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MSW (Municipal solid waste) handling and disposal are big concern in urban areas where local government and municipalities facing issues due to lack of proper places for conventional disposal / land fill areas and environmental problems. As conventional practices, most of the MSW will be land filled and part will be recycled, combusted and composted (organic fraction).
We are providing suitable solutions for handling MSW from Municipalities to cities to convert MSW to Biogas Energy through Anaerobic Digestion by using our ZPHB® reactor.
This will reduce the quantity of material being land filled, stabilize the organic material before disposal in order to reduce Environmental impacts from air and water emissions and recover energy.
In India and other countries, many of the AD plants were completely failed due to improper detailed engineering mainly Pre Treatment where separation of inorganic, plastics and other materials from organic fraction of the wastes takes places. We will conduct feasibility study to ensure the maximum receiving of organic fraction of MSW for better efficiency of AD system and make lesser ROI of the project.
We offer integrated solid waste management right from segregation of the waste to treating it & reusing the various waste. The treatment typically consists of.
1. Pre-treatment - the unsegregated waste is subjected to segregation where in Inorganic like paper, plastic, metal & glass etc are removed and only the wet waste is blended to form a slurry for feeding in to the reactor.
2. Anaerobic Treatment KIS offers ZPHB® mesophilic type of reactor with RCC/MSEP/GLFS with all the necessary safety features as pressure breaker & vacuum breaker
3. Sludge Management The sludge is separated for liquid & solid part where the solid part is converted into organic manure aerobically.
4. Biogas management system The biogas produced by anaerobic digestion is collected in the gas holder. Biogas is used for BIOCNG® or to generate power.
5. ETP- the liquid part of the digestate is treated by different methods and the water is recycled back to the reactor during the slurry preparation.