COM 0162.000 2006-2008 - Laserfiche WebLink

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Clean Earth Energy ~fawaii - Milo, GGC Sustainable Integrate~~lNaste to Energy ~Fa~ties This addition will further enhance gas production and flexibility. Approximately, one ton of biomass from the spent landfill blocks will produce 123 Kg of hydrogen gas. The empty plastic boxes will be recycled and reused at the landfill. Other sources of biomass can also be used including manure, straw, grass, shredded wood, etc. One ton of material from these sources (one ton) will produce 76 Kg of hydrogen gas. Impurities from the process can be captured and returned to the landfill blocks to enhance anaerobic activity. Gas to Liquid Converter (GTLC) Alternatively, the gases, in the proper ratios from the Advanced Chemical Reformer Reactor (ACRR), can be used in alias-to-Liquid Converter - (GTLC) to produce high grade transportation fuel -diesel or gasoline. The GTLC module occupies a small footprint (20 x 20 feet) and is an enclosed mechanical package treatment plant designed to convert hydrogen to transportation grade fuel. The GTLC is similar to the current Syntroleum Modified Fischer-Tropsch process, which is well suited for converting gas to liquid at small scale. Processing integrates high temperature conversion, adsorption, hydrogenation and oligomerization methodologies to produce clean high grade fuel for transportation use. Synthetic fuel produced is clean and has a higher octane rating than distilled petroleum fuel providing better mileage per gallon and less harm to vehicle emission components such as catalytic converters. The SIWEF also includes an optional fuel storage facility with 200,000 gallon - 60 day capacity and related distribution network. This system is housed in a concrete bermed azea to eliminate the risk of environmental release of fuel. Soil Treatment Center Contaminated soil is delivered to the Soil Treatment Center (STC) by individuals or regulatory agency controlled remediation projects in the community after waste characterization and acceptance criteria are met. Selected systems have completed required EPA testing for listing on the National Contingency Plan under the USEPA Oil Program. One of the systems, System ET-20, is currently the number one system for aliphatic and aromatic waste removal efficiency. Soils contaminated with petroleum products (gasoline, diesel, motor oil, etc.) are first delivered to a receiving hopper and are then conveyed by batch into a modified pug mill. Contaminated soils are aggressively mixed with biochemical treatment materials including microbes, bio-nutrie~ and hydrocarbon cracking chemicals. Treated soils are discharged into a bio-cell constructed at the end of the processing train for a short curing and aeration period prior to being released for use as landfill cover -after appropriate confirmation testing. Soils contaminated with chlorinated organic chemicals are treated in a similar manner through a separate hopper and processing train including soil washing and modified soil shredding capability. S/WEF Taheka! Propasd ConJldmNal 10