DRC-2005-001110 - 0901a0688080592f

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Semi-Annual Meteorological
Monitoring Report
July Through Decemb er 2004
And
Annual Meteorological Summary Report
For 2004
For International Uranium
Blanding, Utah
MCVEHIL.MONNETT
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Semi-Annual Meteorologic al
Monitoring Report
July Through Decemb er 2404
And
Annual Meteorological Summary Report
For 2004
For International Uranium
Blanding, Utah
Prepared for:
International Uranium Corporation
6425 South Highway 191
P.O. Box 809
Blanding, Utah 84511
Prepared by:
McVehil-Monnett Associates, Inc.
44Inverness Drive East
Building C
Englewood, Colorado 80112
February 2005
MMA Project Number 1 868-05
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4.0
5.0
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Section
1.0
2.0
2.1
2.2
2.3
2.4
3.0
3.1
J.J
3.4
3.5
3.6
Table of Contents
Page
Introduction..............
Monitoring Program Description ........2
Site Description............ ........2
Monitoring Inskumentation.............. .................-.......2
Data Collection And Processing ............. 3
Quality Assurance ................ 3
Analysis Results - July through December 2004.......... ...."...... 6
Missing Data For The July- December 2004 Monitoring Period ................... 6HourlyDataPresentation......... ...............6
Wind Analysis By Hour Of The Day............ ............. 6
Sigma Theta And Atmospheric Stability ...................7
Precipitation Data........ ......... 9
Data Recovery.............. .,...... 9
Annual Meteorological Data Summary
Conclusions..............-.,....
List of Tables
Title
Instrument Specifications For The White Mesa Mill Station .............. 4
10 Meter Wind Data Analysis FromTll/2004 through 1213t12004
(Wind Frequency Distribution By Direction And Speed)........................ 10
Frequencies Of Occurrence For Atmospheric Stability Class for Jutry -
December 2004.......... ...................... 11
Recorded Liquid Precipitation Collected At The White Mesa Mill
July- December 2004...-....... ........... 11
Data Recovery Rates For Parameters Collected At The White Mesa Mill
July - December 2A04........... ........... 11
10 Meter Wind Data Analysis From L1112004 through 1213112004
(Wind Frequency Distribution By Direction And Speed)........................ 16
MonthlyAndAnnualWindSpeedSummaryfor2004 ......................77
2004 Annual Frequencies Of Occurrence For Atmospheric Stability Class......... 17
2004 Annual Data RecoveryRates At The White MesaMill
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19
N.umber
11
3-l
3-2
J-J
3-4
4-1
4-2
4-3
4-3
Meteorological station
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Number
2-l
3-1
J-J
4-l
List of Figures
Title
White Mesa Mill Monitoring Station Site Location Map........ ............ 5
July- December 2004 Wind Rose (Graphical Annual Wind
Frequency Distribution) .... ...... .... ..................... 12
Graphical Wind FrequencyDishibutions ByHour Of Day
July- December 2004..........- ........... 13
Graphical Wind Frequency Distributions By Stability Class
July- December 2404........... ........... 14
January-December 2004 Wind Rose (Graphical Annual Wind
FrequencyDiskibution) ................... 18
List of Appendices
Hourly Data In SAROAD Tables July - December 2004
Joint Frequency Distribution Of Wind Speed By Wind Direction By Hour Of
The Day July - December 2004
Joint Frequency Distribution Of Wind Speed By Wind Direction By Stability
Class July - December 2004
2004 Joint Frequency Distribution Of Wind Speed By Wind Direction By
Stability Class
Performance Audit Report July - December 2004
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1.0 INTRODUCTION
In 1977, meteorological, air quality, and radiological monitoring was initiated at the White
Mesa Mill. The original purpose of these monitoring programs was to document the regional
atmospheric baseline and to provide adequate data to assess the potential air quality impacts resulting
from the mill. After construction of the mill, the monitoring programs were modified to address
compliance of mill operations.
McVehil-Monnett Associates, Inc. commenced work on this project in June of 2003, and
started to summarize the data collected since January 2003. This report describes important zspects
of the meteorological monitoring operations conducted at Intemational Uranium \Yhite Mesa Mill
site for data collected from July 1 through December 37,2004 and for the2A04 annual monitoring
period. The remainder of this report is presented in four sections: monitoring site description
(Section 2.0), analysis results (Section 3.0), annual meteorological data summary (Section 4.0), and
conclusions (Section 5.0). Appendices A through C contain the hourly data listings, semi-arurual
joint frequency distributions by hours of the day, and semi-annual stability joint frequency
distributions by stability class. The annual stabilityjoint frequency distributions by stability class are
presented in Appendix D. The semi-annual performance audit report is contained in Appendix E.
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2.0 MONITORING PROGRAM DES CRIPTION
The meteorological parameters collected for the monitoring period were wind speed, wind
direction, and standard deviation of horizontal wind direction (sigma theta), a measure of
atmospheric stability. Wind speed and wind direction were directly measured while sigma theta and
stability class were calculated. The data were collected and processed under general site operations
protocol and quality assurance activities.
2.1 Site Description
The region encompassing the Intemational Uranium Corporation's White Mesa Mill is shown
in Figure 2-1- The mill is located on the White Mesa approximately five miles south of Blanding,
Utah, just west of State Highway 19L. The surrounding terrain slopes up towards the north and
down to the south through southwest. The meteorological monitoring station, located on the
northern property boundary of the mill, is situated in the southwest corner of Section 22, Township
37 South and Range Z2East at an elevation of 5,660 feet above mean sea level. This location was
chosen for the purpose of compliance monitoring for operations at the mill.
2.2 Monitoring Instrumentation
The sensors, their accuracies, and the sampling heights used in the monitoring program are
shown in Table 2-1. AMet One wind cup anemometer and wind vane is installed at the standard
ten-meter height above ground-level. The two Met One sensors ilre connected to a Campbell
Scientific CR-10 data logger. The logger continuously recorded wind speed and wind direction,
calculating and storing hourly averages of these parameters. The logger also calculated and stored
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sigma theta. Data stored in the logger were then transferred to a solid state storage module on a
monthly basis.
2.3 Data Collection and Processing
Data on storage modules were downloaded to a computer for f,uther processing tlrough
several program routines. These programs reformat the data, check for anomalies, calculate stability
class (See Section 3.3), and perform other statistical summary functions.
2.4 Quality Assurance
After the meteorological data were downloaded and processed, a meteorologist checked any
anomalies flagged by the processing programs and also reviewed the data for any other anomalies not
captured by the processing progftrms. The project manager was notified of any anomalies, and the
reasons for the erroneous data along with possible solutions to the problem(s) were discussed. The
Mill was then contacted and given instructions for anynecessaryrepairs. Ifrequired, personnel from
MMA were dispatched to the site to remedy the situation.
During the last six months of 2004, one semi-annual performance audit was conducted.
Ferformance au<iits of the wind speeci and winti direciion sensors were compieieri on November 30.
The results for both audits indicated that the instrumentation audited was operating within EPA-
specified accuracies. The report for each audit is included in Appendix A.
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Table 2-1
Instrument Specifi cations
For the International Uranium Corporation
White Mesa Mill Station
Parameter Lrstrument Reading
Accuracy Monitoring Height Manufacturer and
Model Number
Wind Speed 0.1 meters/second 10 meters Met One 010
Wind Direction *3.0"10 meters Met One 020
Sigma Theta N/A 10 meters Calculated
Data Logger N/A N/A Campbell Scienti{ic
CR-10
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4165000
oo
3
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a-cl
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4 I 60000
4 l 55000
635000
NAD27 UTM Easting (m)
-
Figure 2-1
White Mesa Mill
Monitoring Station
0m 2000 m 4000 m 6000 m
Modiff .d fim Eluroni. DRG Mrp, Blmditrg. Utah N3?3GWI0900/30x60 Site Location M
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3.0 ANALYSIS RESIILTS - July through December 2004
Meteorological datawere collected at the White Mesa Mill and processed according to the
procedures described in Section 2.0. Thestability class was determined for each hour (see Section
3.4 for determination methodology) and the data set was then analyzed by time of day and stability
classification.
3.1 Missing Data for the July through December 2004 Monitoring period
For the July through December 2004 monitoring period, there is no invalid data. Data are not
available for two hours on November 30 due to semi-annual performance audits and calibrations
being completed.
3.2 Hourly Data Presentation
For the July through December 2004 monitoring period, hourly averaged values ol wind
speed, wind direction, sigma theta and stability class are presented in Appendix B in the Storage and
Retrieval of Aerometric Data (SAROAD) format. This format is a method of presenting air quality
and meteorological data. The SAROAD format also includes, when applicable, average monthiy
values for each hour, daily averages and monthly averages.
3.3 Wind Analysis by Hour of the Day
The standard wind frequency distribution for the reporting period is presented graphically in
Figure 3-1. To show the diurnal pattems, additional wind &equency distributions were developed
graphicallyin 4-hour segments throughout the day (midnight to 4:00 A.M., 4:00 A.M. to g:00 A.M.,
etc.) and are presented in Figrne 3-2. In addition, the diumal frequency dishibution tables are
presented in Appendix C.
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Figure 3-1 shows the dominant flow for the period was a drainage wind out of the north-
northeast occurring 16.0 percent of the time. This flow is a result of the surrounding terrain,s
influence on the site.
Figure 3-2 confirms the downslope wind pattern seen in Figure 3-1, depicting the diumal
pattern of this flow as well as other less predominant flows. During the nighttime hours from 2000
through 0800 Mountain Standard Time GUST), norlh through north-ncrtheasterly winds were the
most prominent. During these nighttime hours, the drainage winds occured approximately 56
percent of the time. For the daylight hours from 0800 through 1 600 MST, the prominent winds were
from the southeast through west-southwest. These are upslope or retum flows and occurred on
average approximately 76 percent of the time during these daylight hours"
A tabularjoint frequency distribution is presented in Table 3-1. The mean wind speed for the
monitoring period was 3.3 meters per second (m/s). The direction with the highest mean wind speed
was west-southwest at 4.1 m/s, while the lowest mean wind speed was from the east-northeast
direction at2.2rnls.
3.1 Sigma Theta and Atrrrospheric Siability
Sigma theta (the standard deviation ofthe horizontal wind direction) is calculated using the
method listed in On-Site Meteorological Program Guidancefor Regulatory ModelingApplications
(EPA-45014-87-013). First,sineandcosineofwinddirectionarecalculatedbyaCampbellScientific
CR-l0 data logger. Then, the average sine and cosine measurements for each fifteen minute period
are processed using the Yamartino method to calculate hourly sigma theta values.
Since sigma theta is a gross measure of air turbulence, it can be used as an indirect measure
of atmospheric stabiiity. The method used to calculate the Pasquill-Gifford (P-G) atmospheric
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stability class from sigma theta for this program is in accordance with EPA-45014-87-013. This
method involves two steps. First, an initial estimate of stability for the hour is made based on sigma
theta values calculated from the sine and cosine of wind direction. The second step involves
modifying the initial estimate using the hourly mean wind speed and time of day of the observation.
More specific information about this process can be found in this EPA reference"
The P-G stability class describes the dispersive nature of the atmosphere with Class A being
the most dispersive and Class F being the least dispersive. The more dispersive the atmosphere is,
the less air pollution may concentrate. As indicated above, the P-G methodology allows u,stable
conditions (Stability Classes A through C) to only occur during the dafiime, while stable conrjitions
(Stability Class E and F) can only occur at night. Neutral conditions (Class D) do not have any day
or nighttime restrictions and can occur at any time.
The P-G information is important in determining the dispersion of plumes or puffs from
releases of airborne material. For example, greater turbulence promotes dispersion and, therefore,
lowers concentrations of airborne pollutants. Thermal furbulence is dependent on vertical thermal
stratification, and mechanical turbulence is dependent upon wind speed and surface roughness. &1th
light wind speeds, vertical thermal effects dominate the production of turbulence. During sunny
conditions, the temperature drops quickly with height above ground, creating unstable conditions.
Conversely, during light-wind, nighttime conditions, a surface inversion forms creating stable
conditions with relatively iittle vertical motions. Horizontal motions during light wind speed often
produce meandering in wind direction. Local terrain also plays an important part in the production
ofturbulence.
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For the data collected during the July through December 2004 monitoring period, unstable
conditions occurred 37 .7 percentofthe time, neutral conditions 34.4percent ofthe time, ancl stable
conditions 27 .8 percent of the time,. The stability class data collected for the July through December
2004 monitoring period are presented in Table 3-2 andstability roses are presented in Figure 3.3.
The stability class frequency distribution tables are presented in Appendix D.
3.5 Precipitaticn Data
Precipitation data (rain or snow) has been recorded in inches of liquid moisture received for
the White Mesa Mill. This data is collected at another location on the White Mesa Mill property.
Data for the July through December 2004 monitoring period is not available at this time, as shown in
Table 3-3.
3.6 Data Recovery
Table 3-4 summarizes the data recovery for this semiannual reporting period. Data
recoveries for each parameter at the meteorological monitoring station were 100 percent.
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TabLe 3-1
10 METER WTND DATA ANALYS]S
FROM 7/ 1,/2004 THROUGH L2/31,/2004
TNTERNATIONAL I]RANTUM METEOROIJOGTCAI STATTON
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION
+----------WIND SPEED CLAssEs (M/S) -------___+
DIR
0.0- 1.8- 3.3- 5.41.8 3.3 5.4 8.4 11-.0 11-.0
AVERAGE
WINDTOTAI, SPEED
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N .0140
NNE .A236
NE .0258
ENE . O12B
E .0090
ESE .0103
sE .0117
ssE .0113
s .011-0
ssw .0085
sw .a079
wsw .0053
w .0060
wNw -0074
NW .0078
NNW .0120
. 0451 .0347 . 0070 . 0oo7
.0913 .0387 .0041 " OO23
. 0442 " 0105 .0009 " 0oo9
. 0125 .0032 . 0002 . 0ooo
.0075 .0032 .0005 . o00o
. 0106 .0032 . 001-5 . 0oo0
. 0199 . 0100 .0034 . OOO2
.0272 .0134 .0011- . ooo0
.0424 .0285 -0097 .0023
.0415 .0333 .01-34 .0029
.0253 .0181 .0135 .0011-
.0155 .0106 .0093 .0020
. 0118 . 0104 " 0057 .0002
.0L25 . 0075 .0029 . 00oo
.01-25 .01-13 .0058 .0002
.0222 .0263 .0134 .OO27
.0000
.0002
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0002
.0000
.0000
.0000
.0000
.0000
.0000
0.101 3.3
0.160 3 .0
0.082 2.5
0.029 2.2
0.019 2.4
0.026 2 .5
0 .045 3 .5
0.053 2.8
0.094 3 .5
0.100 3.8
0.067 3.8
0.444 4.1_
0. 034 3 .6
0.030 3.1
0.039 3.5
0.077 3 .9
TOT: 0.184AVG: L.4
TOTAI
o.444 0.263 0.094 o.016 0 - 000
11.3
TABLE =>
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5.8 9.3
NTMBER OF VAIID READINGS FOR THIS
OUT OF 4414 TOTAL VAIrD HOURSTOTAI NUMBER OP MISSING HOURS =>TOTAI NUMBER OF CALM HOTIRS =>
2.6 4.2
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Table 3-2
F requencies of Occurrence
heric Stabili
Table 3-3
Recorded Liquid Precipitation
Collected at the White Mesa Mill
Table 3-4
Data Recovery Rates
For Parameters Coltrected
At the White Mesa Mill Station
JuIy - December 2004
or e c tability Class lbr July - December 2004
Stability Class Time of Day Class
Can Occur
Frequency of
Occurrence (%)
A: Very Unstable Daylight Hours i5.8
B: Moderately Unstable Daylight Hours I 1.3
C: Slightly Unstable Daylight Hours 10.6
D: Neutral Anytime 34.4
E: Slightiy Stabie Nighttime Hours i3.5
F: Moderately Unstable Nighttime Hours 14.3
JuIy - December 2004
Month Recorded Liquid
Precipitation (inches)
July M ssing
August M ssing
September Missing
October Missing
November Missing
December Missing
u er
Parameter RecoveryRate (%)
Wind Speed 100.0
Wind Direction 100.0
Sigma Theta 100.0
Stability Class r00.0
11
wlND ROSE PLOT
White Mesa Mill - Blanding, Utah
COMPANY:
lnternational Uranium Corporation
DATA PERIOD:
2404
Jan 1 -Jun 30
00:00 - 23:00
FIGURE 3.1
1721-A3
WRPLoT Vis - Lakes Environmental S.rtware
WIND SPEED
(m/s)
E,=,,,J--l ea-rr.r
l--l s.z- e.e
I-*l so- sz
f-l zr-g.o
*";il'
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Hours 01 - 04
N
Hours 05 - 0B
N
Hours 09 - 12
N
Hours 13 - 16
N
Figure 3-2. Graphical Wind Frequency Distributions by Hour of Day
July - December 2004
IUC White Mesa Mill
Hours 17 - 20 Hours 21 - 24
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Figure 3-3. Graphical Wnd Frequency Distributions by Stability Class
July - December 20|l,e-
IUC White Mesa Mill
Stability Class B
N
Stability Class C
N
Stability Class D
N
Stability Class FStability Class E
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4.0 ANNUAL METEOROLOGICAI DATA SUMMARY
The annual 2004 wind frequency distribution is presented graphically in Figure 4-1.
The predominant wind directions during 2004 were north-northeasterly, occurring 15.i percent
(%) of the time, northerly which occurred ll.O % of the time, and south-southwesterly, occurring
10.8 % of the time. As discussed in Section 3.3, the northerlywinds are drainage winds
occurring during nighttime. The southerly winds are upslope winds occurring during daytirne
hours.
The annual tabular wind rose for 2004 is presented in Table 4- 1 . The anaual mean wind
speed was 3.4 meters per second (rnls). Table 4-2lists the mean speed and maximum hourly
average wind speed for each month. The highest maximum hourly average wind speed of 19.7
m/s was recorded on January 4 for hour ending 0200 MST.
The percent occurrence of each stability class during 2004 isprovided in Table 4-3.
During 2004, unstable conditions occurred 37.5 percent of the time, neutral conditions 36.0
percent of the time, and stable conditions 26.5 percent of the time. The annual stability class
frequency distribution tables are presented in Appendix E.
Table 4-4 lists the annual data recoveries for each parameter at the meteorological
monitoring station. Data recoveries for these parameters were greater than 96 %owlttchexceeds
the federal minimum data retrieval requirem er*. of 9Oo/o.
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Tab1e 4-l-
10 METER WIND DATA ANAIYSIS
FROM 1,/ L/2004 THROUGH 1"2/31_/2oo4
INTERNATIONAL URANIUM METEOROLOGTCAI STATION
FREQUENCY OF OCCI]RRENCE OF WTND SPEED BY DIRECTTON
+---- -WIND SPEED CLASSES (M/S) - ----+
DIR
0.0-
l_. 8
1. 8-
3.3 5.4 11-.0
3.3- 5.4 8.4 AVERAGE
WINDTOTAIJ SPEED8-4 11.0
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N .0141
NNE .02L6
NE .0231
ENE .Oa24
E .0082
ESE .0085
sE .0097
ssE .0108
s .0100
ssw .0073
sw .0073
wsw .0054
w .0064
wNW .0071
NW .0087
NNW .01_1-0
.051-4 .0388 .00s2 .0004
.0895 .0360 .0028 .0012
.0370 .0098 .0018 .0005
.0121" .0043 .0013 .0000
.0072 .0031 .0008 .0000
.0091 .OO24 .0012 " 0000
.0186 .0095 .0028 .0002
.0242 .011_2 .0018 .0005
.0375 .0254 .0079 .0014
.0352 -0376 " 0199 .0057
.0227 .OL97 .0170 .0026
. 0134 . 01-09 . 0l-05 . 002 0
.0109 .0098 .0082 .0004
.0LL7 .0078 "0033 .0000
.0479 .0]-62 .0095 .0017
.0218 -0322 .01_64 .0026
.0000
.0001
- 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0020
.0011
- 0001
.0004
.0000
. o000
- 0002
0.110 3.2
0.151 2.9
0.072 2.5
0.030 2.4
0.019 2.5
0.021 2.4
0.041 3.4
0.049 2.9
0.082 3.5
0.108 4.4
0.070 4.3
0.042 4.3
0.035 3.9
0.030 3.2
0.054 3.9
0.084 4.a
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TOT: 0 .L72AVG: 1-.4
auatu
0 .420 0.275 0.110 0.019
2.6 L')o. /o^
NI['4BER OF VAJ.ID READINGS FoR THIS
OUT OF 8456 TOTAL VAITD HOIIRS
TOTAI NI]}4BER OF MTSSTNG HOURS =>TOTAI NUMBER OF CAIM HOURS =>
0.004
L2.0
TABLE =>
2ro
4L
1.000
3.4
8456
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Table 4-3
2004 Annual Frequencies of Occurrence
for
Table 4-4
2004 Annual Data Recoverv Rates
At the White M
Table 4-2
!4qnlhly and Annual Wind Speed Summary for2004
Period Average
(m/s)
l-Hour Average
Maximum (m/s)
Jxnary2004 3.5 19.7
February2004 2.8 8.4
March2004 3.4 r0.2
April2004 4.0 t3.6
May 2004 4.4 t2.9
June 2004 4.1 13.6
Jnly 2004 ). t 9.6
August 2004 3.5 10.6
September 2004 J.J 11.1
Cctober 2004 3.6 10.9
November 2004 2.9 1 1.5
December 2004 2.4 t0.7
ANNUAT 3.4 t9.7
Atmospheric Statrilitv Class
Stability Class Time of Day Class
Can Occur
Frequency of
Occurrence (o/o)
A: VeryUnstable Daylight Hours 15.2
B : Moderately" Unstable T\^-,1t-,r a7y I ghi Hoiirs In 1_t tr- I
C: SlightlyUnstable Daylight Hours 12.2
D: Neutral Anytime 36.0
E: Slightly Stable Nighttime Hours t3.2
F: Moderately Unstable Nighttime Hours 13.3
e Mesa Mill Meteorolopical Station
Parameter RecoveryRate (%)
Wind Speed 100.0
Wind Direction 96.3
Sigma Theta 96.3
Stability Class 96.3
17
Wind Speed
Direction (blowing from)White Mesa Mill - Blanding, Utah
DATA PERIOO:
2004
Jan1.Dec31
00:00 - 23:00
FIGURE 4-1
WlND SPEED
(m/s)
l l ,=',,.t
f-l ee-rr r
f-l s.z- ae
1 | J.o- c./
f_l zr-so
I os- z.r
Calms: 0 15olo
COMPANY:
lnternational Uranium Corporation
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5.0 CONCLUSIOi\S
Meteorological data were collected during 2A04 atthe White Mesa Mill site. Data recovery
rates for July through December were excellent being 100 percent for each parameter (requirement is
a minimum of 90 percent). Annual data recoveries rates were greater than 96 percent for each
parameter. The dominant feature of the winds observed at the site during the second half of 2004
and throughout2004 was a local nocturnal drainage flow from the higher elevations to the north-
northwest and northeast and a daytime upslope or return flow from the southeast through the
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Appendix A
Hourly Data
in
SAROAD Tables
July -December 2004
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r c.r (. .+ ro (o i.- @ o: P: I * : I P : P 3 R e NR N & & N R RB E
Appendix B
Joint Frequ ency Distribution
Of Wind Speed by Wind Direction
By llour of the Day
July -December 2004
lr
t:
lr
lr
lr
lr
lr
lr
lr
lr
IrI
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l,
I
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10 METER W]ND DATA ANA],YSIS
PROM 7/ 1,/2004 THRoUGH L2/31,/20o4
INTERNATIONAI URANIUM METEOROLOGf CAI STATION
DIRECTION
l'
I DTR
FREQUENCY OF OCCURRENCE OF WIND SPEED BY
HOUR OF THE DAY OO-04
+----------WIND SPEED CLASSES (M/S) ----------+
1.8 3.3 5.4 8.4 1l--0 11 .0
AVERAGE
WIND
TOTAI, SPEED
I
I
I
t
I
I
I
I
N .0028
NNE .00s9
NE .0050
ENE .0025
E .0023
ESE .0030
sE .001,4
ssE .0018
s .0015
ssw .0007
sw .0005
wsw .0009
w .0007
wNw .0014
NW . OO1B
NNW .0030
. 0145 .0066 . 0007 .0000
.0317 .01_27 .0002 .0000
. 014 0 . 0018 .0000 . 0000
.00"29 .0009 .0000 .0000
.0015 .0002 .0000 .0000
.001-1 .0005 .0000 .0000
.0027 .0009 .0000 .0000
.0014 .0007 .0002 .0000
.0011 .0025 .0025 .0002
.0007 .0025 .0016 .0005
.0020 .0005 .0002 .0000
.0011 .000s .0002 .0000
.0007 .0002 .0000 " 0000
.0011 .0005 .0000 .0000
.0015 .0007 -oo02 .0000
.0070 .0048 .001-8 .0005
" 0000
.0000
.0000
. o000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
0.025 2.9
0.051- 2.8
o.022 2.3
0.005 2 -3
0.004 2.1,
0.005 1.9
0.005 2.6
0.004 2.3
0.008 4.5
0.005 4.9
0.003 3.0
0.003 3.1
0.002 2 -2
0.003 2.2
0.004 2.5
0 .017 3 .5
I
I
I
I
I
TOT: 0.035 0.085 0.035 0.008 0.001***** *****
AVG: 1.4 2.5 4.L 6.7 9.4
TOTAL NUMBER OF VAI,ID READINGS F'OR THIS
OUT OF 4414 TOTAI VAIID HOI]RS
TOTAL NUMBER OF MISSING HOIIRS =>
0.000
0.0
TABLE =>
.)
o .167
)q
'13 6
I
I
I
I
I
I
10 METER WIND DATA ANA],YSIS
FROM 7/ L/2004 THRoucH t2/3a/2oo4
INTERNATIONAL URANIUM METEOROLOGICAI, STATION
FREQUENCY OT OCCURRENCE OF'WIND SPEED BY DIRECTION
HOUR OF THE DAY 04-08
+----------WIND SPEED CLASSES (M/S) ----------+
DIR
0.0- t_.8- 3.3- s.4 B-41_.8 3 .3 5 .4 8 .4 l-1.0 11.0
AVERAGE
WIND
TOTAL SPEED
I
T
t
I
t
I
T
I
T
N .005s
NNE . OOB4
NE .0L06
ENE .0057
E .0025
ESE . 003 0
sE .0041
ssE .0014
s .0005
ssw .0000
-qw .001-1
wsw .0005
w .00L4
WNW . OO].8
NW .0028
NNW .OO44
.009L .0025 .0005 .0000
.0299 .0068 " 0000 .0000
.01"45 .0020 .0002 .0000
. 0048 .0002 .0000 .0000
.0014 .0002 .0000 .0000
. oo23 . 0007 . 0000 . 0000
.oo29 .0018 .0005 .0000
.0023 .0002 .0002 .0000
.0011 .0016 .0009 .000s
.0014 .0018 . 0015 .0002
. 0007 " 0002 . 0002 .0000
. 0007 .0007 . 0000 .0000
. 0023 .0002 " 0000 .0000
.0029 .0002 .0002 .0000
-0029 .0014 .0000 .0000
.0041 .0020 .0014 .0005
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
" 0000
.0000
.0000
.0000
.0000
.0000
0.01-B 2.4
0.045 2.6
o -027 2.2
0.011- 1.8
0. 004 1.8
0.005 2.2
0. 009 2.5
o. 004 2 .4
0.005 4.5
0.005 4."7
0.002 2.5
0.002 2 -B
0. 004 2 .a
0. 005 2 .3
0.007 2.s
0.012 3. L
I
I
I
TOT: 0.054 0.083 0.023 0.005 0.001***** *****
AVG: A.4 2-5 4.0 6.5 8.8
TOTAI NUMBER OF VALID READINGS FOR THIS
OUT OF 44].4 TOTAL VALID HOURS
TOTAL NI]MBER OF MISSING HOURS =>
0 .000
0.0
?ABLE =>
2
0.166
,tr
736
li
I
T
I
t
I
t
10 METER WIND DATA ANAIJYSTS
FROM 7/ a/2004 THRoUGH L2/31/2004
INTERNATIONAI URANTUM METEOROLOGICAL STAIION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION
HOUR OF THE DAY O8-].2
+----------WIND SPEED CLASSES (M/S) ----------+
DIR
0. 0-
1.8 8.4
8.4
11.0 11. 0
1.8- 3.3- 5.43.3 5.4
AVERAGE
WIND
TOTAI, SPEED
I
T
T
t
I
I
t
I
T
N .001_1
NNE .0015
NE .001-4
ENE .0007
E .0005
ESE .0009
sE .0030
ssE .0037
s .0040
ssw .0028
sw .0021_
wsw .001_8
w .0016
wNw .0016
NW .0002
NNW .0014
" 0014 .0002 .0002 .0000
.0002 .0002 - 0005 .0007
" 0015 .0005 .0002 .0000
.0007 .0000 .0000 .0000
.0025 .0007 .0000 .0000
. 0025 . 0002 . 0002 . 0000
-0072 .0027 .0025 .0002
.0159 .0056 .0002 .0000
.0227 .0095 .0009 .0009
.0155 .0077 .0035 .0011
.0057 .0039 .001-8 .0002
" 0041 .0011 .0002 .0000
.0023 -0002 .0005 .0000
.001_4 .0002 .0000 .0000
.0014 .0018 .000s .0000
.0011 .0005 . 001-1 - 0002
.0000
.0002
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
,0000
.0000
.0000
0. 003 2.6
0. 003 4.7
0. 004 2.5
0. 001 2.0
0.004 2.6
0.004 2.4
0. 01-5 3.3
0 .026 2 .8
0.038 3_1
0.031_ 3.6
0. 014 3.4
0. 007 2.a
0 . 00s 2.5
0.003 1.9
0. 004 4.L
0.004 3-6
T
I
I
I
TOT: 0.O29 0.085 0.036 0.01-2 0.003***** *****
AVG: 1,.4 )c 4.L 5.5 9.5
TOTAI NUMBER OF VAI,TD READTNGS FOR TH]S
OUT OF 4414 TOTAL VALID HOURS
TOTAL NUMBER OF MISSING HOURS =>
0.000
11-5
TABLE =>
2
o -L67
3.2
736
I
I
I
I
I
I
10 METER WTND DATA ANAIYSIS
FROM 7/ L/2004 THROUGH A2/3L/2OO4
INTERNATIONAI, URANTW METEOROLOGICAL STATION
FREQUENCY OF OCCIIRRENCE OF WIND SPEED BY DIRECTION
HOUR OF THE DAY 1.2-.],6
DIR
0.0-
1.8 3.3
J.5-
5.4
5-4 8.4
11. 0 1-1.0
AVERAGiI
WTND
TOTAIJ SPEED
t
I
I
T
I
I
t
t
I
N .0005
NNE .0002
NE .0002
ENE .0002
E .0005
ESE .0005
sE .0015
ssE . 001-6
s .0017
ssw .001,7
sw .001-7
i/fsw .0012
w .0007
wNlt .0000
NW .0002
NNW .0000
.0000 . 0011 .001-1 .0002
.0009 .0009 .001-5 .001L
.0014 . 0018 - 0005 .0000
.0009 .0011- .0000 .0000
.0005 .0005 . OOO0 . OOOO
.0032 .0005 .0007 .0ooo
" 0034 . 0025 .0002 .0000
. oo32 . oo39 . OOO5 . OOOO
.01-00 .0077 .OO27 .ooos
.0158 .0154 .0043 . OOO2
" 01-1_5 .0084 " 0070 " 000s
.0061 .0045 .0036 .0015
.0016 .0025 .0025 .0000
.0014 .0023 .0000 .0000
.0007 .0020 " 0015 .0002
.0015 .0025 .0025 .0007
.0000
.0000
.0000
.0000
.0000
.0000
- 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
0.003 5 - 0
0 .005 6.0
0.004 4.0
0.0a2 3.3
0.001- 3.1
0.005 3.1
0.008 3.0
0 .009 3.3
0.023 3.8
0.038 3.7
0.029 4.O
0.01-7 4.5
0.007 4.6
0.004 3.5
0 .005 s.0
0.007 5 .3
TOT: 0.0L2***** *****
AVG: L.4
0.053 0.058 0.o29 0.005 0.000
0.0
TABLE =>
2
0.1,67
4.0
734
T
T
I
I
2.6 t)6.6 OE
TOTAI NUMBER OF VAITD READTNGS FOR THIS
OUT OF 4414 TOTAI VALID HOI]RS
TOTAL NUMBER OF MISSTNG HOURS =>
I
I
t
t
I
I
10 METER WIND DATA ANAIYSIS
FRoM 7 / a/2004 THROUGH L2/3L/2004
INTERNATTONAL URANTI]M METEOROIOGICAI STATTON
FREQUENCY OF OCCI]RRENCE OP WIND SPEED BY DTRECT]ON
HOUR OF THE DAY 1,6-20
+----------tiIND SPEED CLASSES (M/S) ---------_+
DIR
5.4
OA
0.0- 1.8- 3.3-
1.8 3.3 5.4 1-1. 0 11.0 TOTA],
AVERAGE
WIND
SPEED
I
I
I
I
I
I
!
t
I
N
NNE
NE
ENE
E
ESE
SE
ssE
s
ssw
sw
wsw
w
WNW
NW
NNW
.0019 .0045 .0054 .0039 .0002
.0019 .0085 .0035 .0014 . OOO2
.004r- .00s4 .0014 . OO00 . o0o9
. 0021 .0014 . 0007 . o00o . o0oo
.0016 .0007 .001-4 .0005 .0000
. 0011 .0016 . 0009 . oo07 .0000
.0011 .0014 .0009 .0002 .ooo0
.0023 .0035 .0009 .OOO0 .0ooo
.0028 .0054 .0041" . 0016 .0002
. 0028 .0057 .0039 . OO15 .0000
.oo25 .0054 .0041 . OO35 . ooo5
.0002 .oo29 -0027 .0043 . OOO5
.0012 .002s .0065 . oo20 . oo02
.0009 .0034 .0025 .0020 . oo0o
.0009 .001-8 .0027 -0029 . OOO0
.0009 .0034 .a072 .0035 .ooo5
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0002
.0000
.0000
.0000
.0000
.0000
.0000
0.016 4 .1_
0 .016 3 .3
0.012 2.9
0 .004 2 .L
0.004 3.0
0.004 3.O
0.004 2.9
0.007 2.4
0.014 3.4
0.014 3.4
0.016 4.O
0.011_ 4.9
0.012 4 .3
0.009 4.1_
0.008 4.3
0 .0r.6 4 .3
TOT:
AVG:
0. 028 0. 058 0.049 0.028 0 . oo3*****
1.4 2.6 4.3 5.5 9..J,
TOTAL NI}MBER OF VAIID READINGS FOR THIS
OIJT OF 4414 ?OTAI VALID HOITRS
TOTAIJ NUMBER OF MISSING HOURS =>
0.000
11.1
TABLE =>
)
4.157
3.7
736
I
I
I
I
t
T
I
I
T
I
10 METER WTND DATA ANALYSIS
FRoM 7/ tlzoos THROUGH :-2/3L/2004
TNTERNATTONAL URANIW ME?EOROLOGTCAL STATION
FREQUENCY OF OCCURRENCE OF WTND SPEED BY DTRECTTON
HOUR OF THE DAY 20-24
+--________wrND spEED CLASSES (M/S) _ ____+
DIR
0.0- 1.8-1".8 3.3
3.3- 5.4
5.4 8.4 11. 0 11-. 0
AVERAGE
WTND
TOTAIJ SPEED
t
I
I
I
t
T
T
I
N
NNE
NE
ENE
11
ESE
JE
ssE
s
ssw
SW
wsw
w
wNw
NW
NNW
" 0021 .0156 . o18B .0007 . OOO2
.0055 .0199 .0145 . 0005 . 0002
.0035 .0072 .0032 . oooo .0000
.0015 .0018 . ooo2 . o0o2 . oo00
- 0007 .0009 . oo02 . O0o0 .0000
.0018 .0000 .0005 . OOOO .0000
.0005 .0023 . o01t- . oooo .0000
.0005 .0009 .0011- . o0oo .0000
.0005 .0020 .0032 . o0t_1 . oooo
.0005 .0014 . oo20 . oooT .0009
.0000 .0009 . ooll- . oooT . oooo
.0007 .001-5 .0011 . oo09 . oo0o
- 0005 .0025 .0007 . oooT . o0oo
. 0016 .0023 . ool8 . oo07 . ooo0
.0018 .0041 .0027 .0016 .0000
-oo23 .0050 . oo93 .oo2g . oo05
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
" 0000
.0000
0.037 3.5
0.041 3.0
0.014 2.6
0. 004 2 .5
0.002 2.5
0.002 2.O
0.004 2.9
0.003 3.1
0 " 007 4.0
0.005 4.9
0.003 4.8
0.004 3.7
0.004 3.2
0.005 3.0
0.010 3.4
0.020 4.OI
I
I
I
T
TOT:
AVG:
o-024 0.058 0.052 0.011 o.oo2*****
4.4 2.6 4.2 6.5 g.4
TOTAI NI}MBER OF VALID READTNGS FOR THTS
OUT OF 4414 TOTAI VAIID I{OURS
TOTAL NUMBER OF MISSTNG HOURS =>
0.000
0.0
TABIJE =>
2
o .1_67
3.4
736
Appendix C
Joint Frequency Distribution
Of Wind Speed by Wind Direction
By Stability Class
July -December 2004
I
t
I
t
I
I
10 METER I TND DATA ANALYSIS
FRoM 1,/ 1"/2004 TrrRouGH 12/3a/2004
INTERNATTONAIJ URANII]M METEOROLOGTCAI STATION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION
STAB]LITY CLASS A
+----------WIND SPEED CLASSES (M/S) __________+
DTR
0.0- 1.8- 3.3-1.8 3.3 5.4
5.4 8.4
I .4 1-1. 0
AVERAGIT
WTND
TOTAL SPEED1-1. 0
I
I
I
I
T
I
N .0031_ .0019 . OOOO
NNE - 002s .0020 .0000
NE .0063 .0027 . ooo0
ENE .0041_ .0035 .0000
E .0037 .0032 .0000
ESE .0030 .0040 .0000
sE .0059 .0075 . ooo0
ssE .0050 .oto2 . oo00
s .0053 .01-55 _ O0oo
ssw .0043 .0151 . oooo
sw .0038 .0093 " 0ooo
wsw .003s .00s0 . o00o
w .002'7 .0037 . O00o
wNw .0024 .0021 .0000
NW .0016 " 0020 .0ooo
NNI^I .0029 . 0027 . 0OO0
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
0 . 005 'l_.7
0 .005 1.8
0 .009 1_.7
0 .008 1. B
0.007 1.8
0.007 1.9
0.01-3 2.O
0.015 2.O
0.021" 2.2
0.019 2.2
0 .013 2 .L
0.008 2.O
0 . 005 'L.9
0.00s l-.8
0.004 1".9
0.005 1.8
I
I
TOT:
AVG:I
T
I
I
I
0.051 0. 091- 0 .0oo o. oo0 o. oooL.4 2.4 0.0 0.0 o.o
TOTAL NI]MBER OF VA],ID READTNGS FOR THISour oF 8456 TOTAL VAt,lD HOURS
TOTAL NUMBER OF MISSING HOURS =>
0.000
0.0
TABITE =>
328
0.1,52
2.0
1"283
I
T
I
I
I
I
1.0 METER WIND DATA ANAI,YSTS
FRoM a/ 1/2004 THROUGH L2/31,/2A04
TNTERNATIONAL I]RANIUM METEOROLOGICAI STATION
FREQUENCY OF OCCURRENCE OF WTND SPEED BY DIRECTION
STABIIJTTY CLASS B
+----------WIND SPEED CLASSES (M/S) ----------+
DIR
0.0- 1.8- 3.3- 5-4 8.41.8 3.3 5.4 8.4 t_1.0 1t-. 0
AVERAGE
WIND
TOTAI, SPEED
I
I
T
I
t
I
I
I
I
N .000s .0007 .0005 .0ooo .0000
NNE .0006 .0014 .0007 . oo00 . oo00
NE .O0L2 .001-s .0007 . oo00 . oooo
ENE .0008 .0009 .0009 . oooo . ooo0
E .0001_ .0009 .0008 . OOOO . OOO0
ESE .0004 .0017 .0004 . oo0o . o0oo
sE .0003 .0031 .0028 .0ooo . o0o0
ssE . 0005 . 007L . 0038 .0000 . oo00
s .0002 .01"29 .0055 . OO0o . oo0o
ssw .0004 .011-1- .0098 .0000 . oooo
sw .0004 .0054 .0051 . OO0o . oo0o
I/,lsw .0000 .0028 . OO25 " OOOO . O0oo
w . 0005 . 001-5 .0015 .0000 - oooo
wNw .0001 .0018 .0005 . ooo0 .0ooo
NW .0002 .0013 .0011 " OO0o . o0o0
NNW .0002 .0011 .001-3 . oo0o . ooo0
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
0.002
0.003
0.003
0.003
0.002
0.002
0.005
0 . 0l_1"
0.020
0.021
0.011
0.005
o.004
0.002
0.003
0.003
2-7
2.6
2.4
2.8
3.2
2.6
a)
3.1
3.L
aa
3.1
3.3
3.0
3.0
3-2
3.1_
TOT:
AVG:
0. 007 0 .055 0 . 039 0. oo0 o. 0oo o. o0o1.4 2.9 3.6 0.0 0.0 0.0
TOTAI NUMBER OF VALfD READINGS FOR THIS TABLE =>OUT OF 8455 TOTAI VAI,ID HOURS
TOTAI NUMBER OF MISSTNG HOURS => 3ZB
0.101
851
3.1-
T
I
I
I
].0 METER WTND DATA ANALYSIS
FROM 1/ L/2004 THRoUGH L2/3t/2004
INTERNATIONAIJ URANTUM METEOROLOGICAL STATION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DTRECTTON
STABTIJITY CLASS C
+----------WfND SPEED CLASSES (MlS) __________+
DTR
0.0- 1.8- 3.3- 5.4 8.41.8 3.3 5.4 8.4 1_1".0 l_1.0
AVERAGE
WTND
TOTAI SPEED
N .0005 .00a2 .001-7 . 0006 .0000
NNE .0018 .0038 .0011 .0005 . o0oo
NE .0013 -0027 .0019 .0000 . o0oo
ENE .0005 .0005 .0015 .0002 . oooo
E .0000 .0001- .0014 .0002 . oo0o
ESE .0001 .0008 . oooT . OO04 . ooo0
sE .0004 .001-8 .0028 . 0006 . ooo0
ssE .0000 .a022 .0047 .0001 .0ooo
s .0001 .0020 .oa12 - oo11 . O00o
ssw .0001 .0031 . olBO .0032 . OOOO
sw .0000 .0026 .0103 .0037 . OOOO
wsw .0000 .0009 .00s2 .0015 .0ooo
w .0001 .0007 .0034 .ool2 .OO0o
wNw .0001 .000s .0032 .0006 . oooo
NW .0000 .0005 .0047 .0014 . OOOO
NNW .0001 .0005 .0043 .001-2 . oooo
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
- 0000
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
o.004 3. 6
0.007 2.7
0.005 3.0
0.003 3.7
0. 002 4.5
0.002 3.7
0.005 3. B
0.007 3.9
0.014 4.2
o.o24 4.4
0.017 4.6
0.008 4.7
0.005 4.5
0.004 4 .5
0.007 4.8
0.005 4.6
TOT:
AVG:
0.00s o.024 0.075 o.015 0. ooo1-.5 2 .5 4.5 5.7 o. o
TOTAIJ NUMBER OF VA],ID READTNGS FOR THIS
OUT OF 8455 TOTA], VALID HOIIRS
TOTAIJ NUMBER OF MISSING HOURS =>
0.000
0.0
TABLE. =>
328
o.L22
d)
103 0
DTR
10 METER WIND DATA ANA],YSIS
FROM a/ 1/2OO4 THROUGTT L2/3L/2004
TNTERNATTONAI. URANTUM METEOROLOGICAI STATION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION
STAB]LITY CLASS D
+--------*-WIND SPEED CITASSES (M/S) --________+
AVERAGE0.0- 1.8- 3.3- 5.4 8.4 > wrND1.8 3.3 5.4 8.4 1l-.0 1l-.0 TOTAL SPEED
N .001_2
NNE .0032
NE .0026
ENE .0001
E .0002
ESE .0000
sE .0003
ssE .0005
s .0005
ssw .0004
sI/'] .0005
wsw .0001
w .0004
wNW .0005
NW - 0008
NNW .0002
.02L5 . 0046 .0004
.0184 -0024 .001-2
. 0051 .0018 .0005
.0017 .00L1 .0000
. 0008 .0005 .0000
.0013 .0008 .0000
.0038 .0022 - 0002
.0027 .0017 .0006
.0059 .0069 .0014
-0077 .0L57 .00s7
.0039 .0134 .0026
.0030 .0090 .0020
.0040 .0070 " 0004
.0041 -0027 .0000
.0083 - 0080 .0017
.0205 .0153 .0026
.01_80
.0455
.0164
.0424
.0012
.0011
.0030
. o022
.0032
.0035
.0032
.0020
" 0019
.0034
.0048
.0048
.0000
.0001
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0020
.001L
.0001
.0004
.0000
.0000
.0002
0.045 3.8
o.o72 3.2
o.026 3.2
0.005 3.9
0.003 4.0
0.003 4.3
0. 009 5. l-
0.008 4.4
0.01_9 5.2
0.036 6.6
0.025 6.3
0.015 5.1-
0.014 5. 6
0.0r.1 4.2
0 .o24 5.1
0.044 5.3
TOT:
AVG:
0.o12 0.118 0.1-14 0.094 0.0194.4 2.7 4.2 6.9 9.4
TOTAI NUMBER OF VAIJID READINGS FOR THIS
OUT OF 8455 TOTAI VALID HOURS
TOTAL NT]MBER OF MISSING HOURS =>
0_004
L2.O
TABLE =>
328
0.360
4.7
3040
I
I
I
I
I
t
10 METER WIND DATA ANA],YSIS
FRoM t/ 1_/2oo4 THROUGH t2/31,/2004
INTERNATIONAL I]RANII]M METEOROLOGICAI STAT]ON
FREQUENCY OT OCCURRENCE OF WIND SPEED BY DTRECTION
STABIIJITY CIJASS E
+----------wrND spEED CLASSES (M/S) ----_-___-+
DIR
0.0- l_. B- 3.3- s.4 8.4
r-.6 J.J 5.4 8-4 l-1-.0 1t-.0
AVERAGE
WIND
TOTAL SPEED
T
T
T
t
I
I
T
I
I
N .001-3 .0].74 .0150 . oo00 .0000
NNE .0035 .0274 .01,57 .0000 .0000
NE .0022 .0073 .002L . 0000 . o0oo
ENE .0004 .0014 .0001 .0000 . o0o0
E .0007 .0007 . 0000 . 0000 . o0o0
ESE .0005 .0005 .0000 . o0oo .0000
sE .0004 .0013 .0000 . ooo0 .0ooo
ssE .0000 . 0011 .0000 . oooo . ooo0
s .0009 .001_9 .0008 . o00o . oooo
ssw .0002 . 0007 .0021- . OOOO . oooo
sw .0004 .001-l_ .000s .0000 .0000
wsw " 0001 .0014 .0002 . oo0o . ooo0
w .0003 . 00L5 .0008 . oo0o . oooo
wNw .0006 .001-5 .0000 .0ooo . oooo
NW .0007 " 0041 .0021- . ooo0 . o00o
NNW .0004 .0045 .0050 .0000 .0000
.0000
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
0.034 3.3
0 .047 3 .0
0 .01,2 2 .6
0.002 2.5
0.001 2.a
0 . 001 1.9
0.002 2.3
0.001 2.5
0.004 2 -5
0.003 3.8
0.002 2.9
0.002 2.8
0.003 3.0
0.002 2.5
0.007 3.1
0. 01L 3 . s
I
t
I
I
TOT: 0.01"3 A.O74 0.045 0. O0O O. O0OAVG: l-.5 2.7 4.0 O.O 0.0
TOTAI NI]MBER OF VAIID READINGS FOR THIS
OUT OF 8455 TOTAI, VALID HOURS
TOTAI NIIMBER OF MISSING HOURS =>
0.000
0.0
TABLE =>
328
0.1,32
3.0
111-4
t
I
I
I
t
I
10 METER WIND DATA ANAIYSIS
FRoM a/ 1/2004 THRoUGH a2/3a/2a04
INTERNATTONAIJ URANTUM METEOROLOGICAI STATION
FREQUENCY OF OCCURRENCE OF WTND SPEED BY DIRECTION
STABILITY CI,ASS F
+----------WIND SPEED CLASSES (M/S) ----------+
DIR 1.8 3.3 5.4 8.4 11-.0 11.0
AVERAGE
WIND
TOTAI, SPEED
I
T
t
I
I
T
I
I
N .0075
NNE .0098
NE .0094
ENE .0063
E .0033
ESE .0045
sE .0025
ssE .0037
s .0029
ssw .0018
sw .0023
wsw .00L5
w .0024
wNw .0034
NW .0054
NNW ,0072
.01,23 .0000
.0084 .0000
.0053 .0000
.0033 . 0000
.001"1 " 0000
" 00i_1 .0000
.0020 .0000
.0014 .0000
.0019 .0000
.0017 .0000
.001L .0000
.0012 .0000
.001s .0000
.0024 .0000
.0051 . 0000
.0082 . 0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
- 0000 .0000
. 0000 .0000
.0000 .0000
.0000 - 0000
.0000 .0000
.0000 .0000
.0000 .0000
. 0000 .0000
.0000 .0000
0. 020 1.9
0.018 1_. B
0 .015 t.7
0. 010 1.5
0.004 1.6
0 . 005 t-.5
0.005 1.I
0.005 a.6
0 . 005 L.7
0. 003 L.7
0.003 1.6
0.003 L-7
0 .004 L.6
0.006 1".8
0.01-0 L. E
0.015 1-.9
.0000
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000l i:.
TOT:
AVG:
o.474 0.0s9 0.000 0.000 0.0001.4 2.3 0.0 0.0 0.0
TOTAL NUMBER OF VALTD READINGS FOR THIS
OUT OF 8455 TOTAI VAIID HOTIRS
TOTAL NUI,IBER OF MISSING HOURS =>
0.000
0.0
TABLE =>
2ro
0.1-33
1.8
11-38I
I
t
I
Appendix D
2004 Annual Joint Frequency Distribution
Of Wind Speed by Wind Direction
By Stability Class
I
I
t
I
I
I
10 METER WIND DATA ANAIYSIS
FRoM 7/ L/2004 THRoueH a2/3L/2004
INTERNATTONAI URANIUM METEOROIJOGTCAI STATION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION, STABILITY CLASS A
DIR
0.0-
1.8 3.3 5.4
1.8- 3.3- 5.4 8-4
AVERAGE
WTND
TOTAI, SPEED8.4 l_l-.0 l-1. 0
I
I
I
I
T
T
I
t
N .0034
NNE .0023
NE .0054
ENE .0037
E .0028
ESE .0030
sE .0067
ssE .00s5
s .0056
ssw .0044
sw "0044
I^lsw .0035
w .0028
wNw .0023
NW .0015
NNW .0030
.0014 .0000 .0000 .0000
.0016 .0000 .0000 - 0000
.0035 .0000 " 0000 .0000
.oo29 .0000 .0000 .0000
. oo27 . 0000 . 0000 . 0000
.004s .0000 .0000 .0000
.0077 .0000 .0000 .0000
- 0104 .0000 .0000 .0000
-0L77 .0000 .0000 .0000
.0't79 .0000 _0000 .0000
"01-20 .0000 "0000 .0000
.0063 .0000 .0000 .0000
.0029 .0000 .0000 .0000
.001-8 .0000 .0000 .0000
.0009 " 0000 .0000 .0000
. oo25 . 0000 . 0000 . 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
" 0000
.0000
.0000
.0000
0. 005 1.6
0. 004 L.7
0. 010 l_. I
0. 007 1_. B
0. 005 1-.8
0. 008 2 .0
0.014 2.O
0.015 2.L
0.023 2.2
o.o22 2.3
0.016 2.t
0.010 2.1
0.006 1_.9
0 . 004 L.7
0 . 003 L.7
o . oo5 1.7
TOT:
AVG:t
I
T
I
t
0.06L o.097 0.000 0.000 0.ooo1-.4 2.4 0.0 0.0 0.0
TOTAL NI]MBER OF VAIID READINGS FOR THIS
OUT OF 4414 TOTAL VAIID HOURS
TOTA], NUMBER OT MISSING HOI]RS =>
0.000
0.0
TABLE =>
.)
0.]"s8
2-O
700
I
I
I
I
I
t
10 METER WIND DATA ANALYSTS
FROM 7 / 1,/2004 THRoUGH 1-2/31/2004
INTERNATTONAL URANTUM METEOROIJOGTCAL STATION
FREQUENCY OF OCCT]RRENCE OF WIND SPEED BY DTRECTTON
STABII,ITY CLASS B
+----------wrND spEED CIaASSES (M/S) ----------+
0.0-DIR 1.8
1.8- 3.3- 5.4
11. 0 r-L.0
AVERAGE
WIND
TOTAL SPEED3.3 5-4 8.4
t
I
t
I
I
I
I
t
I
N .0005
NNE .0005
NE .OOL2
ENE .001-1
E .0002
ESE .0002
sE .0005
ssE .0007
s .0003
ssw .0005
sw .0003
wsw .0000
w .0005
wNw " 0000
NW .0002
NNW .000s
.0007 . 0005
.0014 .0000
.00L8 . 0007
.0007 .0007
.001-1 .0007
.0018 .0005
.0032 .0032
.0095 .0043
.0143 .0070
.0138 .OL02
.0059 .0051-
. 0043 .0027
.0023 .001-4
.0025 .000s
.0014 .0007
.0009 .0011
.0000 .0000
.0000 .0000
.0000 .0000
.0000 . 0000
.0000 .0000
- 0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 . 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
0.002 2 -4
0 .002 2 .3
0.004 2.3
0.003 2.5
0.002 3.0
0.003 2.8
0.007 3.2
0.01-5 3.0
0-022 3.1_
0.025 3 .2
0.012 3.1
0.007 3.3
0.004 2.9
0 - 003 3.0
0.002 3.1
0.003 3.0
TOT:
AVG:
0.007 0 - 055 0.040 0.000 0.000
L.4 2.9 3.6 0.0 0.0
TOTAL NIIIVIBER OF VALID READTNGS FOR THIS
OUT OF 4414 TOTAII VALID HOURS
TOTAL NUMBER OF MISSING HOURS =>
0.000
0.0
TABLE =>
)
0.11-3
3.L
496I
t
I
I
t
T
I
I
10 METER WIND DATA ANALYSIS
FROM '7 / L/2OO4 THROUGH L2/3L/2OO4
INTERNATIONAI URANII]M METEOROIJOGICAI STATION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION
STABTIJITY CLASS C
+----------WIND SPEED CLASSES (M/S) ----------+
l'
I 0. 0-DrR 1. I 3.3- 5.4
1-1. 0 11.0
AVERAGE
WIND
TOTAIJ SPEED
1-. 8-
3.3 5-4 6 -4
I
t
I
I
I
t
I
I
I
N .0002
NNE .0028
NE .0012
ENE .0000
E .0000
ESE ,0002
sE .0007
ssE .0000
s .0002
ssw .0000
svt .0000
wsw .0000
v{ .0000
wNw .0000
NW .0000
NNW - 0002
.0014 .0014
.0032 .0014
.0023 .0018
- 0005 .0009
.0000 .0015
.001-5 .0005
.0018 -0027
.a020 .0057
.002s .0109
.0029 .0140
.0023 .0079
.0011_ .0045
.001-1 .0035
.0007 .002s
.0005 .0023
.0007 -oo29
.0011 .0000
.0007 .0000
.0000 .0000
.0000 .0000
.0002 .0000
.0005 .0000
.001-1 .0000
.0000 . 0000
.0007 .0000
.0027 .0000
.0014 .0000
.0007 .0000
.0009 .0000
.0000 . 0000
.0011 .0000
.0007 .0000
.0000
.0000
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
0.004 3.9
0.008 2 -8
0.005 3.1
0.001 3 - 9
0.002 4.6
0.003 3 " 3
0.006 3 .9
0.008 3 .9
0.01-4 4.1
0.020 4.3
0.01-2 4.3
0.005 4.4
0.005 4.4
0.003 4.o
0.004 4.6
0.005 4.4
TOT:
AVG:
0.005 0 -024 0.05s 0.012 0.000
1.5 2.5 4.5 5.6 0.0
TOTAI NUMBER OF VALID READINGS FOR THIS
OUT OF 441-4 TOTAL VAIJID HOURS
TOTAL NIIMBER OF MISSING HOURS =>
0.000
0.0
TABLE =>
2
0.106
4.0
469T
I
I
I
T
I
I
t
t
I
10 METER WIND DATA ANAIYSIS
FRoM 7/ 1,/2004 Tr{ROUGH 1,2/31/2004
TNTERNATIONAL URANIUM METEOROLOGICAL STATTON
FREQUENCY OF'OCCi]RRENCE OF WTND SPEED BY DIRECTION
STABII,TTY CLASS D
+----------W]ND SPEED CLASSES (M/S) ----------+
0.0-
DIR 1. 8
1.8- 3.3- 5.4 8.4
3.3 5.4 8.4 11.0
AVERAGE
WTND
TOTAL SPEED1_1.0
t
T
I
I
t
I
I
I
T
N
NNE
}IE
ENE
E
ESE
SE
ssE
s
SSW
sw
wsw
w
wNI\l
NhI
NNW
.001,0
.0030
.0031
.0002
.0005
.0000
.0000
.0005
.0007
.0003
.0005
.0000
" 0000
.0007
.0005
.0000
.0000
.0002
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0002
_ 0000
.0000
.0000
.0000
.0000
.0000
.0156 .0208 .0059 .0007
.0454 .0179 .0034 .0023
.0206 .00s9 .0009 .0009
.oo27 .0015 .0002 .0000
.001-1 .0009 .0002 .0000
.0011 .0023 .0011 .0000
.0041 .0041 .0023 .0002
.0025 .0034 .0011 .0000
.0043 .0093 .0091_ .0023
.0036 .0077 .0105 .0029
.0035 " 0039 .0L22 .0011
.0020 .0032 - 0086 .0020
.0016 .0041 .0048 .0002
.0032 .0045 -0029 .0000
.0034 .0070 .0057 .0002
.0059 .0L72 .0127 .0027
0.044 4.0
0.073 3.3
0.031 3.0
0. 005 3 .3
0.003 3.s
0.005 4 -4
0.0L1- 6.7
0.007 3.8
0.026 5.4
0.025 5. B
0.021 s.5
0 .016 6.1_
0.011" 5.4
0 . 011 4.3
0 .017 4 . B
0.039 5.2
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TOT: 0.011 0.L22 0.114 0.082 0.015
AVG: l-.5 2.7 4.3 7.0 9.3
TOTAI NWBER OF VAIID READINGS FOR THIS
OUT OF 4414 TOTAIJ VAITD HOURS
TOTAI, NUMBER OF MISSTNG HOURS =>
0.000
11.3
TABLE =>
)
0.344
4.5
r-5 t- 7
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10 METER WIND
FRoM 7/ L/2004
INTERNATTONAI URANIUM
DATA ANAI,YSIS
THROUGH a2/3a/2OO4
METEOROI,OGICAL STATTON
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FREQUENCY OF OCCI]RRENCE OF WIND SPEED BY DIRECTION
STABII,ITY CI,ASS E
+----------WIND SPEED CLASSES (M/S) ----------+
DIR.
0.0-
-L.d 3.3
3.3- 5.4
5.4 8 -4 t]-. 0 i-1.0
AVERAGEI
WlND
TOTAT, SPEED
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N .001-7
NNE .0035
NE .0032
ENE .0002
E .0009
ESE .0007
sE .0005
ssE .0000
s .0009
ssw .0005
sl{ -0002
wsw .0002
v{ .0002
wNw .0007
NW .0005
NNW .0003
.a152 .0120
.0310 .0195
-0079 .0023
.0023 .0000
.0011 - 0000
.0007 .0000
.0014 .0000
.0005 .0000
" 0018 .001-4
" 0009 .0014
.0014 .0002
.0020 .0002
.0018 .001-4
. o01l- .0000
.0029 .0014
.0041 .0050
.0000 .0000
.0000 .0000
. 0000 - 0000
.0000 .0000
.0000 .0000
.0000 .0000
. 0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
0 -029 3.2
0.054 3.0
0.013 2.5
0.003 2 -5
0.002 2.2
0 . 001 L.7
0.002 2 -2
0.000 2.6
0.004 2.a
0.003 3.4
0.002 2.9
0.003 2.9
0.003 3.1
0.002 2 -2
0.005 3.1
0.009 3.4
.0000
.0000
.0000
.0000
.0000
" 0000
.0000
.0000
- 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
TOT: 0.014
AVG: 1.5
TOTAT,
o.o76 0.045 0 .000 0.000
a1 3-9 o.0 0.0
0.000
0.0
TABLE =>
2
0.1"35
?n
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NI]MBER OF VALID
ouT oF 441,4
TOTAL NUMBER OF
READINGS FOR THIS
TOTAL VAIJID HOURS
MISSING HOURS =>
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10 METER WIND DATA A}IALYSIS
FRoM 7/ L/2004 THROUGH 12/3L/20o4
INTERNATIONAIJ I'RANIUM METEOROLOGICAL STATION
FREQUENCY OF OCCURRENCE OF WIND SPEED BY DIRECTION
STABILITY CLASS F
+---- -wrND SPEED CT,ASSES (M/S) - ----+
DIR
0.0-
1.8
1.8-
3.3
3.3-
5-4 1i. 0
5.4 8.4
B -4 11.0
AVERAGE
WIND
TOTAI SPEED
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N
NNE
NE
ENE
E
ESE
ssE
Q
SSW
SW
IlIsw
W
WNW
NW
NNW
.0071
. 0114
.0108
.0075
.0037
.0062
.0034
.0046
.0032
. oo27
.0025
.0016
.0025
.0037
.0050
.0080
.0000
.0000
.0000
" 0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0000
.0L09 .0000
.0077 .0000
.o079 " 0000
.0034 .0000
.0014 .0000
- 0009 .0000
.0018 .0000
.0023 .0000
.001-8 .0000
. a023 . 0000
.0011 .0000
.0007 .0000
.0020 .0000
.0032 .0000
.0034 .0000
.0082 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
- 0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
.0000 .0000
0. 018 1.9
0.019 1.8
0 . 0l-9 1-7
0.011 1".6
0.005 1,.6
0.007 1.5
0.005 1.7
0.007 1.6
0. 005 1.5
0 . 005 L.7
o. 004 1.5
0.002 1,.7
0 . 005 L.7
0 . 007 1.8
0.008 L-7
0.016 1.9
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TOT: 0.084 0.059 0.000 0.000 0.000
AVG: L-4 2.3 0.0 0.0 0-0
TOTAIJ NI]MBER OP VAI,ID READINGS FOR THIS
OUT OF 4414 TOTAI VAIID HOT'RS
TOTAL NUMBER OF MISSING HOURS =>
0.000
0.0
TABLE =>
2
0.143
4.7
538
a --.^-l:., trrfrPPExur^ s
Performance Audit Report
July -December 2004
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PERFORMANCE AUDIT REPORT
F'OR THE
INTERNATIONAL URANIUM C ORPORATION
WHITE MESA MILL
METEOROLOGICAL MONITORING STATION
DECEMBBR 2OO4
Prepared for:
Intemational Uranium Corporation
WhiteMesa Mill
P. O. Box 809
Blanding, UT 84511
Prepared by:
McVehil-Mormett Associates, Inc.
44 Inverness Drive East
Building C
Englewood, Colorado 801 12
December 2004
MMA Project Nurnber l72l-03
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1.0 INTRODUCTION
Semi-annual performance audits for the Intemational Uranium Corporation White Mer;a Mi11
meteorological monitoring station were completed by McVehil-Monnett Associat,es on
l,{ovember 30, 20A4 . The White Mesa Mill is located approximately seven miles south of Blarding,
Utah. The meteorological air rnonitoring station is located northeast of the mill and approxirnately
ll4 mile west of Hlghway 791.
This report summarizes the results of the performance audit which was conducted in
accordance with the following guidance documents:
- "Quality Assurance Handbook for Air Pollution Measurement Systems", Vc,i. fV -
Meteorological Measurements, (EPA-600,e.-94l03 B d), revised March 1 99 5.
- "Cn-Site Meteorological Program Guidance forRegulatoryModeling Applications",
(EPA-450/4-87-013), re-issued August 1995.
The remainder of this report is divided into sections on specific auditing procedures (Section
2.0), audit results (Section 3.0) and conclusions (Section 4.0). Attachment A contains the audit
documents and Attachment B contains the audit instruments' caiibration certificaters and
documentation.
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2.4 SPECIFIC AUDITING PROCEDURES
The wind direction system was audited for linearity and vane orientation by sighting the vane
along the crossafin and comparing system output to the measured azimuth. The azimuth was
measured to the nearest half degree by a precision compass. A torque watch was used to rneasure the
starting torque of the wind direction sensor.
The wind speed system was audited using a selectable speed anemometer drive which turns
the sensor anemometer shaft at five known rates of rotation. The values recorded by the win speed
measurement system were then compared to the target wind speeds for these rates of rotatic,n. The
starting torque of the wind speed sensor was measured using a torque watch.
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3.0 AIIDIT RESULTS
Specific results for the meteorological audits are presented in Table 1 . A brief discussion of
the results follows.
The wind direction audit resuits indicated that the system response was linear and correctly
oriented. The data logger readings were 8.3o, 102.7o, 192.4", and 279.0" for audit orientations of
9.0", 99.0o, 189.0o, and279.0", respectively. These results fall within the desired accuracy range for
the wind direction measurement system which is *5o. The starting torque of the wind direction
sensor measured less than 3 gram-centimeters (gm-cm) clockwise and counter-clockwise, which is
below the upper acceptance limit of 6.5 gm-cm.
The wind speed audit results were good. Data logger readouts of 0.27,2.9, 5.6,8.3, and
13.6 m/scorrespondedexactlytotheirrespectivetargetwindspeedvalues of 0.21,2.9,5.6,8.3,and
13.6 m/s. The desired accuracy range for wind speed audits is *(0.22 m/s * 5o/o of observed).
Starting torque was measured at 0.4 gm-cm, which is above the upper acceptance limit of
0.22 gm-cm. The bearings on the wind speed sensor were replaced immediateiy following the audit,
bringing the starling torque below the upper acceptance level.
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TABI.E 1
AUDIT RESULTS
TNTERNATIONAL URANIUM CORPORATION
WHITE MESA MILL
METEOROLOGICAL STATION
NOVEMBER 30, 2004
Wind
Sensor starting threshold torque:
Audit Value
9.0"
99.0'
189.0'
279.0"
<3 gm-cm CW and CCW
Audit Value
0.27 rnls
2.9 rn/s
5.6 mis
8.3 m/s
13.6 m/s
0.4 gm-cm
Dieital Vaiue
8.3"
102.1"
192.4"
219.00
Dieital Value
0.27 mls
2.9 m,/s
5.6 m/s
8.3 m/s
13.6 m/s
Wind Speed2
0 rpm
100 rpm
200 rpm
300 rpm
500 rpm
Sensor starting threshold torque:
1) Wind direction system target accuracy: .l5o. Sensor starling threshold torque upper acceptance
limit: 6.5 gm-cm.
2) Wind speed system target accuracy: +(0.22 mls + 5o/o of observed). Sensor starting torque upper
acceptance ltmit: 0.22 gm-cm.
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4.0 CONCLUSIONS
The performance audit documented the current operating characteristics of the meteoro logical
instrumentation. The results of the meteorological performance audit indicate ttLat all
instrumentation was operating within EPA-specified accuracies, with the exception of the wind
speed starting torque. The bearings on this sensor were repiaced, and the starting torque is now
within specifications.
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ATTACHMENT A
AIR QUALITY PERFORMANCE AUDIT DOCUMENTS
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Project :Tt-r-', -- t,-t'rrii' l t'.':,:" tl,'i{Sensor fr.t Ov<- biat-
Site 144 *i.&d^"Cups la-* n,^.VYw
DatelTime ,,lz* la 7 t.t ac - l5Ll5 Data Logger cS t +P'to
,/ A-t t t\
l?- G'c v
Form 203a
Date 9/00
Page I of I
WIND SPEED AUDIT F'ORM
Make/l\4odel No.Serial No.
,\1fiS
rlrlir\.J f.iFi_-
'-> tr-L,
TorqueWatch ie-ro+=-,.t -7r*,L'$ll ii53
Torque R.eading 3 .'i ft (g-cm)
Auditor G ' Gcr'*"t'n
Sensor Height {0.'*
DYNAMIC \\TND SPEED CHECK
(Jsing Synchronous Motors or an-gnefrTi"et"r D?iv;o)
1)
2)
3)
4)
s)
0
;.:/ L.'
o.'L' '
--*-)v "
I.1.,^) '-1 -!
-,L
tr.7.
t 5'v?
# rrglx-J bc,-r,y= ,4-{."- ,,"1:f
'-" Ct1
Data nlSLoeser (mdfi)
,^ .a -T /'-''.* I v
fI\ i.,
-------------!-
-ii-?\;7 "'
I l.{', '
Absolute *1;Difference (msh)
L,o
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o.,
U
--.------_---...(:/
:t-/
Test WS
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vr b7 (Rt ,r;,;;
P:"ii?i?
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WIND DIRECTION AUDIT FORM
Project
Site
IjLui- -#'t lti,t* {,t-ts> f,/t,'li
1,4<* a*r*t*
Sensor Height [0 'n
Manufacturer
pta t g;..a
\_> t
Sr.;.r"-*a
tlDate/Time tti=c ltl ::i; : *- t:,ei!;
Auditor f,"' G'(Yr1''1'\
c:l'"
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!
Wind Direction Sensor
Digital Data Acquisition
Compass
Torque Watch
Torque Reading
[*],'i*. t
.'-5*,{.1 C.bt q { t d} (g-cm)
Model No.
OZ))
CfuICI
,{ts lti:e-r
3{L* { rt
Mag. Declination
Serial No,
u-t'l tt>
>>GL
ci'it tr- lL- 4
Ip L,
Landmark #1 €"'itan L'(:'J-::. ->-/*t+'1
Azimuth
Corrected Azimuth
Landmark # 2 ?El..-.t'" *f '4' ( '.-'i:;t r,-{:'}"}
-
Azimuth
Corrected Azimuth d] 1"
System Linearity Check
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Degree Wheel
(Degrees)
30-c'w
90-cw
18o-C!r
27)-CW
35O-CW
Digital
(Deqrees)
t-
'", :,j'!
".1 4.L--;E':- j,r r. L-'j-&t5 r
:r-,\| * ! ,. !t-
-z -) -J - -,.
costne
nt,3
ti
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I:
Iilft
Degree Wheel
[Degrees)
33O-CCW
270-CCW
18o-CCV/
90-ccw
3O-CCV/
Digital
(Deqrees)
/ --' :': t-'
"l' '= "- '=
*?,_*{." n
,(.4 / *;r* - !
stne coslnestne
;.1 4
J
tL___l_
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!
, i.,
t"r F
I.."._
i..-_
:
1
-
'./
IY
iu F.
I.-.--i--
$
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oi-?cTl;
Landmark # 1 Landmark # 2
Azimuth {')
Sensor
Dioital (")stne coslne Azimuth (')
Sensor
Diqital(')slne costne
{h
{
t5,- /o.'1 -t''fn ,s L! r-i -' ,:
i{-r4, }
r i,!)
f fr?i,i.' -) c-ft i .-, !
itI
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-"-/ u'/.-" it {3oioL/
ATTACHMENT B
DOCUMENTATION OF
AUDIT INSTRUMENTATION CERTIFICATION
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@YO!.JNG
Ml etea ral og i ca I I n stru rn ents
Certificate of Calibration and Testing
Test Unit:Model: '18810 SerialNumber:Description: Anemometer Drive - 10 to 1,000 Rpm
- Comprised of Models 18820 Control Unit & .lBB31 MotorAssembly
20182
R.M. Young Company certifies that the above
calibrated using standards whose accuracies are
Standards and Technologies (NIST).
equipment has been inspected and
traceable to the National lnstitute of
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Measured at the optical encoder output
Frequency output produces 320 pulses per revolution of the motor shaft
lndicated on the control Unit LCD display - Note: Divide disptayed rpm by 10 tocalculate actual motor rpm
"lndicates out of tolerance
E tto CatiOration Adjustments Required
Traceable frequency meter used in calibration
Date of inspeciion 23 January 2004
I As Found
DP4863
[] Rs Len
Nominal
Motor
Rpm
O utput
Frequency (1 )
Hz
Calculated
Rpm (2)
lndicated
Rpm (3)
60 Z2o bo {"O.)
12A b4a t2a lPan
t+v tZAo 24o ?"*x:
420 Z?AO 4Pn 4?ro-,
60c 42rvt O{Y,honrl
810 442-o 9to 94ton
990 bZ?,D 4o 44oc
ffi Clockwise and Counterclockwise rotation verified
rested By fJC
R.M. YOUNG COMPANY 2801 Aero Park Drive, Traverse City, Michigan 49686 USA
Tel: [phone] Fax: [phone] Ema\l: [e-mail]
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I{ousion (Pre cision, Inc.
8 729 Quff (f'reswa)
?fouston,'fX 7701 7-65A4
Cafiiration Wpofr
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Company:
Address:
Gontact:
Dept:
McVehil-Monnett Associates, lnc.
44 lnverness Dr. East Bldg. C.
Englewood, CO 8A112
Ray Roetman
Doc #:
Date:
PO#:
Page:
26055
21512004
900-MET-240
1
I
Gage:
Mfs:
I ncafinn.
Waters 0.21o 2.0 GM-CM M# 3-M w/case
Waters
Calibration Lab
Control: 4385
Model: Waters 0.2to 2.0 GM-CM
c^-;^r g"oEt tqt f .
M#3-fu1w/case
A'OE+JOJ
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Text:
Comments:
Reference HPI S/O # 11112
We certify the equipment used for this calibration is traceable to NIST through one or more of the foltowing numbers:
:
Gage Status: P.ASS
Certified By: Lidia Lopez Signature:
Next Calibration Due: 215lZO}i
This certificate is not vatid unless alt 1 page(S) are pr$entl - * i_ -/ / / = C-"Laboratory Environmenial Conditions: Terig&ature:21C +l- 2c,-Relatiuu Humidityi-between 40% and 60%."calibration measurements are performed in accordance with guidelines set forth in ANSI/NCSL z54o-1-1gg4,lso10012-1, lso/lEc 17025,the ISO 9000/QS9000 series of qualitystandards and Houston Precision's Quality manual dated: 6/15/03, Eclition 2 Rev.0'lf addiiional information regarding this calibration is required, please contact this laboratory.*All calibrations have been performed under the supervision and authority of Ryan D. Oliphant, Lab Manager.'This Repori of Tesi may oniy be reprociucecj in full with ihe expressed written permission of Housion precision, lnc.
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J{nr refnn Pranieinn lnnr rvsgLvr r r r v\rrlJavr r, ra rv.
8729 Gulf Freeway
Houston , TX77017 -6504
Calibraticn Report
T
McVehil-Monnet Associates, lnc.
44 lnverness Dr. East Bldg. C.
Englewood, CA 80112
Ray Roetman
(JU
Doc.#
Date:
PO#:
Fage:
29221
11t3t2004
900-MET-238
1
I Gage:
Mfg:
Location:
Waters 336-1M
Waters
Calibration Lab
Control:
Model:
4362
Waters 336-1M
Serial#: 4362t
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Received Condition:ln Tolerance
The instrument listed below meet or exceed published specifications and has been calibrated under controlled
conditions and is traceable to the National lnstitute of Standards and Technology (N.l.S.T), or to accepted intrinsic
standards of measurement, or by the ratio type of self-calibration techniques. We conform to ANSI/NCLS 2540.1-
1994, and ISO/IEC Guide 25117025.
GM CM Range LEFT SIDE Readinq Received Reading After Adj.Final Reading
6.0 AO none qo
12.0 1 1.9 none 11.9
18.0 18_0 none 18.0
21.0 21.1 none 21.1
GM CM Ranse RIGHT SIDE Readinq Received Readinq After Adi.Final Readinq
6.0 b.u none 6.0
124 12.0 none 12.0
18.0 18.'1 none 18.1
21.0 21.1 none 21.1
Reference HPI SiO# 12186
Gage Status: PASS
Ceriified by: Denice V. Mills
This certircate is not valid unless all pages are present.
Next Calibration Due: 11l3l2OA5{:\ -
Signature: LILv1,-cr- 4 f-".^f-.t:
Laboratory Environmental Conditions: Temperature: 73"F, Relative Humidity: 41%.
Calibraiion measurements are performed in accordance with guidelines set forth in ANSI/NCSL 2540-1-1 994, lSOl 0012-1 , ISO/IEC 1 7025, the ISO
9000/QS9000 series of quality standards and Houston Precision's Quality Manual dated: 11l14103, Ediiion 2 Re.r.1
" lf additional information regarding this calibration is required, please contact this laboratory,
" All calibrations have been performed under the supervision and authority of Omar Martinez, Lab Manager
" This Repori of Test may not be reproduced excepi in full wilhout express writien permission of Houston Precision, Inc.
Standards Used MFG.Model Certification:Date Due:
Troemner 1 156 Weioht Set 822t265036-01 3t22t2046
1of 1
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*i I5!it {*L/
McVcJzil - Matznett Assaiatcs Inc.
COMPASS CALIBRATION DO CUMENT
Technician:
Caiibration
Location:
Magneiic
Decliration:
G. Gr,*,n
Make:
Model:
Serial
Number:
Compass
IqfA
-/w.Art i e
'€B iu, $bo
o i1 lqc,5. e.,o.J *4 Tr+,t.,rers i L.,b*4? Dt''v
-
L-{ ,t,ttn .'"e'({
IU,"J
Type and Make;
Instrument(s) Used foi Calibratiou
- l f *'Lt<-+ * h<uJo I, ('/
-l Icertified: Zlti /aL!'t
Model aud Serial Number:
TEST DATA
BA z."a 5{n 1ta?
Range k
:)
Calibration Instrumeni
@egrees)
Compass (Degrees)
Actual lCorrected
fference
N (-o)
.?L-t--,-Lf3'95 r Cr2x '- |
l>*,l),,.j J,,+Lo lJ#^,>5-/,a 3'{{*,0 =-Ll-.
-3 --,(,.,5 -'o,5
NE (^'45;
E6i + gJh'iw, *att"-n',
la4#.e tJ,t';-1ht*ET Z.tt " A 4 .r::Ct (r i.)*a 5
E (-90)
fu(",in d..,.*,4 #
EreLl ol ;r,i l,uz.*"?,/ "4f L?. LZ c,'{,a -Li C"s i,-'-i (,
SE i- 135;
FbZ fnt+i"t$,5 ,a-? {\u: 4-
s (- 180)
Q,s*'tlj- * V(S; -
1 , ) L d' itt4 1't".i-- >aL:fz\Z.oi,o , .t,,,1! ^i,\ -F I .,1 -r*i.-i -l r'tt"t
SW (-225;
6,rt eJ>, .I . .
,Q,a , Cz,:kt..r'7 9(J2''-z{ IL L\<!- ut ?21.o - _) ).i - ,i. L.
w (-270)
iL ee {,,'z7f - c z-L. j .L;--7 -* I /---i<
Nw (ru3151
\.ey+e*ffiryt,.;fJ,.*7,,'{3 ZV. ct J*tt r>3ZZ c'-'ic'
I a^hn!^rrh vrdnrnraF
- /.- -^ "Next Certifi:ation Due: > { i*'u)
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MCVEHIL.MONNETT4ffi
44 Inverness Drive Eost r Building C r Englewood, Colorodo 80] 'l 2
303/7901332 r Fox -303/790'7820