Plasma Gasifier

Product Description

Outfitted with an up to date facility, we are the most famous manufacturer and supplier of a broad array of Plasma Gasifier. This gasifier is assembled using supreme quality components and sophisticated technology by our dexterous team of professionals. In line with different requirements of our clients, we provide the offered gasifier in varied specifications. Provided gasifier is used for converting organic matter into synthetic electricity, gas and slag by the use of plasma. Moreover, we offer this Plasma Gasifier at most reasonable rates to the clients.

Features:

• Rugged construction

• Optimum performance

• Long service life

• Low power consumption

Details:

Generation of Power through Plasma Gasification Of Plastic Waste, In collaboration with CMERI, CSIR Production and consumption of plastics have increased significantly due to its flexibility, durability and economy. But the disposal of plastic waste is a major threat creating environmental hazards. Nearly 40 wt% of the same can be recycled whereas the balance 60 wt% needs a careful disposal. The problem of safe disposal of plastic waste, together with the increasing cost of petroleum products, has encouraged research on the possibility of their conversion into useful forms of energy or chemical products. With this background Central Mechanical Engineering Research Institute (CMERI), Durgapur  CSIR National Research Laboratory under the aegis of Department of Scientific & Industrial Research, Govt. of India has under taken a project Generation of syngas through plasma gasification of plastic  sponsored by Petroleum Conservation Research Association (PCRA), Ministry of Petroleum & Natural Gases, Govt. of India. Positronics India has joined hands with CMERI and will be launching the product for commercial use soon. Positronics India has taken the principle of gasification of plastic to a extent of using not only plastic but ANY CARBONASIOUS material. It can be food waste, dry leaves, wood, saw dust etcetera, that too, without any segregation. A mixture of any carbonaceous material available can be crushed and fed to the gasifier. In return we get green power. MERITS: 1) Ability to accept a wide range of opportunity fuels with limited preprocessing requirements. 2) Operation at ambient pressures allowing for simple feed systems and online maintenance of the plasma torches. 3) Low gas velocities allowing for greater feed flexibility and eliminating most expensive pre-treatments of feed stock. 4) Environmentally friendly operation since syngas that is created has very low quantities of NOx, SOx, dioxins and furans. 5) Inorganic components get converted to molten slag which is removed as vitrified by-product safe for use as a construction aggregate. 6) It can have wide application in Industries, Municipality, Hospitals, society and domestic usage. HENCE PLASTIC IS NO MORE A POLLUTANT BUT A CHEAP SOURCE OF POWER.

Advanced High-Temperature Gasification

The Plasma Gasifier utilizes advanced plasma technology to achieve efficient high-temperature gasification. This process ensures the breakdown of various waste materials into valuable syngas with high purity. Low emissions and optimized energy consumption distinguish it as an environmentally conscious and cost-effective solution for waste-to-energy conversion.


Flexible Capacity and Custom Design

With a capacity of up to 500 tons per day and customizable dimensions, the plasma gasification system is engineered to accommodate different operational demands and site constraints. Its construction from either mild steel or stainless steel contributes to durability and longevity, while offering custom or standard grey exterior finishes for aesthetic adaptability.


Smart Operation and Monitoring

Equipped with computerized controls and automatic functions, the Plasma Gasifier allows for seamless operation and precise process management. Remote monitoring enables operators to track system performance in real-time, ensuring reliability and delivering data-driven decision support for continuous optimization.