AirScience Technologies Inc.

9 products found

AirScience Technologies Inc. Products

  • AirScience - Products

  • AirScience - VOC Biofilters

    AirScience - VOC Biofilters

    In biofiltration, VOC laden air is humidified, then passed through a proprietary AirScience filter bed composed of a variety of materials such as: organic matter, bulking agent, acid buffer, holding agent and nutrients. There, naturally occurring microorganisms break down the offending compounds, releasing clean air to the atmosphere along with harmless and odor free carbon dioxide and water.

  • AirScience - VOC Trickling Biofilters

    AirScience - VOC Trickling Biofilters

    In AirScience's Trickling Biofilters water containing nutrients and neutralizing components is fed in a continuous manner to the top of a bed made of structured packing, covered by an activated biofilm. The polluted air to be treated circulates through the packing in a co-current or counter-current fashion. Residence times are generally shorter than for biofilter for comparable performance. Trickling Biofilters can treat higher total loads of...

  • AirScience - VOC Bioscrubbers

    AirScience - VOC Bioscrubbers

    In AirScience's Bioscrubbers, the polluting compounds are first absorbed or dissolved in a water scrubber. The resulting liquid solution is then transferred to a bioreactor where microorganisms degrade the dissolved organic compounds in an anaerobic condition. The resulting bio-gas consists primarily of methane, which can be used as process fuel. Capture efficiencies are in excess of 95%. Anaerobic bioscrubbers have the advantage of generating a...

  • AirScience - Gas Dryers

    AirScience - Gas Dryers

    Wet process gas enters a coalescing pre-filter, then passes through the inlet valve assembly and is directed towards chamber 1 where the clean gas passes upward through the desiccant. Gas drying is doneby adsorption. Dry gas from chamber 1 outlet passes through the valve assembly and through the after-filter to the dry gas receiver tank. While gas is being dried in chamber 1, the desiccant in chamber 2 which has been humidified in the previous cycle,...

  • AirScience - Hydrogen Generators

    AirScience - Hydrogen Generators

    Hydrogen production through Steam Methanol Reforming (SMR). The methanol feedstock is mixed with water in specified ratio and pressurized. This mixture is passed through evaporator, metering pump and super heater. The hot gas mixture is then fed into a catalytic reactor. The reaction of methanol reforming and the shift reaction, takes place in the catalytic reactor of fixed beds simultaneously to form a mixture of H2 and CO2. Hydrogen is then...

  • AirScience - Nitrogen Generators

    AirScience - Nitrogen Generators

    Our Nitrogen Generators operate on Pressure Swing Adsorption, known as PSA Technology. PSA Technology is based on the selective adsorption phenomena of gas molecules under pressure on the surface of highly porous and efficient adsorbent, In the case of Nitrogen Generation the Adsorbent is Carbon-based Molecular Sieve(CMS). When compressed air is used for nitrogen generation, the adsorption towers are filled with CMS. The molecules of oxygen, moisture...

  • AirScience - Oxygen Generators

    AirScience - Oxygen Generators

    Our Oxygen Generators operate on Pressure Swing Adsorption, known as PSA Technology. PSA Technology is based on the selective adsorption phenomena of gas molecules under pressure on the surface of highly porous and efficient adsorbent, In the case of Oxygen Generation the Adsorbent is Carbon-based Molecular Sieve(CMS). When compressed air is used for nitrogen generation, the adsorption towers are filled with CMS. The molecules of oxygen, moisture and...

  • AirScience - Catalytic Oxidizers

    AirScience - Catalytic Oxidizers

    AirScience catalytic oxidizers are specifically designed for process applications where the raw-gas contains sulfur or halogens, the oxidation of which create corrosive and poisoning conditions which are not suitable for common catalyst.

  • AirScience - Modular Thermal Oxidizers

    AirScience - Modular Thermal Oxidizers

    Our Nitrogen Generators operate on Pressure Swing Adsorption, known as PSA Technology. PSA Technology is based on the selective adsorption phenomena of gas molecules under pressure on the surface of highly porous and efficient adsorbent, In the case of Nitrogen Generation the Adsorbent is Carbon-based Molecular Sieve(CMS). When compressed air is used for nitrogen generation, the adsorption towers are filled with CMS. The molecules of oxygen, moisture...