Environmental Biotechnology, a sub discipline of Biotechnology is the application of biotechnology used to study the natural environment. It is useful in treating waste water and preventing pollution. Environmental biotechnology is more efficient in cleaning up wastes than conventional methods. Bioremediation is the broadest application employed by Environmental engineers to clean up the environment. They either add the nutrients to the soil at waste site that stimulate the activity of bacteria or add new bacteria to the soil that digest the waste and clean up the site. Bioremediation is an interesting area of Environmental biotechnology; its applications are vast and reliable. Biotechnology applications in food security, agriculture, climate change, and climate mitigation are renowned. The industrial Insulin Hexamer applications of biotechnology are a profitable choice for food and agriculture businesses. Moreover, these processes make sure that minimal damage is inflicted upon the environment. Usually, industries spend an enormous quantity on controlling the aftermaths of conventional industrial production processes but biotechnology ensures that money is saved at the time of production itself. Environmental Biotechnology utilizes the biochemical potential of microorganisms and plants for the preservation and restoration of the environment. It promotes sustainable and efficient use of natural resources like fungi, plants, algae, and bacteria in the industrial processes. Our biological systems have the capability to absorb and control pollutants like free carbon sources from our environment and keep our surroundings clean and green. Integrated with the commercial processes, it helps in forming a balanced industrial framework that has higher potency, makes better use of natural resources, and also keeps our environment green. Green manufacturing technologies and sustainable development ar the key issues that environmental biotechnology addresses.
Last date updated on July, 2014