Electrical Power for Valdez and the Copper River Basin-1981

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TABLE 2ACalculated Flows of Allison CreekUsing Meteorological Data from 1948 to 1977(Unregulated Flows)YEAR OCT NOV DEC JAN FEB MAR APR MAY JUN JUL· AUG SEP AVG1948 38. 35. K To 5. 3. 3. 59. 152. 176. 93. 83. 56-. -1949 52. 23. 7. 5. 3. 4. 4. 30. 11l. 103. 89. 134. 47.1950 29. 28. 12. 5. 4. 3. 2. 34. 124. 94. 86. 86. 42.1951 16. 7. 3. O. l. 2. 3. 18. 88. 117. 86. 194. ~ ~.1952 25. 25. 7. 5. 4. 3. 3. 15. 124. 255. . 99. 74. 54.1953 103. 44. 10. 6. 4. 4. 6. 76. 184. 138. 117. 89. 65.1954 48. 12. 6. 4. 4. 3. 4. 55. 12l. 94. 120. 83. 46.1955 47. 25. 4. 4. 4. 3. 3. 12. 108. 174. 122. 43. 46.1956 19. 9. 6. 7. 4. 3. 5. 3l. 125. 17l. 149. 72. 50.1957 17. 27. 13. 5. 3. 3. 3. 44. 12l. 104. 99. 176. 5l.1958 54. 35. 9. 8. 4. 4. 7. 89. 159. 264. 134. 4l. 68 .. 1959 53. 14. ll. 5. 4. 3. 4. 66. 130. 150. 70. 42. 46.1960 44. 19. 10. 7. 5. 3. 4. 79. 130. 163. 108. 8l. 55.1961 29. 13. 23. 9. 5. 4. 6. 93. 120. 12l. 118. 84. 52.1962 39. 15. 8. 7. 4. 4. 5: 4l. 116. 109. 74. 6l. 40.1963 33. 22. 17 . 7. 10. 7. ll. 67. 112. 15l. 89. 54. 49.1964 34. 10. 19. 6. 6. 4. 5. 13. 137. 157. 100. 47. 45.1965 35. 22. 15. 5. 4. 4. 10. 47. 122. 96. 90. 97. 46.1966 44. 1l. 7. 4. 3. 3. 5. 3l. 112. 95. 114. 127. 46.1967 49. 20. 6. 4. 4. 5. 9. 44. 128. 114. 10l. 13l. 5l.1968 23. 28. 14. 5. ll. 9. 6. 80. 116. 103. 7l. 5l. 43.1969 24. 14. 7. 4. 4. 7. 10. 62. 129. 84. 55. 33. 36.1970 6l. 23. 26. 8. 10. 8. ll. 4l. 122. 128. 128. 6l. 53.1971 35. 19. 9. 5. 4. 3. 5. 20. 130. 18l. 113 . 52. 48.1972 39. ll. 4. 4. 3. 2. 2. 14. ' 100. 14l. 103. 95. 43.1973 46. 12. 8. 4. 3. 3. 4. 48. 105. 102. 98. 36. 39.1974 20. 9. 6. 4. 3. 3. 5. 46. 106. 68. 7l. 93. 36.1975 63. 28. ll. 5. 4. 3. 5. 44. 112. 164. 80. 106. 52.1976 36. 8. 5. 4. 4. 3. 9. 154. 240. 135. 96. 122. 68.1977 60. 55. 27. 12. 16. 4. 9. 45. 128. 143. 106. 94. 58.AVERAGE 4l. 2l. ll. 6. 5. 4. 6. 50. 127. 137. 99. 85. 49.
TABLE 1BWater Temperatureof A 11 i son Lake13 April 1979Site #1 Site #2 Site #3Ice Thickness 1 ft. 3 ft. 6 ft.Overflow 1. 5 ft. 0 0.5 ft.Temperature °CSurface (top of ice) -0.25 -0.25 +0.251 Meter -0.25 -0.25 0.002 -0.25 0.00 0.002.5 +0.25 +0.253 0.25 +0.25 0.303.5 0.50 +0.75 0.754 1.00 1.25 1.504.5 2.00 1.90 2.405 2.25 2.40 2.505.5 2.75 2.756 2.75 3.00 2.906.5 3.00 3.007 3.00 3.25 3.107.58 3.25 3.25 3.258.59 3.25 3.25 3.309.510 3.25 3.30 3.3010.511 3.25 3.30 3.3012 Bottom Cd 12.25 M 3.30 3.3013 3.40 3.3014 3.40 3.3015 3.40 3.3016 3.40 3.5017 3.40 3.4018 3.40 3.5019 3.50 3.5020 3.50 3.5030 3.50 Bottom @ 22.25 MBottom @ 37 M
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E---~for-~-~and the Copper River B-
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SYLLABUSThe geographic area conside
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SOUTHCENTRAL RAILBELT AREA. ALASKAI
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INTRODUCTIONDue to continued growth
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The city of Valdez conducted enviro
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FIGURE I:HYDROPOWER STUDY AREAFOR V
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oard feet of hardwoods, half of whi
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VALDEZ
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ALYESKA PIPELINE TERMINAL
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Other Activities:Nonseasonal stable
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Table 3Historical Population of Val
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Transportation and Tourism:Detailed
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The following tables show the futur
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framework of the study authority an
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Nucl ear:Nuclear energy development
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lntertie:With the deciSlon by the C
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If the powerhouse were moved to jus
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CONSERVATION:Description:THE NONSTR
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TRANSMISSION INTERTIEDescription_:T
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impaired. As a result, standoy gene
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ALLISON LAKE
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From the time of pO\'Ier-on-line, o
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Technical services such as electron
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175150FIGURE: 2ENERGY DEMAND - REVI
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175150FIGURE: 4ENERGY - REVISED APA
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SYSTEMOF ACCOUNTSAccountsPlan AAll
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AccountsPlan A.All Diesel Generatio
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then be determined for the 100-year
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Comnents received from the city of
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FINALENVIRONMENTAL IMPACT STATEMENT
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LIST OF PRFPARERSNameExpert i seExp
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COMPARATIVE IMPACTS OF ALTERNATIVES
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AREAS OF CONTROVERSYTo date no spec
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COVER SHEETLIST OF PREPARERSFINAL E
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A. NEED FOR AND OBJECTIVES OF ACTIO
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alternative has been estimated to p
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slopes surrounding Allisorl Lake ar
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weir to the mouth, with the majorit
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expected to Allison Creek below All
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2. Biologicala. Vegetation:,r-.Hydr
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Waterfowl and water related birds f
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within the local community. The imp
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Cumulative impacts to the Port Vald
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Program-related issues. The Alaska
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13.10INDEXSubjectsAffected Environm
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APPENDIX AHYDROLOGYTABLE OF CONTENT
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snowfields and glacier areas on the
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AVERAGE MONTHLY PRECIPITATION(inche
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gages at Lowe River near Valdez, Lo
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were estimated based on Tonsina Riv
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'fUR r)c r ,-. n:c JA~ FEEl "'A~ AP
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--..,I-J--. -,-- - ----- - --TONS I
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ALLISON CREEKESTIMATED STREAMFLOW -
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APPENDIX BEXISTING SYSTEM ANDFUTURE
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IIHf{ODUCTIONThis section is devote
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FIGURE: B-1PRICE INCREASES OF DIESE
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Installed Generat.or Peak Energy fo
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90008000700060005000- 4000 ~..-:300
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Table 4VALDEZ-GLENNALLEN AREA UTILI
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As footnoted, the Alaska Power Admi
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201510CDI5.: ...:.T. .' !', ~. '.,
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SOLOMON HY I.IICU'-__'lOUIE 1-7 MlN
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, .. ,·.AYI.AG! fOWl. DlMANO WHit,
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The following is an excerpt from th
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Power Requirement Study (excerpt)GL
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APPENDIX CECONOMIC EVALUATION
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INTRODUCTIONThe purpose of this sec
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value of 66.92 mills/kWh. This figu
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FIGURE C-2: SOLOMON GULCH ALLISON L
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Er.Jployment Benefits Computation (
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energy would be fully utilized. As
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ECONOMIC EVALUATION OF HYDROPONER M
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ECONOMIC EV~LUATION OF HYDROPO~ER M
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------~-~ECONO~IC EVALUATION OF HYD
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ECONOMIC EVALUATION OF HYDROPO~ER M
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ECONO~IC EVALUATION OF HYDROPOwER M
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APPENDI X DPROJECT DESCRIPTION AND
Page 156 and 157: POWERHOUSETypeTRANSMISSION LINEVolt
Page 158 and 159: POWERHOUSETypeTRANSMISSION LINEVolt
Page 160 and 161: VALDEZ HYDROELECTRIC POWER PROJECTG
Page 162 and 163: turbine. The penstock would bifurca
Page 164 and 165: TABLE D-lSUMMARY COST ESTIMATEOCTOB
Page 166 and 167: TABLE 0-3DETAILED COST ESTIMATEVALD
Page 168 and 169: TABLE D- 3 (cont)Cost Unit Tota 1Ac
Page 170 and 171: TABL E D-4DETAILED COST ESTIMATEVAL
Page 172 and 173: TABLE D-4 (cont)Co st Unit Tota 1Ac
Page 174 and 175: , ..... ,..\ (I),;> "----f .'-.. -I
Page 176 and 177: "'~~TAPANDROCK TRAP1600.•. -~ "00
Page 178 and 179: CORPS OF ENGINEERSU. S. ARMY./f----
Page 180 and 181: APPENDIX EENVIRONMENTAL DATA
Page 182 and 183: TABLE 1ATEMPERATURE RECORDING OF AL
Page 184 and 185: TABLE 1A (cont)ALL! SON CREEK (cont
Page 186 and 187: TABLE 1A (cont)ALLISON CREEK (cont)
Page 188 and 189: ALLISON CREEK (cont)FEBRUARY HIGH L
Page 190 and 191: ALLISON CREEK (cant)TABLE lA (cant)
Page 192 and 193: TABLE 1A (cont)ALLISON CREEK (cont)
Page 194 and 195: TABLE 1A (cont)SOLOMON CREEK - HIGH
Page 196 and 197: TABLE 1A (cant)SOLOMON CREEK (cant)
Page 198 and 199: TABLE 1A (cont)SOLOMON CREEK (cont)
Page 200 and 201: TABLE lA (cont)SOLOMON CREEK (cont)
Page 202 and 203: TABLE 1A (cont)SOLOMON CREEK (cont)
Page 204 and 205: SOLOMON CREEK (cont)TABLE 1A (cont)
Page 208 and 209: TABLE 2BCalculated Flows of Allison
Page 210 and 211: TABLE 4AWater Quality Data of Allis
Page 212 and 213: TABLE 4A (cont)PARAMETERCalciumMagn
Page 214 and 215: TABLE 4A (cont)PARAMETERTurb i d it
Page 216 and 217: TABLE 4A (cont)PARAMETERTurb i d it
Page 218 and 219: TABLE 4BALLISON LAKEWA TER QUALI TV
Page 220 and 221: TABLE 6BIRDS OF THE PORT VALDEZ ARE
Page 222 and 223: Oregon JuncoTree SparrowWhite-crown
Page 224 and 225: UNITED STf-lrESDEPARTMENT OF THE IN
Page 226 and 227: c. Effects on Benthos: The proposed
Page 228 and 229: An ecological evalu~)tion as requir
Page 230 and 231: JAY S. HAMMO~D. GOVERNORDEPARTMENr
Page 232 and 233: CULTURAL RESOURCESAboriginal Settin
Page 234 and 235: shorp--probablv to facilitate easie
Page 236 and 237: Today the Alyeska oil terminal enco
Page 238 and 239: APPENDIX GFOUNDATIONS AND MATERIALS
Page 240 and 241: 100 psi pressure at depth. The sour
Page 242 and 243: -1'~~ ·/~-IU-'J\·-----'~r-.-;-,~
Page 244 and 245: ~UMi'.'j~'~Y!lfGIOL~ N ..--Pa.w'rln
Page 246 and 247: ; ;; Ii; Z II;;; II til, ;;; : i;;
Page 248 and 249: Valdez InterimSouthcentral Railbelt
Page 250 and 251: LIST OF FIGURES AND TABLESPageFigur
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Page 254 and 255: -~~ ~..rt~i~;Valdez Interim ReportS
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alder, salmonberry, blueberry, and
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Table IIPrince William Sound Salmon
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3/ 4/ 5/- - -1976 Average weights b
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the number of pink salmon counted i
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in the fall at the upper end of the
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Table 1 VAllison Creek -Discharge M
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outlet from the lake; however, the
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As stated previously, two alternati
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Discharge measurements are sparse a
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Streambed sedimentation can be caus
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8. That during the construction pha
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LITERATURE CITEDBailey, Jack E., an
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Sharp-shinned hawk - Accipiter stri
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Allison ereekTemperature DataDateTe
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ALLISON CREEKSeptember 1979 . Octob
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ALLISON CREEKDecember 1979 Januarl
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SOLOMON. CREEKSeEtember 1979 Octobe
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7. That clearing for the penstock c
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22. That a cooperative study of the
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APPENDIX IMARKETABILITY REPORT
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Department Of EnergyAlaska Power Ad
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Valdez/Glennallen Power Market Anal
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List of·Tab1esTableIII-1IV-1IV-2V-
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Valdez/Glennallen Power Market Anal
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CHAPTER IISUMMARYValdez and Glennal
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A. Assuming Allison Creek follows S
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CHAPTER IIIPOWER MARKET DESCRIPTION
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increases. Municipal construction h
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CHAPTER IVEXISTING POWER SYSTEMSSys
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TABLE IV-1HISTORICAL LOADS--VALDEZ
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Load FactorsThe following chart lis
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CHAPTER VFUTURE POWER AND ENERGY AS
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Table V-IVALDEZ/GLENNALLEN AREA UTI
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Table V-2INSTALLED CAPACITY REQUIRE
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CHAPTER VI .ALTERNATIVE GENERATION
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Biomass-FiredAlthough of many forms
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A Solomon Gulch article in the Dece
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Net EnergyThis section discusses th
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Table VII-2Valdez/Glennallen Foreca
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40VALDEZ/GLENNALLENCAPACITY/RESOURC
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150Figure VII-3140VALDEZ/GLENNALLEN
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150·Figure VII-5140VALDEZ/GLENNALL
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TABLE VIII-IASummary Cost EstimateO
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TABLE VIII-2Summary Cost EstimatePr
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Table VIII-3AAverage Rate Determina
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Table VIII-4CVEA Diesel Generation
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Table VIII-5Average Rate Comparison
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Table VIII-6Average Rate Determinat
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Table VIII-8Average Rate Determinat
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Table VIII-IOAverage Rate Determina
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----~------T'lble VIII-J 1Average R
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CHAPTER IXBIBLIOGRAPHY1. Power Cost
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: I,B'III Ii ::1: iii,APPENDIX JPUB
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Recipents of Valdez Draft Interim f
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u. s. ENVIRONMENTAL PROTECTION AGEN
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25. ~e str?ngly recOTmend that an a
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UNITED STATES DEPARTMENT OF CO!'!ME
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3. have adequate flows for flushing
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Cnitc:d Srat6 [)c'~,artmcnt of the:
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AdvisoryCouncil OnHistoricPreservat
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Corps Of Engineers - 2 -11/4/80Than
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-2-'2. Most of the State 1 and enco
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-~-The SCH has no objection to this
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ALASKA POWER AUTHORITY333 WEST 4th
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Electrical Power for Valdez and the Copper River Basin-1981

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