Twenty three Indian cities will each generate more than 1000 metric tonnes of municipal solid waste per day in the next five years. Cumulatively they will generate 93,000 tonnes of municipal solid waste every day. At this scale, solid waste management systems without waste to energy combustion technology, will not be able to safely and economically treat and recover energy from post-recycled waste.
Every day, urban India generates 188,500 tonnes of MSW - 68.8 million tonnes per year - and waste generation increases
by 50% every decade. Some of this waste will be recovered by an army of informal recyclers - 20% in large cities according
to Environmental Research and Action Group and less in smaller cities. However, more than 80% reaches open
dumpsites where it causes damaging public health, deteriorating the environment, and causes climate change.
Landfill space is hard to find in and around India's urban centres. Dumpsites in almost all cities are already handling
more waste than they can hold. Finding new landfills near cities is almost impossible due to the sheer lack of space for
Locally Unwanted Land Uses (LULUs) like waste management because of the NIMBY phenomenon, the population
density and the scale of increasing urban sprawl, and the track record of dumpsite operations and maintenance in India.
Every municipal official who attended the Waste to Energy Research and Technology Council (WTERT)-lndia's International Brainstorming Session in 2012 asked for help with this issue. T herefore, reducing the amount of waste that goes to dumpsites at a scale that can make a difference is of a high priority. However, due to a lack of source separation, the yield of composting plants or Mechanical Biological Treatment (MBT) was only 6-7% making them economically unfeasible. Rejects from these plants were more than 60% of the input stream - the rest of the mass transfer was in the form of escaped water vapour and CO2.
We, at Electromech Engineering Enterprises, working in he field of Renewable Energy for serveral years. We have been offering tailor-made solutions for the total treatment/management of solid waste. We believe in "Disposal of Waste at its Source of Generation"
Our State-of-the-Art Techonology and Methodology will help generate Renewable Energy, the Green Energy of the future and help governments in waste reduction recyle and reuse. We can proudly claim Pyrolysis helps
We offer Technicle Know how to treatment plant development on solid waste management. Our design office with fully equipped manufautring set-up and in-house R & D facilities to successfully test and assess the treatability of specific solid and liquid waste. We can act during all stage of a project manager, consultant, designer, construction supervisor or as EPC turnkey contractor.
There is tremendous scope for the products of pyrolysis like Industrial Diesel(Pyrolysis Oil) Gaseous Fuel and Carbon black. The important applications are, Pyrolysis oil(Industrial Diesel). Used in Electric Generators, Boilers, Diesel Pumps, Furnace, Hot air geneators, Hot water genentor, Thermic fluid heater etc.
