Selection Software | Products Industries Approach R&D About Request a Quote Gas Compression Compressing gas creates a lot of heat, and this gas needs to be cooled before use, or to prevent damage to the compressor itself. Super Radiator provides the industry with heat exchangers required to remove this heat and protect equipment. We also provide heat exchangers to preheat gas prior to unloading storage tanks where the gas can get too cold through the decompression process. Certifications Applications for Gas Compression Coils Booster Coolers CNG Filling Stations Pipeline Transportation Mother/Daughter Stations Landfill Gas Bio Gas Gas Storage Facilities Compressed Natural Gas Cooler This coil is a multi-stage gas cooler designed for use in the compressed natural gas (CNG) industry. It features 304 stainless steel tubes to account for corrosion and aluminum fins for optimal heat transfer. It also has header bracket reinforcement to account for heavy vibration created by the gas compression process. Compressed Natural Gas Cooler Booster Coil Compressed Gas Cooler Products Designed for the Application The application demands for gas compression coolers are broad. But one common requirement is the need for robust and reliable products. There are three main components to a sound design—thermal analysis, structural integrity and material selection. Starting with the thermal analysis, Super Radiator Coil engineers utilize internal resources such as our Enterprise program and in-house wind tunnel as well as external resources to meet the capacity requirements. Additionally, these coils are often subject to heavy vibration from the engine and compressors. To meet this demand, the mechanical and structural designs are typically based off of ASME Section VIII Division 1, CRN or PED (SEP, Level 1 and Level 2) code requirements. Finally, material selection which must meet the application and gas composition. The heat exchangers are or can be subjected to 5,500 psig working pressures. With this in mind, material such as carbon steel tube with 0.134" wall thickness, etc. are used. See What Makes Us Super Engineered by Experts There really is no "standard job" when it comes to gas compression. Such systems can operate in a wide variety of ambient conditions, and designs are variable, so experience is critical. Our engineers have decades of combined experience with one-offs and unique projects, so we know what works. Reliability When it Matters Most We know the rigors of the gas compression industry, and have a deep understanding on what's needed to build a product that stands up to them. We make sure your coil has the right materials, coatings, and reinforcements for the job. Certified Welding / Brazing Super Radiator Coil welders and brazers are certified under ASME Section IX code. Moreover, the welding and brazing programs are directed by Certified Weld Inpsectors (CWI's). Brochure Request A Quote Selection Software Back to Industries We’re fluent in answers Need someone who understands your language? Simply answer a few questions and we’ll get our engineers on it. Request More Information 3 Advantages of TIG Welding in Manufacturing Gas-tungsten arc welding (GTAW), or more commonly, Tungsten Inert Gas welding (TIG), is a method of arc welding named for the non-consumable tungsten electrode used during the process. TIG welding isn’t the best option in some industries, but as coil manufacturers, it makes sense for us. Learn More Find the answers you need Just fill out a few questions on our form and we’ll help you find the right solution. Request a Quote Products Coils Industrial Heat Exchangers Nuclear Products Industries R&D Our Approach Reliability Efficiency Expertise Quality Certifications About Our Story Contact Us Leadership Careers Literature Terms of Sale and Warranty Information The Super School Selection Software