Energy Engineers vs Managers: Who Does What and Why COREFROST™ Matters to Both

To understand the value of COREFROST™ and the benefits of its low viscosity formula, we first need to identify who will be using it. The answer lies with energy engineers and energy managers; the professionals focused on maximizing efficiency and driving energy savings across systems and facilities.

COREFROST graphic

Let’s break down what these professionals do. Energy managers are responsible for monitoring, analyzing, and optimizing energy consumption across buildings, facilities, or operations. Their main goal is to reduce energy costs, improve sustainability, and ensure compliance with regulations. Energy engineers apply the engineering principles to design, develop, and maintain these energy systems. Their work is more technical and project-based than that of an energy manager who focuses more on the big picture.  Despite their different approaches, both professionals can benefit from COREFROST™.

Advantages for Energy Engineers

COREFROST™ offers several advantages that energy engineers can directly apply to their projects. Its low viscosity reduces the energy required to circulate heat transfer fluids, especially in cold environments, enabling the use of smaller pumps or lower horsepower, and lowering both capital and operational costs. This reduced viscosity also promotes more turbulent flow, enhancing heat transfer efficiency and allowing engineers to improve system performance in applications like refrigeration, HVAC, and hydronics. Additionally, COREFROST™’s reliable performance at low temperatures provides greater design flexibility for engineers, without the typical limitations of propylene glycol.

Benefits for Energy Managers

Energy managers prioritize operational efficiency, cost savings, and sustainability, and COREFROST™ aligns well with these objectives. With a lower Biological Oxygen Demand than traditional glycols, COREFROST™ also contributes to environmental goals, making it a more sustainable choice. By minimizing system strain and pressure drops, it enhances reliability and reduces maintenance needs, leading to fewer disruptions and improved performance. These benefits make COREFROST™ a strategic upgrade for energy managers, particularly in low-temperature applications such as food and beverage, cold storage, and ice rinks, where energy efficiency is critical. 

A Versatile Solution for Both

In a world where energy efficiency is both a technical challenge and a strategic priority, COREFROST™ stands out as a versatile solution that meets the needs of both energy engineers and energy managers. Its low-viscosity formula delivers measurable performance improvements, from reduced pumping energy and enhanced heat transfer to greater system reliability and sustainability. Whether it’s being integrated into the design of high-efficiency systems or adopted as part of a broader energy management strategy, COREFROST™ proves to be more than just a fluid – it’s a smart investment in long-term energy savings

Learn more about COREFROST™ Low Viscosity Heat Transfer Fluid, today!

 

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