Macrotek’s Regenerative H2S Removal System Selected for Landfill Gas Cleanup

September 6, 2018

Macrotek Inc., a global air pollution control expert, was selected to design and build an H₂S gas removal system for a landfill gas cleanup application in the Midwestern United States.

The landfill operates a landfill gas-fired electrical generating facility. The system will be replacing a conventional chemical oxidation scrubber and will offer many efficiencies. Macrotek’s regenerative technology efficiently removes H₂S from a variety of industrial gas streams while dramatically reducing the consumable reagent and water requirements when compared to competing technologies. It also significantly lowers wastewater treatment costs and generates a marketable by-product (elemental Sulfur).

Macrotek will design, engineer, and deliver a skid mounted H₂S removal system that will be pre-wired and pre-piped to minimize field labour and cost. The system will recover 1.5 tonnes per day of Sulfur.

One of the key benefits of Macrotek’s new H₂S removal systems is the high degree of operating flexibility. The proposed system will be capable of handling wide fluctuations in flow and composition.

Macrotek’s novel technology is also well-suited to many other H₂S removal applications such as oil and gas production, wastewater and sewer gas treatment, biogas production, as well as numerous other industrial processes.

The landfill gas cleanup project is nearing the end of completion with delivery expected in the coming weeks.

For more information, please contact:

Janet Ristevski
905-415-1799
jristevski@macrotek.com

About Macrotek

With more than 90 years of experience, Macrotek Inc. offers a variety of air pollution control systems to suite a broad range of environmental requirements. Using some of the most innovative and effective technologies available in the industry, Macrotek provides cost-efficient applications for industrial air purification. For more information about Macrotek, visit the company’s website at www.macrotek.com.