TABLE I.1 (Cont.) ID GWM Conducted Wellsb Unit Type St<strong>at</strong>e Constituents Monitored (Comments) Frequency Total In Out Up Down In Area 230 Yes LF PA Quarterly: NH4, bicarbon<strong>at</strong>e, calcium (diss. and total), COD, chloride, fluoride, iron (diss. and total), magnesium (diss. and total), manganese (diss. and total), pH, potassium (diss. and total), sodium (diss. and total), specific conductance, sulf<strong>at</strong>e, total alkalinity, TDS, TOC, turbidity. Annual: additional analyses performed on one of the quarterly samples: arsenic (diss. and total), barium (diss. and total), cadmium (diss. and total), chromium (diss. and total), copper (diss. and total), lead (diss. and total), mercury (diss. and total), selenium (diss. and total), silver (diss. and total), zinc (diss. and total), and an array of organics. 200 Yes LF VA pH, conductivity, TOC, total organic halogens, Table 5.5 (9 VAC 20-80-300) organics, inorganics, and mercury. Comments: All wells monitored for pH, conductivity, TOC, and total organic halides. Currently one well monitored for Table 5.5 organics, inorganics, and mercury. 203 Yes LF VA pH, conductivity, TOC, total organic halogens, Table 5.5 organics, inorganics, and mercury. 241 Yes LF VA Stage I/II−semiannual for Appendix 5.5 inorganics of the VA solid waste regul<strong>at</strong>ions, carbon disulfide, and Appendix 5.1 detects. Stage I/II−every 2 years for all Appendix 5.1 constituents. Stage III−semiannual for all Appendix 5.5 constituents. These are available from the VA solid waste regul<strong>at</strong>ions. Comments: Nine wells for Stage I/II, eight wells for Stage III. 209 Yes LF WI Odor, COD, boron, color, pH, selenium, turbidity, alkalinity, temper<strong>at</strong>ure, hardness, specific conductance, and sulf<strong>at</strong>e. The leach<strong>at</strong>e is also monitored for the constituents as above, along with chloride, cadmium, lead, manganese, mercury, iron, and acid/base neutral extractable compounds. Comments: The landfill has five side-gradient wells in addition to the three upgradient and six downgradient wells. Quarterly 8 8 0 3 5 − Semiannual 14 12 2 3 11 0 Semiannual 11 0 11 3 8 − Semiannual 17 − − 6 11 − Semiannual 14 0 14 3 6 − I-8
TABLE I.1 (Cont.) ID GWM Conducted Wellsb Unit Type St<strong>at</strong>e Constituents Monitored (Comments) Frequency Total In Out Up Down In Area 204 Yes LF WV Lead, barium, sodium, TSS, arsenic, chloride, calcium, manganese, TDS, cadmium, chromium, copper, sulf<strong>at</strong>e, pH, selenium, aluminum, iron, magnesium, temper<strong>at</strong>ure, boron, conductivity, nickel, vanadium, zinc, and molybdenum. Quarterly 11 0 11 3 8 − 205 Yes LF WV pH, barium, sodium arsenic, TSS, chloride, calcium, manganese cadmium, TDS, chromium, copper, sulf<strong>at</strong>e, selenium, aluminum, iron, magnesium, boron, conductivity, lead, vanadium, and molybdenum. Quarterly 8 0 8 3 5 − 216 Yes SI IL Boron, manganese, pH, sulf<strong>at</strong>e, and TDS. Quarterly 11 0 11 2 9 − 206 Yes SI IL pH, TDS, boron, calcium, hardness, manganese, sulf<strong>at</strong>e, and alkalinity. Monthly 13+ − − 7 6+ − 210 Yes SI IL Boron, sulf<strong>at</strong>es, manganese, magnesium, TDS, and pH. Quarterly 9 2 7 3 4 − 211 Yes SI IL Boron, sulf<strong>at</strong>es, manganese, magnesium, TDS, and pH. Quarterly 9 2 7 3 4 − 212 Yes SI IL Boron and pH. Quarterly 14 6 8 4 4 − 213 Yes SI IL Boron and pH. Quarterly 14 6 8 4 4 − 215 Yes SI IL Boron, manganese, pH, sulf<strong>at</strong>e, and TDS. Quarterly 11 0 11 2 9 − 214 Yes SI IL Boron, manganese, sulf<strong>at</strong>e, TDS, and pH. Quarterly 5 0 5 1 4 − 235 Yes SI MN Alkalinity (total), arsenic (diss.), boron (diss.), cadmium (diss.), calcium (diss.), chloride (total), chromium (total), iron, magnesium, manganese, nickel, nitr<strong>at</strong>e (as nitrogen), pH, specific conductance, temper<strong>at</strong>ure, zinc, diss. oxygen, Eh (oxid<strong>at</strong>ion potential), st<strong>at</strong>ic w<strong>at</strong>er level, arsenic, barium, boron, cadmium, chromium VI, copper, iron (diss.), manganese (diss.), potassium (diss.), selenium (diss.), sodium (diss.), sulf<strong>at</strong>e (total), TDS, and TSS. Comments: Additional well was to be added in 2005 to expand coverage area. Quarterly 17 17 0 2 15 − 252 Yes SI ND pH, conductivity, TDS, alkalinity, hardness, nitr<strong>at</strong>e/nitrite, chlorine, sulf<strong>at</strong>e, bicarbon<strong>at</strong>e and carbon<strong>at</strong>e, fluoride, arsenic, boron, barium, cadmium, calcium, chromium, iron, lead, magnesium, manganese, mercury, molybdenum, nickel, potassium, selenium, silver, and sodium. Quarterly 10 9 1 1 8 1 I-9
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ACKNOWLEDGMENTS The authors wish to
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CONTENTS (Cont.) 3.1.9 Testing for
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TABLES (Cont.) 7 Trends in Construc
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TABLES (Cont.) A.14 Chronological C
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xii
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MCL maximum contaminant level MoDNR
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xvi
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S-2 the National Rural Electric Coo
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S-4 Groundwater-monitoring requirem
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S-6 receives only material that the
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TABLE S-2 Summary Results from Chro
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S-10 − In the area of groundwater
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S-12
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2 Air heater and precipitator wash
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4 wastes, and 17% were bottom ash.
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TABLE 1 (Cont.) State a Total CCWs
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8 The remainder of this report cont
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10 (NRECA) and the American Public
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12 Information collected during the
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14 − Type of variance (e.g., clos
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16 potential duplication with the s
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TABLE 2 (Cont.) ID a Unit Name 18 S
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20 Because new power plants built d
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22 the number of new and expanded u
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24 TABLE 7 Trends in Construction C
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26 TABLE 8 Percentages of Wastes Di
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28 TABLE 9 Numbers and Types of Per
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TABLE 11 Liner and Groundwater-Moni
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FIGURE 2 Liners in Identified New o
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34 FIGURE 4 Liner Types Reported fo
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36 Constituents monitored. Landfill
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38 impoundments). The analysis does
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40 (Class I) wastes for which no li
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42 States (Alabama, Florida, Georgi
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44 TABLE 20 Solid Waste Permitting
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46 United States in 2004. The one S
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3.2.2 Findings 48 Table 22 summariz
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TABLE 22 (Cont.) Category of Regula
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52 the surveyed units was conducted
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TABLE 23 Variance Requests and Disp
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56 request, the State regulatory ag
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TABLE 26 Variance Requests by Surve
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TABLE 27 (Cont.) Variance Request S
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62 variance. However, the State (Vi
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TABLE 28 (Cont.) Variance Request S
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TABLE 29 Variance Requests by Surve
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69 5 REFERENCES ACAA 2004 American
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A-1 APPENDIX A: STATE-SPECIFIC REGU
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A.1 APPROACH A-3 APPENDIX A: STATE-
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A-5 For each State reviewed, an eff
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TABLE A.2 Summary of Regulatory Des
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A-9 addition, the regulations in Al
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TABLE A.3 Chronological Comparison
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A-13 A disposal facility in Indiana
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TABLE A.4 Permits Required for CCW
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TABLE A.4 (Cont.) a The pilot study
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A-19 landfills. Otherwise, surface
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TABLE A.5 (Cont.) a “On-site” m
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A-23 groundwater and surface water
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A-25 discharge), the facility may s
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A-27 Wisconsin—Wisconsin designat
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TABLE A.6 (Cont.) State a Illinois
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TABLE A.6 (Cont.) State a Landfills
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TABLE A.6 (Cont.) State a Landfills
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TABLE A.7 Chronological Comparison
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TABLE A.7 (Cont.) State EPA 1988 EP
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A-39 Illinois—In Illinois, landfi
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A-41 The design standards for utili
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A-43 According to Technical Guideli
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TABLE A.13 Summary of Groundwater-M
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TABLE A.13 (Cont.) State a Groundwa
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A-49 such as a commercial industria
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A-51 The Indiana regulations do not
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A-53 developed guidance documents,
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A-55 groundwater. Table A.15 summar
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TABLE A.15 (Cont.) State Leachate-C
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A-59 TABLE A.16 Chronological Compa
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A-61 quality standards, or otherwis
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A-63 A.7 CLOSURE/POST-CLOSURE REQUI
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TABLE A.17 (Cont.) State Closure/Po
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A-67 Type III restricted waste site
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TABLE A.19 Summary of Corrective Ac
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A-71 the plume (329 IAC 10-29-9). T
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TABLE A.20 Summary of Siting Contro
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A-75 TABLE A.21 Chronological Compa
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A-77 The Virginia regulations speci
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A-79 TABLE A.23 Chronological Compa
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TABLE A.24 Summary of Additional In
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A.12 FINDINGS A-83 Table A.26 summa
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TABLE A.26 (Cont.) States with Chan
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TABLE A.26 (Cont.) Description of C
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A-89 TABLE A.27 Summary of States w
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B-1 APPENDIX B: QUESTIONNAIRE FOR N
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