Abstract
While traditional bioremediation can degrade most organic elements, a newer process called co-metabolism is required for certain chemical contaminants, such as synthetic organics, pesticides and detergents. The key to successful co-metabolism is characterizing the hydrogeology of the site in question. If the depth, concentration and solubility of the plume are known, a system can be designed to efficiently mix the substrate, contaminant and oxygen underground.
Collection
Subject
environmental technology, pollution, pollution prevention, waste, waste stream, waste stream management, waste treatment, biological treatment, biological treatment technologies, biological treatment technology, bioremediation, contaminants, contamination, co-metabolism, xenobiotic compounds, toluene, phenol, Biological Treatment Technologies
Series
Environmental Science, Introduction to Ecology, Preserving the Legacy 1: Industrial Processes and Waste Stream Management
Duration
00:02:26 (HH:MM:SS)
Language:
English
Copyright Holder
| Name | INTELECOM Intelligent Telecommunications |
| Role | Distributor |
| Telephone | 800-576-2988 x122 |
| Address | 150 E. Colorado Blvd. Ste. 300, Pasadena, CA 91105 |
| [email protected] |
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