AirScience Technologies Inc.

AirScience Technologies specializes in the supply of state-of-the-art air emission and pollution control systems and gas separation for the primary and secondary industries more specifically Chemical, Oil & Gas, Power, PTA, Viscose and Waste Management industries. AirScience Technologies was formed in 1993 from the merger of the VOC control activities of a Canadian company and the Air Pollution Control division of a Pittsburgh PA corporation.

Better Air Is Our Business

The people of AirScience have been in the field of air pollution control world wide for a long time. As engineers their knowledge and experience go back many decades. They actually were part of the successive waves of industrial air pollution clean-ups, in aluminum, steel, cement, waste, power plants, etc. world wide. Their capabilities are now focused in bringing technical solutions to more sophisticated air emissions problems and in parallel developping new technologies to address the pressing issue of reducing green house gases. Also in the last five years, AirScience has established technical relationships with such companies as Kanzler Verfahrenstechnik of Austria, Applied Plasma Physics of Norway and Hofstetter of Switzerland and is integrating their products and processes into its offerings.

The recent technical corporate agreement of AirScience and Airox-Nigen of India, a well respected maker of gas separation systems, completes the product line of the company and gives it an entry into the fast developing Indian and middle east markets for gas separation, emission abatement and transportation fuels production.

Biofiltration systems including, biofilters, trickling biofilters and bio-scrubbers.

Wet scrubber systems including, packed towers, venturi scrubbers, open spray towers.

Wet electrostatic precipitators.

Thermal oxidizer systems including modular and regenerative thermal oxidizers.

Catalytic oxidation systems including, catalytic oxidizers, catalytic flameless burners, multi stage catalytic reactors and regenerative catalytic reactors.

PSA type Nitrogen and Oxygen generators.

Biogas separation systems including, CNG, Hydrogen and CO2 production plants.

Hydrogen production systems including, electrolysis, natural gas SMR and methanol SMR plants.

Desiccant type process gas dryers.

VOC control systems including activated carbon and zeolite units.

AirScience is presently developing innovative technologies for:

• Production of oil using micro-algae,
• Production of biodiesel using oil from micro-algae,
• Production of hydrogen from biogas,
• Production of compressed natural gas from biogas, control of coal- and oil-fired power
• Plant emissions using non thermal plasma