GHT Blog

    • Protect pumps by using high purity heat transfer fluids

      There are essentially three critical product features of a well-designed high temperature heat transfer fluid – high thermal stability, high heat transfer efficiency and high purity. Global Heat Transfer examines why purity is so beneficial to a pump. A heat transfer fluid operating at high temperature for a long time will thermally degrade and the by-products of thermal degradation can potentially... continue reading
    • Maintaining highly efficient pumps

      Market research suggests the global heat transfer fluids market size was 465.9 kilo tons in 2014 and projects significant increases up to 2022. Global Heat Transfer examines how the sampling of a heat transfer fluid (HTF) may help to maintain an efficient pump and thermal plant. Many chemicals are used in the manufacture of HTFs and include silicone, aromatic, mineral and glycol. The speed that they are... continue reading
    • Trained engineers for a new system

      ~ The importance of knowledgeable staff when operating a heat transfer system ~ Thermal fluid based heat transfer is a specialist area, which means that new system engineers may have limited understanding of system operations. However, it is important for safety and compliance that engineers know when thermal fluid should be tested and analysed. Here, Clive Jones, managing director of thermal fluid... continue reading
    • The hidden contaminator

      Many historians believe that in Ancient Rome, the nobility sipped hot drinks cooked in lead vessels and channelled spring water into their homes through lead pipes. These practices poisoned the Roman elite with diseases such as gout, headaches and abdominal pain. Food contamination has been an issue for centuries but luckily, we now have more efficient ways of controlling it. Here Clive Jones, managing... continue reading
    • Look to the deserts

      German particle physicist Gerhard Knies calculated that in a mere six hours, the world’s deserts receive more energy from the sun than humans consume in a whole year. According to his estimate, an 8,100-square-mile stretch of Sahara Desert - an area the size of Wales - could power all of Europe. Concentrated solar power (CSP) plants are just one method of harnessing the sun's energy and their popularity... continue reading