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Pyrolysis Plant Manufacturer & Gasification Equipment | BL Engineering

Pyrolysis process is a thermal disintegration of organic material into lower hydrocarbons particularly in the absence of oxygen. it can be treated as the ultimate waste management and recycling technology.<br><br>

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Pyrolysis Plant Manufacturer & Gasification Equipment | BL Engineering

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  1. PLASMA PYROLYSIS SYSTEM RANGE: 5 - 500 Kg/Hr R BLU-TEK “Technology licensed from ?ा?ाअनुसंधानसं?थान ?ा?ाअनुसंधानसं?थान ?ा?ाअनुसंधानसं?थान Ins?tute for Plasma Research “Department of Atomic Energy Government of India” R B L ENGINEERING BLU-TEK

  2. PLASMA PYROLYSIS SYSTEM RANGE: 5 - 500 Kg/Hr Pyrolysis process is a thermal disintegration of organic material into lower hydrocarbons particularly in the absence of oxygen. It results in the formation of combustible gases, organic liquid, char and tar in varying quantity depending upon the feed composition, heating rate, temperature of pyrolysis and residence time. The amount of char and tar formation reduces as the pyrolysis temperature increases. The temperature of plasma zone is approx. 10,000°C and the surrounding temperature is 600°C–1200°C. AGRO WASTE TO ENERGY Specifications subject to change without prior notice due to continuous technical development. ANIMAL CARCASS DISPOSAL In plasma pyrolysis the most likely compounds which are produced include carbonaceous matter, methane, carbon monoxide, hydrogen, carbon dioxide and water molecules. These product gases are combustible. The exhaust gases generated on combusting the product gases include CO, N, HO. BIOMEDICAL WASTE DISPOSAL 2 2 2 The product gases recovered has calorific and commercial values. These gases can be used as a heat source or as fuel. The amount of gas recovered depends solely upon type of waste and amount of waste. As the system can recover energy from the waste while safely disposing it, plasma pyrolysis can be treated as the ultimate waste management and recycling technology. RECOVERY FROM FMCG WASTE ENERGY RECOVERY FROM BAGASSE Key Points Capacity Range Type of Waste Waste to energy Low opertional cost Sterilization of residue Low carbon foot print Minimized ash generation No generation of dioxin & furan Less time to heat waste Volumetric weight reduction Low foot print Emission norms as per USEPA & MoEF norms ENERGY RECOVERY FROM TAR SAND & OIL 5-500 kg/Hr Solid 5-500 kg/Hr Biomedical 5-500 kg/Hr Pharmaceutical RADIO ACTIVE WASTE Municipal Solid Waste 50-500 kg/Hr 25-500 kg/Hr Industrial Waste 5-500 kg/Hr Hazardous Waste SAFE DISPOSAL OF MSW R B L ENGINEERING + 9 1 9 9 7 4 1 3 7 6 3 6 + 9 1 7 6 0 0 0 3 3 6 2 2 + 9 1 7 9 4 0 0 8 3 7 1 3 P l o t N o . 4 5 5 , Phase II, G.I.D.C. Vatva, Ahmedabad - 382 445. Gujarat (IN). BLU-TEK info@blengineering.net blengineering@hotmail.com www.blengineering.net

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