Heat Transfer Fluids Becoming More Environmentally Friendly
Most companies want to become environmentally friendly these days and who is going to keep heat transfer fluids away from the party?
With the gas and electricity prices continuing to spiral out of control, organizations are constantly looking out for cost-effective heating systems, thus making renewable systems increasingly popular.
These environmentally-friendly systems help to improve efficiency and have a positive impact on the environment; however it is important for companies to consider choosing the right fluids to make sure that their systems operate effectively.
Heat transfer systems are used in a wide range of different applications, including manufacturing, electronic engineering, plumbing and heating systems and in liquid cooling.
The different types of heat transfer fluids available come to include water, hydrocarbon oils and silicones.
Furthermore, green systems are becoming increasingly important for modern day businesses, therefore it should not come as a surprise that most businesses are looking to develop green heat transfer fluids.
For example, a firm called Climate Center, in partnership with Advanced Engineering, has come up with a new selection of heat exchange and maintenance chemicals that can be used in heat pumps and solar pumps.
With an estimated lifespan of five years and built-in protection from both ice and bacterial growth, these heat transfer fluids are built to be both strong and long-lasting.
"As with ACR plant, renewable systems are prone to sludge build-up over time and, ultimately, pipe blockages, if not properly maintained said Colin Pratt, technical director of Advanced.
Moreover, another organisation that is looking to incorporate the environment into its product offering is Dow, who recently revealed plans for a new product aimed specifically at the solar power industry.
The systems put parabolic mirrors into use by reflecting and magnifying heat from the sun onto a closed circulating loop which contains heat transfer fluid.
The fluid picks up the heat energy and moves it onto a power station, where it is used to help produce steam, which helps to get the turbines working to produce electricity.
Furthermore, Dow states that the fluid is used in over 24 large-dale solar power systems globally which helps to increase its power generation capacity to over one GW.
As well as this, it is predicted that heat transfer fluids will become more useful in the upcoming years.
Most economies are looking to discover new resources of energy as countries begin to put together plans for the post fossil fuels era.
Given the fact that heat transfer systems are likely to play a significant role in the smooth running of a number of industries, expect a significant increase in the number of green products becoming readily available on the market.
by: Brendan Wilde
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