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Item Information   Holdings       More by this author     Peters, Kelly M.     Subjects     Lead     Lead -- Toxicology     Costs and Cost Analysis     Air Pollution     Air Pollution -- prevention & control     Indoor air pollution     Air quality management     MSEV Project.     Browse Catalog     by author:      Peters, Kelly M.       by title:      Lead abatement for a...         MARC Display

Lead abatement for a welded tube mill / by Kelly M. Peters. by Peters, Kelly M. Subjects Lead   Lead -- Toxicology   Costs and Cost Analysis   Air Pollution   Air Pollution -- prevention & control   Indoor air pollution   Air quality management   MSEV Project. Description:  74 leaves : ill. ; 28 cm. Contents:  Advisor: Michael Zebell Committee members: Julianne Hunter, Kenneth Kaszubowski Introduction -- History -- Toxicology -- Regulation of lead -- Background information -- Facility description -- Process description -- Process emissions -- Lead abatement options -- Material substitution -- Product alternatives -- Control devices -- Literature review -- Best Available Control Technology (BACT) analysis -- Cartridge filter system design Specifications -- Economic analysis -- Conclusion Appendices: A- Stormwater laboratory report B- Material safety data sheets C- Welded tube mill stack test results D- CO$T-AIR spreadsheet program calculations E- Calculations F- Annual cost inputs G-Cartridge filter system vendor information H- Cartridge filter system vendor information. Lead is the most widely used of the non-ferrous metals due to its physical, chemical, and electrical properties. The use of this material does not come without its challenges. These challenges result from the significant liability associated with the adverse environmental, health, and safety effects. The first part of this case study includes a discussion of the toxicology and the regulation of lead to demonstrate this liability. A lead-based manufacturing process at a radiator manufacturing facility was then targeted to investigate potential abatement alternatives to minimize or eliminate the impacts of lead from the facility. A USEPA recommended control technology review and selection process, known as a Best Available Control Technology (BACT) analysis, was used to evaluate potential abatement alternatives. These alternatives included material substitution, product substitution, and add-on control devices. The BACT analysis determined that material and product substitution may be viable long-term solutions, however, were not technologically feasible at this time. Therefore, four general categories of add-on control devices, including mechanical collectors, fabric filters, wet collectors, and electrostatic precipitators, were evaluated based on the BACT screening criteria. This evaluation identified a cartridge filter system as the most stringent and economic technology available. After identifying a cartridge filter system as the most appropriate control device, a complete design was developed to fit the specific application. The design includes system specifications and financial information needed to complete the installation.   Copy/Holding information Location Collection Call No. Status   Walter Schroeder Library Master's Theses AC805 .P45 2000 Available Add Copy to MyList Format: HTMLPlain textDelimited Subject:   Email to:

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