020
0.00
?12?/?9?/?2020
NA
?12?/?10?/?2020
0.00
?12?/?10?/?2020
NA
?12?/?11?/?2020
0.00
?12?/?11?/?2020
NA
?12?/?12?/?2020
0.00
?12?/?12?/?2020
NA
?12?/?13?/?2020
0.00
?12?/?13?/?2020
NA
?12?/?14?/?2020
0.00
?12?/?14?/?2020
NA

?12?/?15?/?2020
0.00
?12?/?15?/?2020
NA
?12?/?16?/?2020
0.00
?12?/?16?/?2020
NA
?12?/?17?/?2020
0.00
?12?/?17?/?2020
NA
?12?/?18?/?2020
0.00
?12?/?18?/?2020
NA
?12?/?19?/?2020
0.00
?12?/?19?/?2020
NA
?12?/?20?/?2020
0.00
?12?/?20?/?2020
NA
?12?/?21?/?2020
0.00
?12?/?21?/?2020
NA
?12?/?22?/?2020
0.00
?12?/?22?/?2020
NA
?12?/?23?/?2020
15.75
25.78
22.67
15.75
4.41
17.30
788.00
5.90
1.00
3.80
511.00
3.80
?12?/?23?/?2020