INITIAL INSPECTION REPORT ASH LANDFILL AREA
INITIAL INSPECTION REPORTASH LANDFILL AREASPRINGERVILLE GENERATING STATIONSPRINGERVILLE, ARIZONAPrepared forTucson Electric Power CompanyJanuary 19, 2016Prepared byAMTECH Associates, L.L.C.8666 E. San Alberto DriveScottsdale, Arizona 85258Project No. 1004.06
CONTENTS1ANNUAL INSPECTION REPORT. 11.1Introduction . 11.1.1Regulatory Requirements . 11.1.2Site Description and Location. 11.2Regulatory Documents and Other Information §257.84(b)(i). 21.3Inspection Report §257.84(b)(2). 31.4Conclusion . 4FIGURESFigure 1 – Location and Site MapAPPENDICESAppendix A – Site PhotographsiiiY:\PROJECTS\TEP P\SGS\CCR\Inspections\2015\2015 Annual Inspection.DOC
1 ANNUAL INSPECTION REPORT1.1 IntroductionAMTECH Associates L.L.C. (AMTECH) has prepared this 2015 Annual InspectionReport for Ash Landfill area associated with the Tucson Electric Power’s SpringervilleGenerating Station (SGS) approximately 15 miles north of Springerville, Arizona (SeeFigure 1). This report was prepared to comply with annual inspection requirements as perthe U.S. Environmental Protection Agency’s Standards for the Disposal of CoalCombustion Residuals (CCR) in Landfill and Surface Impoundments, CFR Part 257Subpart D. These standards are applicable to the facility’s Ash Landfill as an “ExistingCCR landfill” as defined in CFR §257.53 and receives CCR.Additionally, in accordance with §257.105(g)(9), this report will be placed in the SGS’sfacility operating record and, in accordance with the requirement stipulated in§257.106(g)(7), noticed to the State Director and posted to the publicly accessible internetsite.1.1.1Regulatory RequirementsAs per CFR Part §257.84(b)(1), existing CCR landfill must be inspected on a periodicbasis by a Qualified Professional Engineer to ensure that the design, construction,operation, and maintenance of the CCR unit is consistent with recognized and generallyaccepted good engineering standards.1.1.2Site Description and LocationThe SGS is a four-unit, pulverized coal-fired, steam electric generating facility, operatedby Tucson Electric Power Company (TEP), that began operations in 1985 and consists of acombined net generating output of approximately 1600-megawatts.SGS is located approximately 15 miles northeast of Springerville, in Apache County,Arizona. The power plant area of SGS is located in Sections 27, 28, 33, and 34, ofTownship 11 North, Range 30 East of the Salt and Gila River Baseline and Meridian. TheSGS site occupies 14,355 acres, which includes the power plant area, ash landfill area andthe east and west well fields.The Ash Landfill, located southwest of the power plant area, is primarily used for thedisposal of fly and bottom ash, products of the coal-fired units at the plant. A delineated1Y:\PROJECTS\TEP P\SGS\CCR\Inspections\2015\2015 Annual Inspection.DOC
portion of the Ash Landfill is used for the disposal of other items in lesser quantities, i.e.reactivator sludge, construction debris and power plant outage refuse, sump sludges,demineralizer resins, PCS, cooling tower sludge, lime, soda ash, sewage pond sludge,evaporation pond solids, miscellaneous pond clean-outs, cooling tower treated lumber, andother inert and non-hazardous materials. A site map showing the locations of the powerplant area and ash landfill area is presented in Figure 1, Attached.1.2 Regulatory Documents and Other Information §257.84(b)(i)The Arizona Department of Environmental Quality (ADEQ) issued an Aquifer ProtectionPermit (AP
1.3 Inspection Report §257.84(b)(2) AMTECH and TEP conducted a visual site inspection at the SGS Ash Landfill area on January 14, 2016. Observations made during the site inspection are summarized below. Changes in Geometry §257.84(b)(2)(i) As this is the initial annual landfill inspection, the evaluation of any changes in geometry
RCRA Subtitle D (Landfill 1) GCL RCRA Subtitle C (Landfill 3) Anisotropic Barrier North (Landfill 4) (Landfill 2) (Landfill 6) Phase 2 Phase 1 West Plots East Plots. 10 Figure 3. Profile of Baseline Test Cover 1 (Soil Cover) Baseline Test Cover 2 (Landfill
"Landfill Footprint" means the area of the landfill site where MSW is approved to be deposited. "Landfill Gas" (LFG) means a mixture of gases generated by the decomposition of MSW, as defined in the Landfill Gas Management Regulation. “Landfill Phase” means the portion of the landfill footprint that has received or is
identified, whereas in 1300OC ash CaO and MgO were the main compounds. The implications for ash deposition in furnaces is discussed. Keywords- Ash, Wood, Furnaces. 1. INTRODUCTION Wood fuel for generating heat and power is of interest because wood is a renewable fuel with low ash and sulfur content. However, as with coal, the problems of ash .
Jan 01, 2020 · Upper Rock Island County Landfill 12,074,418 876,536 858,947 14.1 Total 150,475,284 4,924,012 4,972,816 30.3 . 7 Region 4: East Central Illinois Six landfills in Region 4 reported available capacity as of January 1, 2020. The location of each landfill in Region 4 is depicted here. The table reflects each landfill's reported capacity as of .
THE TECHNICAL GUIDELINE FOR SANITARY LANDFILL, DESIGN AND OPERATION (Revised Draft, 2004) The Technical Guideline for Sanitary Landfill comprises of four (4) parts, they are: i. Part I : Introduction and Basic Design of Sanitary Landfill ii. Part II : Technical Guideline on Sanitary Landfill System iii.
The landfill site is located in the Township of Old Bridge, with a small northern section of the landfill site within the Borough of Sayreville, Middlesex County, New Jersey (Figure 1). The present study was undertaken in order to evaluate the differential sensitivity of the Global Landfill area for the presence of cultural resources, as
Levy 2020-21 /tonne rates 2021-22 /tonne rates 2022-23 /tonne rates Metropolitan municipal and industrial landfill levy 85.90 105.90 125.90 Rural municipal landfill levy 42.95 52.95 62.95 Rural industrial landfill levy 75.59 93.19 110.79 Prescribed industrial waste category B
Electromagnetics and Applications - MIT OpenCourseWare . Preface - ix -
