Research and Development are used by corporations, medical organizations, and governments to study and develop new services or products and to improve existing products or services. R&D is critical to companies even though it does not ensure immediate profits for the organizations that use it. Still, product design and development must take place for the safety and convenience of the end buyer, as well as for the company itself to stay competitive with other companies and meet the needs and preferences of customers.
Industrial Chillers in a Research Facility
Each test set up and lab protocol has variables that affect a researcher’s choice of a chiller and sometimes a different one is rented for each new study. Researchers use chillers for these reasons:
- Rapid cooling is a necessity in labs where deterioration can be disastrous.
- Rapid cooling keeps samples stable for long periods of time.
- Because chillers can store bacteria, for example, scientists can take as long as they need to study the sample without having to obtain new sources continuously.
Semiconductor Lasers and Chillers
High-powered lasers such as surface emitting lasers, external cavity diode lasers, and broad area laser diodes, generate a significant amount of heat. Researchers who work in the field of lasers note that lasers often produce up to 55 kW of waste heat and need adequate and reliable cooling capability. Chillers can handle this process well. They remove the heat using laser heat-dissipating elements and control the temperature of the lasers to ensure their level of quality and lifespan.
R&D of HVAC
Because of global warming and the need for renewable sources of energy, the HVAC industry is searching for technologies that will create more energy-efficient traditional systems. Some of the ideas that are being used and are in the development status include a new way of cooling.
The air cooling system is called ice storage air conditioning. These units use ice for thermal energy storage and are environmentally sound due to water’s heat of fusion (a metric ton of water can store 334 megajoules, a unit of energy in the International Systems of Units). This kind of cooling is best for large buildings or entire business campuses. A chiller can run for one night and create a substantial ice pile to use the next day.
The Plastic Industry and Chillers
R&D in the plastics industry centers around the ways to make its industrial processes and equipment more energy efficient. In 2003, the Society of the Plastics Industry, Inc. (SPI) began working with the US Department of Energy (DOE) on energy assessments. One of the hottest topics was improving a cooling water system. Their idea was to gather information about energy consumption in commercial plants, along with the companies’ energy bills, its layout, and other logistics like the plant’s primary product and how many employees worked at the plant.
Results of the assessments included the idea of adding a compressed air chiller system and equipment to recover heat from the air compressor, which could collect warmth for heating in the winter.
Chemistry and the Need for Chillers
One of the most upsetting scenarios for chemists who are in the middle of an experiment, says Theo Martinot, writing for Tetra Science, is having a chiller malfunction resulting in a deviation in the temperature or causing the compound to precipitate. Obtaining equipment that is reliable is a more significant problem than people might think. Researchers, when they face this problem, have only two choices. They can either scrap the experiment or repeat it.
Contact J.C. Younger Today!
We know what you need if you are in the Research and Development field. Our company understands that your needs are a bit different in scope and technique. But J.C. Younger can meet most demands when it comes to chillers. Let us know what you will be using your chiller for, and we will work to see that you get just what you want.
We look forward to hearing from you.
