It is understood that in addition to summing up the implementation of circular economy work in the oil and chemical industry, the meeting will focus on researching and proposing measures and suggestions for the further implementation of circular economy in the petroleum and chemical industries. The petroleum and chemical industry is a large consumer of resources, and it is also a big polluter. Industrial technology and equipment are largely behind. However, the oil and chemical industries have great potential for promoting recycling economy. We should vigorously develop new processes, new technologies, and new products, and actively develop clean production and comprehensive utilization of resources. In order to expedite the rapid development of this work, the China Petroleum and Chemical Industry Association has established a coordination leading group to implement circular economy work.
At present, the China Petroleum and Chemical Industry Association has conducted preliminary investigations on the status quo of industrial circular economy development and supporting technologies, and has also conducted preliminary investigations with relevant industry organizations, focusing on petroleum, petrochemical, soda ash, chlor-alkali, rubber processing, phosphate fertilizers, nitrogen fertilizers, and inorganic salts. , dyes and other industries and chemical industry parks are key industries and regions for circular economy. The conference will introduce a group of demonstration enterprises and pilot enterprises that develop circular economy in the above-mentioned key industries.
A Heat Exchanger is a device designed to efficiently transfer or "exchange" heat from one matter to another. When a fluid is used to transfer heat, the fluid could be a liquid, such as water or oil, or could be moving air. The most well known type of heat exchanger is a car radiator. In a radiator, a solution of water and ethylene glycol, also known as antifreeze, transfers heat from the engine to the radiator and then from the radiator to the ambient air flowing through it. This process helps to keep a car's engine from overheating. Similarly, our heat exchangers are designed to remove excess heat from aircraft engines, optics, x-ray tubes, lasers, power supplies, military equipment, and many other types of equipment that require cooling beyond what air-cooled heat sinks can provide.
There are various types of heat exchangers. our heat exchangers provide air-to-liquid cooling, liquid-to-air cooling, liquid-to-liquid cooling, or air-to-air cooling. With air-to-liquid cooling, heat is transferred from the air to a liquid. One example of air-to-liquid cooling is cabinet cooling. With liquid-to-air cooling, the heat is transferred from the liquid to the air. This type of cooling is generally used to cool process fluids. Liquid-to-liquid cooling is also used to cool process fluids, but the heat is removed by another liquid instead of by air. Lastly, with air-to-air cooling, heat is transferred from one air or gas stream to another.
we has been manufacturing one of the most widely used heat exchanger technologies, tube and fin heat exchangers, for more than 20 years. Tube and fin heat exchangers provide air-to-liquid cooling or liquid-to-air cooling. They consist of fin, hairpin tubes, return bends to connect the hairpins, a tube sheet to support and properly align the tubes, a header with inlets and outlets, side plates for structural support, and usually a fan plate. The tubes provide the path for the liquid coolant, and the fin adds surface area for more heat convection. Copper is often selected for tube and fin material due to its excellent thermal conductivity and compatibility with water and ethylene glycol solutions. However, stainless steel is used for tube and fin when it's necessary for the coolant to be deionized water or other corrosive fluids.
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