Molecular biological enhancement of coal biodesulfurization
Molecular biological enhancement of coal biodesulfurization
The overall objectives of this project is to use Molecular Genetics to develop strains of bacteria (esp. Rhodococcus) with enhanced ability to remove sulfur from coal, and to obtain data that will allow the performance and economics of a coal biodesulfurization process to be predicted. 5 figs.
- University of North Texas United States
Bituminous Coal, Optimization, Organic Sulfur Compounds, Fossil Fuels, And Peat, Carbonaceous Materials, Microorganisms, Fuels, Microorganisms 010402* -- Coal, Sulfur Content, Lignite, Desulfurization, Organic Compounds 010402* -- Coal, Materials, 59 Basic Biological Sciences, Decomposition, Progress Report, Sulfur Compounds, Bacteria, Chemical Reactions, Document Types, 01 Coal, Metabolism, Coal, 550700 -- Microbiology, Biodegradation, Energy Sources, Genetic Engineering, & Peat-- Purification & Upgrading, Black Coal, Cloning, Forecasting, Biotechnology
Bituminous Coal, Optimization, Organic Sulfur Compounds, Fossil Fuels, And Peat, Carbonaceous Materials, Microorganisms, Fuels, Microorganisms 010402* -- Coal, Sulfur Content, Lignite, Desulfurization, Organic Compounds 010402* -- Coal, Materials, 59 Basic Biological Sciences, Decomposition, Progress Report, Sulfur Compounds, Bacteria, Chemical Reactions, Document Types, 01 Coal, Metabolism, Coal, 550700 -- Microbiology, Biodegradation, Energy Sources, Genetic Engineering, & Peat-- Purification & Upgrading, Black Coal, Cloning, Forecasting, Biotechnology
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