Chanderpur Group

  You might not be aware of this, but gasification is the process that is designed to convert organic materials into carbon dioxide, carbon monoxide, and hydrogen gas. If you are an industrialist, you might know this process is widely used in industries. The generation of electricity from local fuels is one of the most significant benefits of gasification of municipal solid waste . You might find it surprising that a wide variety of biomass and waste-derived feedstock can be gasifier, include wood waste, aluminum, plastics, municipal solid waste, agricultural and industrial wastes, sewage, sludge, and crop residues. A Tad About the Gasification Process Gasification can potentially process both mixed waste and the plastic-only fraction of waste. This process uses a small amount of air that further results in higher energy recovery efficiency and limited formation of pollutants like nitrogen oxides. If you are still not convinced yet, we have listed for you some of the most compell...

Hazardous wastes are created by almost any manufacturing process or industry. There are a myriad number of hazardous wastes that you don’t even realize are a menace for health, habitat or environment. Industries are also finding and deploying safe and eco-friendly hazardous waste disposal measures for their effective utilization and disposal. Besides reducing the production of waste material, another focus has been on safe disposal of such waste. The gasification of municipal solid waste (MSW) can be done by using various processes to convert it into a fuel or another source of energy. Process The MSW is pre-processed into a suitable feedstock material which is then oxidized at temperature as high as 800 ˚ C. The bye-product generated is a syngas which can be used as a fuel to run gas engines, gas turbines etc. The gasification of MSW has resulted in lesser demand for land under waste management and it also reduces environmental pollution. Equipment The reactors or gasifiers a...