肯塔基大學最終補充環(huán)境評估Final Supplemental Environmental Assessment for University of Kentucky
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- 更新時間:2021-09-14
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美國能源部在2009年EA / FONSI和2010年補充分析中準備了這項補充環(huán)境評估(SEA),用于在肯塔基州列克星敦附近的肯塔基大學應用能源研究中心設計和建造早期鉛小型費托煉油廠(DOE) / EA-1642),以評估其根據(jù)合作協(xié)議向UK CAER提供財務援助的擬議行動對人類和自然環(huán)境的潛在影響。由于項目設計已更新,因此必須進行SEA,從而導致設施上游的氣化和酸性氣體凈化組件發(fā)生變化。此外,擬議的項目將涉及在肯塔基州費耶特縣列克星敦以北的UK CAER的FT過程開發(fā)單元(PDU)設施(又稱為FT PDU設施)的設備和運營方面建造額外的混凝土墊板和框架。一旦獲得批準,美國能源部將從國家能源技術實驗室(NETL)的煤炭和煤生物質到液體和氣化系統(tǒng)計劃(根據(jù)美國能源部的煤炭計劃)提供另外130萬美元的共同資金,用于購買額外的設備和進一步的設計工作。能源部的資金將推動小型試驗工廠的建設和建立,以氣化煤和煤-生物質混合物,并通過FT合成將衍生的合成氣轉化為液體燃料。該擬議項目旨在評估先進技術從國內(nèi)煤炭生產(chǎn)FT運輸燃料和其他運輸燃料的商業(yè)和技術可行性(42美國法規(guī)[USC] 15801第417條)。
DOE prepared this Supplemental Environmental Assessment (SEA) to the 2009 EA/FONSI and 2010 Supplemental Analysis for the Design and Construction of an Early Lead Mini Fischer-Tropsch Refinery at the University of Kentucky Center for Applied Energy Research, near Lexington, Kentucky (DOE/EA-1642) to assess the potential for impacts to the human and natural environment of its proposed action of providing financial assistance to the UK CAER under a cooperative agreement. An SEA was necessary due to the updated project design, which resulted in changes to the upstream gasification and acid gas cleanup components of the facility. Additionally, the proposed project would involve construction of additional concrete pads and framework for equipment and operation of the FT Process Development Unit (PDU) Facility, also called the FT PDU Facility, at UK CAER north of Lexington in Fayette County, Kentucky. Once approved, DOE would provide an additional $1.3 million in co-funding from National Energy Technology Laboratory’s (NETL) Coal and Coal-Biomass to Liquids and Gasification Systems Programs (under DOE’s Coal Program) to pay for additional equipment and further design work. The funding from DOE would advance the construction and establishment of a small-scale pilot plant for the gasification of coal and coal-biomass blends and conversion of derived syngas to liquid fuels via FT synthesis. This proposed project is intended to evaluate the commercial and technical viability of advanced technologies for the production of FT transportation fuels and other transportation fuels from domestic coal (42 United States Code [USC] 15801 Section 417).
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