Homeyer Consulting Services, Inc. is the country’s largest independent industrial water consulting laboratory, specializing in HVAC and process-related waters. We help our clients oversee more than $150 million in water treatment contracts and help to protect $15 billion worth of replaceable physical plant touched by treated water.
Upcoming Trade Shows:
Powering the Future: District Energy/CHP/Microgrids
Sept. 27-29, 2021
Austin Convention Center, Austin TX
37th Annual AHCA Seminar & Expo
October 17 – 19, 2021
Disney’s Coronado Springs Resort
Our structured field team consults to over 6,500 sites worldwide, with a primary concentration in North America.
We help to protect water-based equipment touched by treated water.
We provide onsite samplings, laboratory analysis, and water system audits to protect against corrosion, deposition, and biological fouling.
Experienced water treatment professionals are leaving the industry and service is decreasing to unacceptable levels, in turn affecting the health of your systems.
Many of the water treatment representatives are turning to cheaper, less-effective technologies to minimize chemical costs and to appear more competitive to the uninformed end-user.
Field service reports often state that systems are in good health, only for a failure to occur weeks later. It is difficult to identify problems when service reports only record a few factors, such as pH, conductivity, and inhibitor levels.
Generally, the treatment supplier dictates what your problems are, what chemicals you need, and how much it will cost. We are focused on reversing this process and helping you to gain control over the water treatment vendor.
Our ever-expanding laboratory and field capabilities have made us a dominant force in the water treatment industry, and a valuable resource to our customers.
We are well known for continuing research in the areas of Legionella, enhanced and high efficiency tubes, system cleanings, biological fouling, condensate and glycol contamination, intermittent use, and much more.