Boiler Water Treatment Services in Connecticut
Connecticut’s aging infrastructure, seasonal temperature swings, and variable municipal water can take a toll on boiler systems. Scale buildup, corrosion, and poor condensate return can reduce system efficiency, increase fuel costs, and lead to early equipment failure. EAI Water provides boiler water treatment programs across Connecticut — from Hartford to Stamford — built to protect your boiler assets, improve energy efficiency, and maintain compliance with ASME and state regulations.
With data-driven chemical programs, expert monitoring, and reliable field support, EAI Water helps Connecticut facilities run safer, more efficient boiler systems.
Contact Our Local Team
About Our Location in Connecticut
EAI Water supports boiler systems across Connecticut in hospitals, schools, biotech facilities, manufacturing plants, and commercial properties. Whether you operate a high-pressure system in New Haven or a heating loop in Bridgeport, our programs include scale and corrosion control, oxygen scavengers, blowdown management, and condensate return protection. We help Connecticut facilities stay efficient, compliant, and protected year-round.
Address:
Clearwater Industries
415 Bridgeport Ave.
Shelton, CT 06484
Clearwater Industries
50 Mungertown Rd Ste 5
Madison, CT 06443
Phone:
(951) 272-8200
Connecticut Boiler Water Testing and Treatment for over 30 Years
Our Certified Water Technologists (CWTs) understand the specific treatment demands of boiler systems in Connecticut, from changing feedwater conditions to steam load variability. We build tailored chemical programs based on system design, local water quality, and operational needs. Backed by our chemists and engineers, EAI Water delivers precise treatment strategies and on-site service to keep your steam system running at peak performance.
OUR EXPERTS ARE WAITING TO HEAR FROM YOU.
Experience the economic advantage and start saving facility water today.
Low Dose Boiler Water Treatment Chemicals
EAI Water offers a full line of custom formulated boiler chemicals designed for low doses, saving costs while minimizing our ecological footprint. Our optimized chemistry formulations hold in sparingly soluble salts well beyond their saturation limits, reducing water use.
Removing boiler water hardness and damaging deposits requires a unique solution for each setting and water source. Our optimized oxygen scavengers provide corrosion control for different temperatures, while our polymer blends provide the right internal chemical inhibitor for scale and corrosion causing minerals.
Boiler Treatment Chemicals Include:
- Phosphates and/or Phosphonates to remove and prevent Scale (scale inhibitors)
- Corrosion Inhibitors to protect internal surfaces
- Polymers to resist particulate accumulation
- Scavengers to remove oxygen (such as sodium sulfite)
- Anti-foam to prevent carry-over
- Dispersants to loosen surface tension and allow active chemistries to circulate
- pH and alkalinity balancers
Steam Boiler Water Treatment Plans with EAI Water Include:
- Producing highest quality feedwater
- Equipment monitoring– Including chemical pumps, drums, controllers, conductivity meters, and filter replacements
- Balancing pH and alkalinity
- Chemicals Added, including oxygen scavenger, antiscalant and defoamer
- Water analysis and report with recommendations
- Remote monitoring and notification alerts
Remote Monitoring for Boiler Water Systems
Production downtime is sometimes unavoidable, but never has to be the result of fouling due to boiler maintenance. Problems resulting from water temperature, pressure, leaks and chemical dosing are not inevitable. A remote monitoring system calibrated by EAI Water will ensure production is never compromised and productivity is always up. We offer training and support so every alert receives the right response.
High Pressure and High Purity Boiler Applications
High purity boiler applications require constant monitoring since they are used to generate reliable power. EAI Water services cogeneration plants which use steam to drive a turbine that generates electricity for large university campuses and medical centers.
