ADVANTAGES OF WASTE PLASMA GASIFICATION

Our Waste Plasma Gasification o­ffers numerous unique benefits over conventional thermal treatment technologies.

Maximum energy efficiency converting waste to a gas to generate electricity directly in gas engines, gas turbines or fuel cells dramatically impro ves energy conversion efficiency and maximises electrical output.

The gas is also capable of being converted to substitute natural gas, for distribution to homes and businesses in existing gas grids, electricity, heat, steam, fertilizers or to liquid fuels.

MAXIMUM LANDFILL DIVERSION 

Our technology and process enables almost complete landfill diversion and is complementary to recycling. It can be used in conjunction with existing recycling schemes and, after the removal of recyclates, takes waste that cannot be recycled and uses it to produce energy.

The process produces a high value construction material called SLAG that is recognised as a product not a waste. This removes any environmental, regulatory and commercial risks, which are associated with concerns over the potential eco-toxicity of bottom ash produced by incinerators and other thermal processes.

OUR WASTE PLASMA GASIFICATION IS ABLE TO PROCESS ANY KIND OF WASTE TOGHETHER 

Municipal Solid Waste (including wet fraction);
RDF;
Wood processing residues, biomass;  
Railway sleepers;
Hospital waste;
Plastics, packaging, PVC and polye thylene waste;
Pharmaceutical waste and sludge;
Chemical waste and sludge from chemical treatments;
Used tyres;
Scraps from leather processing;
Exhausted oils, contaminated oils;  Polypropylene and natural absorbents; 
Industrial waste containing chlorine, sulphur, etc.;
Industrial Oils and tank washing sludge residues;
Sawdust, sludge and ash from waste to energy plants;
Asbestos;
Diesel filters from cars, ships and various vehicles;
Oil filters from motor vehicles;
Special electronic waste (computers, monitors, household appliances, etc);
Batteries, acids;
Explosive waste;
Waste containing phosphorus;
Military Waste;
Fly Ash and bottom ash;
Others dangerous waste.
 
 
 

LOW ENVIROMENTAL AND VISUAL IMPACT

Our plant is around 15m high, meaning that it can fit into a standard warehouse similar to the kind seen in edge of town business parks. Emissions from the plant are very low allowing for a stack of only some 10 meters above the height of the building. When producing fuels local emissions are negligible and no stack is required.



LOCAL SOLUTIONS 

The low environmental impact means that a plant can be located, unobtrusively, on the edge of a town, taking waste from that town and supplying power and heat in return - a local, community solution to local waste management challenges and sustainable energy requirements.

Situating a plant close to population centers has additional benefits such as reducing the carbon footprint of waste by cutting the distance over which it’s transported. Moreover, locating plants close to heat users, whether industrial or domestic, further improves energy efficiency.

RAPID DEPLOYMENT 

As most of the equipment is manufactured o­-site, a plant can be built and installed in 18 months compared to 24-30 months for alternative technologies, which usually require a substantial amount of on-site fabrication work. 

OUR WASTE PLASMA GASIFICATION TECHNOLOGY 

The core of the technology is a two-stage advanced conversion process. It combines two long standing and well proven technologies (gasification and plasma conversion) in a unique configuration.

After the removal of valuable recyclates, the Gasplasma process treats a wide range of non-recyclable feedstocks produced from residual municipal solid waste and commercial/industrial waste converting them all into two high  value outputs: a clean, high quality, energy rich synthesis gas (syngas) and a solid, vitrified product SLAG – each with multiple applications.

Our Technology offers a genuinely game-changing solution for a zero waste future.
See Follow  scheme  " Best Green Technologies" to disposal  waste :


 

COMPONENTS OF A FULL PLANT OF WASTE PLASMA GASIFICATION 

A full plant a waste plasma gasification includes:

1) A waste reception hall and materials recycling facility (MRF);

2)The core Gasplasma technology consisting of the fluidised bed gasifier and plasma convertor;

3) Gas cleaning equipment to cool, clean and condition the syngas;

4) An island of power to generate renewable energy and heat or the transformation of the syngas obtained into other products.

The fluidised bed gasifier transforms the organic materials in the feedstock into a crude or unrefined syngas; this is done at a temperature of around 800 °C in a controlled reduced oxygen environment. The syngas produced by gasification alone contains condensable tars making it unsuitable for use in efficient gas engines or gas turbines.

PRODUCTS FROM WASTE PLASMA GASIFICATION

The crude syngas is then fed into a separate, secondary plasma converter. The intense heat from the plasma arc and the strong ultraviolet light of the plasma ‘cracks’ the condensable ars and other longer chain organics into a clean hydrogen-rich syngas.

The bottom ash from the gasifier, containing mainly inorganic elements, is also fed into the plasma converter and is vitrified into a product called SLAG. This is a mechanically strong and extremely leach resistant material with multiple applications (in contrast to the bottom ash arising from other thermal waste processes).

POWER ISLAND (WASTE TO ENERGY) 

The syngas is then cooled, cleaned and conditioned through conventional wet and dry scrubbers (to remove any acidic components) before being used directly in a power island, consisting of reciprocating gas engines or gas turbines, to generate renewable power and heat for export. At its facility plant, ITC has been operating a gas engine on syngas since 2008.

As the world looks for new sustainable waste management solutions and alternative renewable energy supplies, our technology offers a world-class solution to both of these global challenges.

GASIFICATION IS NOT INCINERATION 

ADVANTAGES OF PLASMA GASIFICATION  

SYNGAS AND ENERGY PRODUCTS 

ITC LTD

◙ REGISTERED ADDRESS
International Technical Consultants Ltd
741 High Road - N120BP-London (UK)
Company Reg. 04555793
Vat: GB843855596

◙ BUSINESS ADDRESS
International Technical Consultants Ltd
7 Bell Yard - WC2A2JR- London (UK)

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