Hazardous Gas and Liquid Chemical Waste Treatment System – Real-Time, On-Site

A novel, portable and ready to mount, system the Gas and Liquid Chemical Waste Treatment System (G/CT.W.T.S) utilises a proprietary method of Plasma chemical destruction technology that can be easily modified, calibrated and adopted into any industrial organic gas polluting production line. The process can be continuous and connect directly to a production line on-site.

The system makes the question of capacity irrelevant, since it is connected directly to the source of gasses and copes easily with high volumes. The Gas and Chemical Toxic Waste Treatment System process has a cost advantage over all other known alternative treatment systems. Here is a 1 minute demo video of the GWTS firing up

Enabling Technology

The system is based on Plasma Technology that produces a high temperature (2000-4500^o Celsius) in a small and compact on-site Reactor. The chemical waste is streamed in a continuous process, directly from any production line, into the Plasma Reactor, which then disintegrates it into non hazardous gases and liquids. It is due to the very low residence time needed within the plasma that enables the system to process extreme volumes online.

Markets and Applications

The system is applicable in Chemical, Pharmaceutical and other industries that generate hazardous discharge (Gas, Liquids, Slurry…). Configured to meet a particular client requirements (driven by the volume and rate of waste requiring treatment) and adapted to meet the following needs: -

Gaseous Waste Treatment
Chemical Toxic Waste Treatment
Liquids and In Suspension Wastes
Hazardous organic Waste
Toxic Wastes
Medical Biochemical Waste
Halogenated Waste Treatment
Industrial & Laboratory Solvents Waste
PCB's (Polychlorinated Biphenyl.) A Banned Persistent Organic Pollutant

Organic waste (e.g. from food processing) can be macerated to liquidised if not already and then fed into the system. As landfill costs has risen in many places this is already an economic option.

Key Benefits and Advantages of this technology: -

System is compact and located on-site - The plasma equipment is relatively small. It is easily installed in almost any facility, without the need for costly structural changes. It is designed to operate on site, in real time, so there is no need for the expensive process of moving waste to another location for treatment.

Environmentally friendly option for waste treatment - The plasma-based technology is environmentally friendly, without smoke emissions and dirty discharge as with traditional waste treatment methods. No pre-treatment or post-treatment steps of the treated waste are required.

Very high level of destruction of hazardous waste - The plasma technology and operation at high temperatures enables the rapid destruction of all toxic and hazardous substances.

Technology is highly adaptable to treat most types of waste compositions - With minimal adaptation, the plasma technology can treat most toxic waste substances. The waste treatment system does not require additional investment if waste compositions change due to modifications of the main product.

User-friendly automated operation - The system is highly automated, requiring very limited manpower.

Cost effective - Compared to other waste treatment technologies, this solution is reasonably priced and operating costs are low.

Chemical and energy recovery - The system efficiently converts hydrocarbons into gaseous or liquid fuels. Halogenated hazardous waste is converted to friendly gas and usable by-products.