Closed Loop Water Treatment Services in New Jersey
New Jersey’s aging buildings, seasonal temperature swings, and varying water sources can lead to corrosion, biofilm growth, and glycol breakdown in closed loop systems. Left untreated, these issues can cause leaks, performance drops, and premature equipment failure. EAI Water provides closed loop water treatment services across New Jersey — from Newark to Princeton — to stabilize system chemistry, extend equipment life, and reduce maintenance costs.
With customized treatment, routine monitoring, and dependable service, EAI Water helps New Jersey facilities maintain efficient, low-risk closed loop operations.
Contact Our Local Team
About Our Location in New Jersey
EAI Water delivers closed loop water treatment solutions for hospitals, universities, industrial facilities, and commercial properties throughout New Jersey. Whether you’re managing a chilled loop in Jersey City or a heating loop in Trenton, we offer services such as corrosion inhibition, glycol testing and management, system passivation, and leak prevention. Our programs help keep systems clean, efficient, and protected year-round.
Address:
Clearwater Industries Inc.
246 B Livingston St
Ste 219
Northvale, NJ 07647
Phone:
(951) 272-8200
New Jersey Industrial Water Treatment Experts for over 30 Years
Our Certified Water Technologists (CWTs) understand the treatment demands of closed loop systems in New Jersey’s diverse building environments. We tailor chemical programs based on system volume, material compatibility, and fluid stability requirements. With support from our chemists and engineers, EAI Water delivers long-lasting, low-maintenance solutions that preserve system health and efficiency.
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Closed Loop Preventative Maintenance Service Plans
We start with an analysis of the closed loop’s function within the facility, evaluate system condition and water chemistry before recommending a comprehensive industrial Water Management Program. A preventative maintenance plan for your closed loop system will target dissolved solids, balance pH, and remove oxygen from the water. EAI Water will monitor closed loop equipment and water chemistry to prevent foulants and corrosion from raising utility costs, while extending the life of cooling equipment.
Low Dose Closed Loop Water Treatment Chemicals
EAI Water offers a full line of custom formulated chemicals designed for low doses, saving costs while minimizing our ecological footprint. We have an array of blends specialized for the operating demands of closed loop systems. While closed loop equipment may be at lower risk than open systems, small amounts of biological growth within a closed loop system can quickly grow and form a biofilm on interior surfaces. Our chemistry options find the right mix of nitrite and molybdate-based blends to inhibit corrosion while balancing biological growth and discharge considerations.
Water Treatment Service Plans Offer:
- Onsite water analysis
- Custom blended chemicals added
- Calibrate conductivity and water quality sensors
- Program controllers and chemical pumps
- Remote daily monitoring
- Legionella testing
- Filter replacement
- Ultraviolet monitoring
- Written service reports after each visit tracking program KPIs over time
Remote Monitoring for Closed Loop Systems
Production downtime is sometimes unavoidable, but never has to be the result of fouling due to heating or cooling system 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 that every alert receives the right response.
Plan to Avoid Closed Loop Equipment Fouling
Relying on a closed loop system’s water saving ability may provide some peace of mind against feedwater contaminants, but there is still plenty of opportunity for bacteria, iron and biofilm to form. While the risk of scale may be lower in a closed loop system, a fraction of an inch caused by minerals and hardness, can form deposits that increase operational costs. Without the blow down function to release contaminants, foulants have no escape and can quickly gain momentum.
