SDS FILE ACCESSPRICING ON DEMAND
Since 1975. A heritage built on trust, integrity, and hard work. 3 Generations of the Fleig family and counting.
Learn more >Industries around the globe rely on Chemenergy's trained service technicians to get the job done right. Protecting chillers, cooling towers, boilers, RO systems, etc. in facilities worldwide.
Learn more >When budget is top priority Chemenergy's surplus equipment inventory can help. New and Used equipment available.
Learn more >Since 1975 Chemenergy has been providing technical support and water treatment programs to facility operators and building owners. Increasing ROI and building relationships built on trust.
Learn more >Pretreatment equipment, small leaks and other pre-boiler scenarios cause corrosive gases to be present in the MU water sent to steam boiler systems for production/heating uses. Corrosive gases such as oxygen and carbon dioxide must be chemically treated in order to be fully removed even after proper mechanical deaeration has taken place.
Regardless of the source, water used for production processes will commonly be sent through pretreatment equipment to ensure proper MU water qualities are present. While it is not as common for commercial buildings to have the vast amount of pre-treatment equipment available and necessary to that of a production plant, it will still be present. Pre-treatment equipment introduces corrosive elements into the bulk MU water supply that will be used for steam boiler equipment.
For example mechanical deaeration systems used on common steam boiler systems will remove corrosive gases such as oxygen but only down to levels of 10 ppm minimums. All traces of oxygen should be eliminated completely to remove the possiblitlty of oxygen pitting, equipment downtime and damage to boiler system parts, coils, heat exchangers, pumps, separators and housing.
Chemenergy will ensure all pre-boiler corrosion is halted, treated and cured through Chemenergy's proprietary chemical dosing systems, forumalitons and product lines. Allowing corrosive gases and other corrosive pre-treatment equipment by-products to become non-corrosive by-products of chemical reactions.
