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DETERMINING FLORIDA LANDFILL ODOR BUFFER DISTANCES USING AERMOD
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| Title | DETERMINING FLORIDA LANDFILL ODOR BUFFER DISTANCES USING AERMOD |
| Author | Figueroa, Veronica
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| Keywords | MSW landfills
odor buffer zones
methane
greenhouse gas inventory
air dispersion modeling
AERMOD
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| Abstract | As U.S. landfills continue to grow in size, concerns about odorous gas emissions from landfills are increasing. For states that are expanding in population, such as Florida, odors from landfills are a major concern because new housing developments, needed to accommodate the rapid population growth, are creeping closer and closer to the existing landfills. As homes get closer to landfills, odor complaints are likely to become more frequent, causing landfill managers increased problems with public interactions. Odor buffer zones around landfills need to be established to give municipalities tools to help prevent the building of future homes too close to landfills. Using the latest air dispersion model, AERMOD, research predicted downwind odor concentrations from a Central Florida landfill. Accurate estimates of methane emissions throughout a Central Florida landfill were determined using a new technique developed as part of this research that uses hundreds of ambient air VOC measurements taken within a landfill, as receptors. Hundreds of point sources were placed on the landfill, and the standard Gaussian dispersion equations were solved by matrix inversion methods. The methane emission rates were then used as surrogates for odor emissions to predict downwind odor concentrations via AERMOD. By determining a critical zone around a landfill with regards to odor, stakeholders will be able to meet regulatory issues and assist their communities. Other beneficial uses from this research include: determination of existing gas collection system efficiencies, calculation of fugitive greenhouse gas emissions from municipal solid waste (MSW) landfills, and improved landfill gas management. |
| Adviser | Cooper, C. David
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| Publisher | University of Central Florida |
| Degree | M.S.Env.E.
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| Degree Discipline | Department of Civil and Environmental Engineering
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| Degree Grantor | Engineering and Computer Science
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| Degree Program | Environmental Engr MSEnvE
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| Graduation Date | 2008-01-01 |
| Type | Master's thesis
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| Access Level | Public - Allow Worldwide Access
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| Release Date | 2008-09-05 |
| Repository | University Archives
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| Repository Collection | Electronic Theses and Dissertations
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| Identifier | CFE0002200 |
| Access Link | http://purl.fcla.edu/fcla/etd/CFE0002200 |
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