Water in Refrigeration Systems: Versatile Coolant and Refrigerant Roles
Water serves a versatile function in refrigeration and cooling processes, acting either as a coolant or as a refrigerant depending on the system design and operating conditions.Water as a CoolantWater is commonly employed as a coolant in applications where the operating temperature remains above 0°···
Enhancing Cooling Efficiency: The Versatility of Glacier Coolant's LM-15 Series
In the field of industrial cooling, finding the perfect solution to meet diverse temperature control requirements has always been a challenge.Glacier Coolant’sinnovativeLM-15 seriesoffers a groundbreaking solution, providing reliable cooling performance across a wide temperature range of-70°C to 2···
Harnessing Earth's Natural Cooling: Sky Radiation and Phase Change Materials Transforming Energy Systems
Sky Radiation Cooling and Phase Change Thermal Storage: The Future of Sustainable Energy-Efficient CoolingAs the world faces increasing energy demands and the challenge of reducing carbon emissions, Glacier Coolant is leading the charge in developing cutting-edge technologies that deliver both effic···
Coolant Safety in Electric Vehicles: Why Advanced Heat Transfer Fluids Are Becoming a Critical Technology
As electric vehicles (EVs) rapidly reshape the global automotive industry, the reliability of thermal management systems is becoming a decisive factor in vehicle safety and performance. Recent industry incidents have drawn attention to a previously underestimated component: coolant and heat transfer···
Decoupled Liquid Cooling Reshapes Data Center Infrastructure
As artificial intelligence workloads continue to expand, the thermal challenges faced by data centers are reaching unprecedented levels. The rapid rise in computing intensity has driven rack power densities far beyond the capabilities of conventional air cooling systems. In many hyperscale facilitie···
Liquid Cooling Fluids Become a Key Lever for High-Density Data Center Efficiency
Advanced Cold Plate Liquid Cooling Fluids Reduce Cost and Improve Efficiency in Data CentersAs data centers continue to scale in computing density and power consumption, thermal management has become a critical factor in ensuring system stability, energy efficiency, and long-term reliability. Liquid···
The Critical Points of Cold Storage Thermal Energy Storage Systems
Thermal Energy Storage Brings New Flexibility to Cold Storage OperationsAs power grids around the world face increasing pressure from peak demand and renewable energy fluctuations, thermal energy storage is emerging as an important tool for flexible energy management. While universities and research···
Comprehensive Lifecycle Testing Protocol for Secondary Coolants
Secondary coolant systems require annual sampling and testing throughout their operational lifespan. In accordance with the testing procedures established by Glacier Coolant, each sample must undergo a full performance assessment and formulation analysis to ensure optimal system function.Concentrati···
Peak Shaving in Cold Storage with Phase Change Thermal Storage
Phase Change Thermal Storage Brings Peak-Shaving Capability to Direct Expansion Cold StorageIn modern cold chain logistics, reducing electricity costs while maintaining temperature stability remains a critical challenge. While indirect refrigeration systems have long adopted thermal storage tanks to···
What should I do if water gets into the coolant？
Water Intrusion: The Hidden Threat to Refrigeration Coolants and How to RespondIn industrial refrigeration and cold chain logistics, the stability of secondary coolants directly impacts system safety and efficiency. Yet a common and often overlooked issue—water ingress into coolant systems—can tri···