Plasma Gasifier

Plasma Gasifier – Turning Waste into Clean Energy

A Plasma Gasifier uses the power of plasma arc technology to convert solid waste into clean, usable energy. Unlike traditional incineration or gasification systems, which rely on combustion and produce harmful emissions, plasma gasifiers operate at temperatures exceeding 5000°C — completely breaking down waste molecules into syngas (CO + H₂) and vitrified slag that is non-toxic and reusable.

At Technocrats Plasma Systems Ltd., we design and manufacture custom-engineered plasma gasification systems for municipal, industrial and hazardous waste applications — enabling a sustainable pathway to zero landfill and carbon-neutral operations.

How Plasma Gasification Works

Waste Feeding

Segregated or mixed waste is fed into a sealed reactor vessel.

Plasma Generation

A non-transferred plasma torch ionizes air, nitrogen, or argon, creating a plasma arc at 4000–6000°C.

Thermal Decomposition

The extreme heat dissociates organic molecules into basic elements — primarily CO and H₂, forming syngas.

Energy Recovery

The syngas can be cleaned and used to generate electricity, hydrogen or synthetic fuels.

Inert Slag Formation

All inorganic material melts and solidifies as glassy slag, which is environmentally safe and can be used in construction materials.

Key Applications

Municipal Solid Waste (MSW)

Converted into clean syngas and vitrified slag

Industrial Waste

Safe destruction of plastics, sludge and chemicals

Biomedical Waste

Complete destruction with zero dioxin/furan emission

Hazardous Waste & Asbestos

Neutralized into inert, reusable glassy material

Mining Residues & Fly Ash

Converted into inert granules for reuse

Special Projects

Syngas-based combined heat and power (CHP) plants

Advantages Over Conventional Systems

Feature	Plasma Gasifier	Conventional Gasifier / Incinerator
Operating Temperature	4000–6000°C	800–1200°C
Feedstock Flexibility	MSW, industrial waste, biomass, hazardous waste	Limited feed types
Emissions	Near-zero (no dioxins or furans)	High emissions, fly ash
By-products	Inert vitrified slag	Toxic ash, unburnt carbon
Syngas Quality	High-purity (CO + H₂)	Low calorific value
Energy Recovery	Up to 80–85%	40–60% typical
Landfill Requirement	Nil	20–30% residue

Available Configurations

Model	Power Rating	Waste Capacity	Typical Application
TP-G50	50 kW	0.5–1 TPD	Pilot & R&D studies
TP-G150	150 kW	3–5 TPD	Small waste treatment plants
TP-G500	500 kW	10–15 TPD	Medium industrial waste
TP-G1000	1 MW	25–30 TPD	Municipal waste
TP-G5000	5 MW	100+ TPD	Large commercial operations

Each gasifier system can be integrated with

Feed handling & segregation modules
Plasma torch and power source
Syngas cooling & cleaning system
Energy recovery unit (engine/turbine)
SCADA-based control system

The Future is Plasma

Plasma gasification represents the next revolution in waste management and renewable energy. It provides a clean, scalable and commercially viable route to transform waste into energy, materials and environmental value.

Technocrats Plasma Systems Ltd. stands ready to support municipalities, industries and energy developers in building a cleaner, greener tomorrow.

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