Coal Combustion Products Extension Program

Butalia, Tarunjit S. ; Wolfe, William E.

Ohio State Univ Research Fdn

关键词: Contractors;    Implementation;    Economics;    01 Coal, Lignite, And Peat;    Recycling;   

DOI  :  10.2172/892565
RP-ID  :  None
RP-ID  :  FC26-00NT40909
RP-ID  :  892565

美国|英语

来源: UNT Digital Library

【 摘 要 】

The primary objective of the CCP Extension Program is to promote the responsible uses of Ohio CCPs that are technically sound, environmentally safe, and commercially competitive. A secondary objective is to assist other CCP generating states (particularly neighboring states) in establishing CCP use programs within their states. The goal of the CCP extension program at OSU is to work with CCP stakeholders to increase the overall CCP state utilization rate to more than 30% by the year 2005. The program aims to increase FGD utilization for Ohio to more than 20% by the year 2005. The increased utilization rates are expected to be achieved through increased use of CCPs for highway, mine reclamation, agricultural, manufacturing, and other civil engineering uses. In order to accomplish these objectives and goals, the highly successful CCP pilot extension program previously in place at the university has been expanded and adopted by the university as a part of its outreach and engagement mission. The extension program is an innovative technology transfer program with multiple sponsors. The program is a collaborative effort between The Ohio State University (College of Engineering and University Extension Service), United States Department of Energy's National Energy Technology Laboratory, Ohio Department of Development's Coal Development Office, and trade associations such as the American Coal Ash Association as well as the Midwest Coal Ash Association. Industry co-sponsors include American Electric Power, Dravo Lime Company, and ISG Resources. Implementation of the proposed project results in both direct and indirect as well as societal benefits. These benefits include (1) increased utilization of CCPs instead of landfilling, (2) development of proper construction and installation procedures, (3) education of regulators, specification-writers, designers, construction contractors, and the public, (4) emphasis on recycling and decrease in the need for landfill space, (5) conservation of natural resources, (6) better products and significant technical benefits, (7) reduction in the cost of energy production for utilities, (8) substantial savings for endusers, (9) continued economic competitiveness of coal as a fossil fuel, (10) cleaner and safer environment, (11) reduced social costs, and (12) greater economic development.