CECO Environmental Integrated Solutions Ltd (EIS) products

Recuperative systems Volatile Organic Compounds (VOCs) can be converted to carbon dioxide and water vapor by thermal oxidation at temperatures typically above 1382°F.

A concentrator system uses a combination of adsorption and thermal or catalytic technology.

In a thermal oxidizer, Volatile Organic Compounds are converted to carbon dioxide and water vapor in a combustion reaction at temperatures typically above 1,382°F.

Sacrificial adsorption systems are often used in the odour control of process streams with very low inlet concentrations and for toxic gas polishing.Generally these are fixed bed systems that use activated carbon to remove the contaminant, although other materials are available for specialist applications. The contaminant is adsorbed onto the high surface within the material and adsorption continues until the carbon has been fully utilised, at which time it is replaced.

Wet scrubbing is a traditional process for handling some emissions including acid gas streams, ammonia bearing streams and streams with solids that might foul other equipment. CECO EIS systems fall into two main categories which can also be combined as part of an overall system:

ln order to allow discharge straight to atmosphere or to allow treatment of VOC or odorous emissions from some industrial process, it may be necessary to remove particulate from the exhaust stream. This could be paint particulate from spraybooths, dust from municipal refuse tipping halls, inorganic material from a sewage sludge drier or a myriad of other applications.

We manufacture a range of Regenerative Thermal Oxidizers that operate in autothermal flameless mode with zero gas input and we can also modify your existing RTO equipment to operate in the same way in order to reduce the overall consumption of energy. Environmental Integrated Solutions can provide a heat recovery media which provides a thermal efficiency that is greater than standard media.

Sacrificial adsorption systems are often used in the odor control of process streams with very low inlet concentrations and for toxic gas polishing.

If the contaminant level is sufficiently high to require a high carbon replacement rate, but is not sufficiently high enough to make other technologies cost-effective, then a regenerable system may be applicable.