Cooling Tower Corrosion Inhibitors Explained

Cooling tower and heat exchanger equipment protected by cooling tower corrosion inhibitor program

Cooling systems are essential to maintaining temperature control in commercial buildings and industrial cooling systems. At the center of many facilities is the cooling tower, where heat is rejected through evaporation and continuous contact between water, air, and metal components. This constant exposure creates a highly corrosive environment that can damage metals, reduce efficiency, and…

Read More

Hybrid Cooling Systems: Combining Wet and Dry Cooling Technologies

Technicians inspecting rooftop hybrid cooling system equipment for efficient commercial heat rejection.

As demand for efficient temperature control continues to grow across commercial and industrial environments, many facilities are rethinking how they manage heat in modern infrastructure. Traditional cooling approaches often rely entirely on either water-based or air-based operation, but today’s performance and sustainability expectations require more flexibility. A hybrid cooling system offers a powerful solution by…

Read More

Chemical Compatibility Charts for Industrial Water Treatment

Industrial water treatment system equipment and chemical compatibility planning

Industrial water treatment programs rely on a wide range of chemistries, from acids and caustics to oxidizers and specialty inhibitors. In real facilities, these products are stored, transferred, diluted, and sometimes used near other chemicals and materials, which is where preventable failures often begin. A chemical compatibility chart helps teams anticipate how a chemical will…

Read More

Legionella Prevention as a Core Pillar of Sustainable Facilities Management

Cooling tower emitting water vapor, illustrating Legionella risk and its role in sustainable facilities management.

Legionella prevention is often viewed primarily as a health and safety requirement. However, it also plays a critical role in sustainable facilities management because water quality directly influences energy performance, resource efficiency, and long term building health. As facility managers develop broader sustainability strategies, waterborne bacteria control has become an essential pillar of environmental sustainability…

Read More

Best Water Treatment Strategies to Improve Energy Efficiency in Buildings

Cooling tower system helping improve energy efficiency in buildings through proper water treatment

Improving energy efficiency in buildings is a growing priority for facility managers, engineers, and organizations that rely on complex mechanical and HVAC systems. Rising energy costs and stricter environmental expectations have pushed many commercial buildings to evaluate every part of their infrastructure, including water treatment. Although water systems often operate behind the scenes, they have…

Read More

The Chief Engineer’s Guide To Closed Loop System Efficiency

Chief engineer inspecting rooftop closed loop systems (heating and cooling) in a commercial facility.

In modern engineering and facility management, closed loop systems play a vital role in achieving precision, safety, and efficiency. A closed loop control system continuously monitors its performance through a feedback loop, automatically adjusting its operation to reach the desired output. Unlike an open loop control system, which operates without feedback or corrective input, closed…

Read More

Understanding the Freeze Protection Properties of Different Glycol Types

Industrial HVAC system in winter with insulated pipes and chillers, illustrating glycol freeze protection for closed loop systems.

When temperatures drop below freezing, the water circulating through HVAC systems and industrial processes faces a serious risk of solidifying. Ice formation can rupture pipes, damage chillers, and interrupt production. To avoid these issues, facilities rely on glycol-based antifreeze solutions that provide dependable freeze protection. Glycol is a colorless, odorless liquid commonly used in cooling…

Read More

Should You Add Glycol to Your Closed Loop Glycol Cooling System?

“Insulated rooftop piping and equipment in a closed loop glycol cooling system on a commercial building.

When operating a closed loop glycol cooling system, one of the most important decisions facility managers and engineers must make is whether or not to include glycol in the process fluid. The answer is not always straightforward, as it depends on the system’s exposure to temperature extremes, performance requirements, and long-term operational goals. Glycol plays…

Read More

What is a Glycol System: Troubleshooting Common Issues

What is a glycol system: industrial chiller with glycol piping in a closed loop configuration

In industrial, commercial, and HVAC systems, glycol systems are critical for maintaining consistent temperatures, especially in environments where freezing or overheating could damage equipment or disrupt processes. So, what is a glycol system? At its core, it’s a closed loop system that circulates a glycol-water mixture to regulate temperature. Glycol, a member of the alcohol…

Read More

Industrial Water Recycling Solutions: Strategies, Resources and Programs

Industrial water reuse facility showing wastewater treatment tanks and blue piping system

Across industrial processes, water is no longer an afterthought but a critical resource under stress. With freshwater supplies tightening and environmental regulations intensifying, industrial facilities face increasing pressure to reduce consumption, cut costs, protect human health, and minimize their environmental impact. One of the most effective strategies to meet these challenges is industrial water recycling…

Read More