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The Texas Diesel Fuels Project, Part 3: Cost-Effectiveness Analyses for an Emulsified Diesel Fuel for Highway Construction Equipment Fleets

机译:德克萨斯柴油燃料项目,第3部分:公路施工设备舰队乳化柴油燃料的成本效益分析

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The Texas Department of Transportation (TxDOT) began using an emulsified diesel fuel as an emissions control measure in July 2002. They initiated a study of the effectiveness of this fuel in comparison to conventional diesel fuel for TxDOT's Houston District operations and included the fleet operated by the Associated General Contractors (AGC) in the Houston area. Cost-effectiveness analyses, including the incremental cost per ton of NO{sub}x removed, were performed. NO{sub}x removal was the focus of this study because Houston is an ozone nonattainment area, and NO{sub}x is believed to be the limiting factor in ozone formation in the Houston area. The cost factors accounted for in the cost-effectiveness analyses included the incremental cost of the fuel (including an available rebate from the State of Texas), the cost of refueling more often, implementation costs, productivity costs, maintenance costs, and various costs associated with the tendency of the emulsion to separate.
机译:德克萨斯州交通部(TXDOT)开始使用乳化的柴油燃料作为2002年7月的排放控制措施。他们开始研究这种燃料的有效性与TXDOT的休斯顿地区运营的传统柴油燃料相比,包括舰队运营的舰队休斯顿地区的相关总承包商(AGC)。进行成本效益分析,包括每吨{sub} x的每吨{sub} x的增量成本。没有{sub} x去除是本研究的重点,因为休斯顿是臭氧非遗赠区域,并且没有被认为是休斯顿地区臭氧地区的限制因素。成本效益分析中占的成本因素包括燃料的增量成本(包括德克萨斯州的可用回扣),更频繁地加油成本,实施成本,生产力成本,维护成本以及相关的各种成本随着乳液的趋势分开。

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