Bioremediation
By promoting the growth of bacteria that consume pollutants like oil, solvents, and pesticides for food and energy, bioremediation cleans up contaminated sites. These bacteria transform pollutants and harmless gases like carbon dioxide into minute amounts of water.
For bioremediation to occur, the appropriate temperature, nutrition, and foods must be present. The removal of contaminants could take longer if certain components are absent. By introducing "amendments" to the environment, such as molasses, vegetable oil, or just plain air, unfavourable circumstances for bioremediation can be addressed. These modifications make it easier for bacteria to flourish, hastening the bioremediation process.
It is possible to perform bioremediation "in situ," or at the pollution site, or "ex situ," or elsewhere.
Related Conference of Bioremediation
Bioremediation Conference Speakers
Recommended Sessions
- Bioremediation
- Challenges in Plastic Waste Collection and Segregation
- Cylindrical Plastic for Packaging
- E-Waste
- Electric Vehicle (Ev) Batteries Circular Economy
- Innovation & Technology in Plastics Recycling
- Management and Recycling of Waste
- Physical & Chemical advanced Recycling
- Plastics Recycling Opportunities and Challenges
- Recovery of Thermal Waste
- Recycling Chemical Waste
- Recycling Industrial
- Recycling of Food and Agricultural Waste
- Recycling of Metal
- Recycling of Paper
- Solid Waste Management
- Start-up Showcase,
- The Bio-Electrochemical Treatment System is on
- The Bioplastics
- Treatment of Waste Water
Related Journals
Are you interested in
- Agricultural and Natural Resources - Soil Science 2023 (Ireland)
- Bioremediation - Recycling 2023 (Switzerland)
- Challenges in Plastic Waste Collection and Segregation - Recycling 2023 (Switzerland)
- Cylindrical Plastic for Packaging - Recycling 2023 (Switzerland)
- E-Waste - Recycling 2023 (Switzerland)
- Electric Vehicle (Ev) Batteries Circular Economy - Recycling 2023 (Switzerland)
- Innovation & Technology in Plastics Recycling - Recycling 2023 (Switzerland)
- Management and Recycling of Waste - Recycling 2023 (Switzerland)
- Physical & Chemical advanced Recycling - Recycling 2023 (Switzerland)
- Plant and Agro Sciences - Soil Science 2023 (Ireland)
- Plant Physiology - Soil Science 2023 (Ireland)
- Plastics Recycling Opportunities and Challenges - Recycling 2023 (Switzerland)
- Recovery of Thermal Waste - Recycling 2023 (Switzerland)
- Recycling Chemical Waste - Recycling 2023 (Switzerland)
- Recycling Industrial - Recycling 2023 (Switzerland)
- Recycling of Food and Agricultural Waste - Recycling 2023 (Switzerland)
- Recycling of Metal - Recycling 2023 (Switzerland)
- Recycling of Paper - Recycling 2023 (Switzerland)
- Soil and Plant Ecology - Soil Science 2023 (Ireland)
- Soil Biota : Ecosystem Stability - Soil Science 2023 (Ireland)
- Soil Erosion - Soil Science 2023 (Ireland)
- Soil Fertility - Soil Science 2023 (Ireland)
- Soil Metabolism - Soil Science 2023 (Ireland)
- Soil Physics and Soil Mechanics - Soil Science 2023 (Ireland)
- Soil Pollution - Soil Science 2023 (Ireland)
- Soil Regeneration - Soil Science 2023 (Ireland)
- Solid Waste Management - Recycling 2023 (Switzerland)
- Start-up Showcase, - Recycling 2023 (Switzerland)
- The Bio-Electrochemical Treatment System is on - Recycling 2023 (Switzerland)
- The Bioplastics - Recycling 2023 (Switzerland)
- Treatment of Waste Water - Recycling 2023 (Switzerland)