Explore ICST’s blog for expert insights and latest trends in industrial cooling solutions. Stay updated and optimize your plant’s performance today.
The Southeast Asia cooling market stands as the fastest-growing sector of its kind in the world today. Analysts project the market value will reach $25.41 billion by late 2026, driven by a Compound Annual Growth Rate (CAGR) of 6.9%. This surge represents more than just financial numbers. It signifies a fundamental shift in how industries…
Most industrial facilities treat cooling water chemistry as a routine necessity, but the substances involved are often hazardous by design. Industrial biocides must kill biological life, and scale inhibitors must alter aggressive chemical environments. When you introduce these potent compounds into a system that relies on circulation, heat transfer, and evaporation, the potential for exposure…
Heat stress prevention for cooling workers is an urgent priority across industrial sites. Cooling towers are essential for industrial operations, but they present a paradox. While they cool machinery, they create hazardous environments for the people who maintain them. The combination of high temperatures and extreme humidity creates a “micro-climate” that standard thermometers often fail…
Electrical maintenance in cooling infrastructure differs significantly from standard electrical work. Water, humidity, mist, and condensation create an environment that actively degrades components and amplifies conductivity. These factors transform routine tasks into high-stakes operations where a minor oversight can lead to severe injury or equipment failure. Cooling system electrical safety requires a specialized approach because…
Cooling tower fall protection is a critical priority for anyone overseeing tower maintenance and facility management. Cooling towers pose challenges far beyond those of conventional rooftops, including persistent wet-bulb humidity, high vibration from powerful fans, and algae-slick, slippery surfaces that increase the risk of falls and accidents. Even one misstep in these demanding environments can…
Cooling towers are vital components of modern industry, yet they harbor hazards that remain hidden to the untrained eye. Unlike the obvious dangers of heavy construction machinery, the risks within a cooling system are often silent and invisible until an accident occurs. Bacterial growth like Legionella, corrosive treatment chemicals, and slippery surfaces create a complex…
Cooling system occupational hazards cover the chemical, electrical, mechanical, heat-related, and biological risks technicians face while operating and maintaining cooling towers, chillers, and heat exchangers. A single shift can expose a worker to concentrated biocides, live panels, rotating fans, and hot environments all at once, threatening health and safety if any control fails. Recognizing each…
In 2026, procurement managers face a critical decision in local vs international cooling suppliers—balancing the speed and agility of local cooling vendors against the engineering depth, compliance, and reliability of international cooling brands. This ongoing trade-off continues to shape modern industrial cooling and HVAC procurement strategies. Global sourcing trends are shifting. We see a strong…
Ever wondered how massive industrial and HVAC systems manage to stay cool under pressure? Or why do some cooling towers perform better and last longer than others? Cooling towers are the unsung heroes of temperature regulation, but for facility managers and engineers, choosing the right one is more than just a technical decision—it can affect…
Industrial cooling systems represent a significant capital investment and a long-term operational commitment. Choosing the correct equipment impacts your facility’s energy bills, maintenance schedules, and overall reliability for decades. This guide assists engineers and facility managers in navigating the complex decision of air cooled vs water cooled chillers to ensure optimal system performance. What Is…
