Macrotek Offers Innovative H2S Scrubbing Process

Jul 28, 2016 Mark

Press Release ( - TORONTO - Jul 28, 2016 - Air pollution control provider Macrotek Inc. is offering SULFCAT™, its innovative scrubbing process for industrial gases, to its worldwide clients. This H2S scrubbing technology can be used for a wide range of applications in a variety of industries.

Macrotek’s advanced, regenerative, HS removal process is a ground-breaking suite of technologies that scrub in a novel, cost-effective and efficient way. The SULFCAT™ technology has been developed to eliminate hydrogen sulfide (H2S), a major contaminant in many industrial applications. The process uses a regenerative reagent, drastically reducing consumption and operating costs. It also converts H2S into its elemental form of sulphur, eliminating the current need to treat sulphate by-product in wastewater streams.

“We are proud to offer this advanced technology to the marketplace,” says Macrotek President, Peter Ristevski.  “We believe SULFCAT™ will make a significant impact to the industry and we are eager to pass its benefits along to our clients.”

The technology can be used for applications such as gasification, wastewater treatment, petroleum refining, and other areas where efficient removal of H2S is required.

For details on specific applications, please contact Macrotek at

For more of Macrotek’s latest news stories visit

Source : Macrotek Inc. Follow on Google News
Business Info :
Macrotek Inc.
421 Bentley St. Unit 1
Markham, Ontario - L3R 9T2 Canada
Phone: 9054151799


Or using ePRNews Account

Don't have an account ? Sign Up

Register New Account

Already have an account ? Login

Reset Password

Already have an account ? Login


If you have any concerns regarding this press release, please contact the Author / Media Contact / Business of this press release. ePRNews is not resposible for the accuracy of the news posted and do not endorse, support any product/ services/ business mentioned and hereby disclaims any content contained in this press release.