Heat
Exchangers
A heat exchanger is widely used in process equipment for transferring heat between fluids or from a solid to a liquid or vice versa. They are mostly used in chemical plants, petrochemical plants, petroleum refineries, natural gas processes, and drainage treatment. Double pipe heat exchange is often used in industrial applications because they are simple, low-cost, and require little maintenance. However, more skilled heat exchanges such as shells and pipes or plates are used today. One should carefully choose the type and shape of the heat exchanger, depending on the type of liquid, its phase, temperature, density, viscosity, pressure, chemical structure, and various other thermodynamic properties. An air cooler is another heat exchanger that transmits heat between a liquid and ambient air. The most common form of this type of cooler is the radiator of a car or truck, where a fan pulls air into the pipes with a warm glycol to cool the engine. Air coolers can be used to cool small lubricating oil or be very large.
There are different types of heat exchangers, including shell and tube heat exchangers, which are widely used in industries like power plants, chemical processing, and HVAC systems due to their efficiency and durability. A heat exchanger diagram helps in understanding the flow of fluids and the working principle of different designs. The applications of heat exchangers span across sectors such as refrigeration, air conditioning, automotive cooling, and industrial heat recovery. For a detailed understanding, a type of heat exchanger PDF can provide comprehensive insights into their classifications, working principles, and benefits.
In ANPAM Engineering, we specialize in the creation and production of ASME U-Stamp certified heat exchangers for various industrial dysfunction programs. Our expert team ensures that each unit is designed to complete the highest standards of safety, performance and quality. We offer:
Custom design
Fits your unique operational requirements.
Selection of Materials
High quality materials that meet the most difficult demand for pressure, temperature and chemical resistance.
Extensive test
A rigorous test to guarantee adherence to ASME U Stamp standards.
Time-time delivery
Complete a quick and reliable project without compromising quality
Food & Beverage Processing
Cryogenic vessels are used in food colds and conservation procedures, where liquid nitrogen is used to freeze food products quickly, protecting their quality and nutrients.
Applications for ASME U-Stamp Heat Exchangers
The ASME U-Stem Heat Exchangers are required in the industry that require a safe transfer of heat between fluids in a high pressure environment. General applications include:
Oil and gas industry
Used for crude oil, gas and chemical processes, ensures safe and efficient heat exchange in extreme conditions.
Chemical Processing
Ideal temperature control is required for reactors, distillation coloumns and other chemical processes.
Electricity Production
ENERGY is used in steam generators, cooling systems and other critical power plant operations to optimize efficiency.
Food and beverage
Used for pasteurization, cooling and heating applications where hygiene and reliability are highest.
Pharmaceuticals
Guaranteed safe and efficient heat exchange in complex processes such as sterilization and temperature-sensitive applications.
Why Choose ASME U-STAMP Heat Exchangers?
Safety and Compliance
The ASME U-STAMP heat exchangers adhere to strict safety standards, ensuring that they can control high pressure and temperature while maintaining reliability. .
Durability
Designed to withstand the terms of extreme operating, the U-Stem Heat Exchangers are designed for a long-lasting performance in a challenging environment.
Global Recognition
The ASME U-STAMP certificate is internationally recognized, making this heat exchangers suitable for global projects and industries..
Customization
We offer full customized heat exchangers to meet your unique specifications, including the corresponding pressure ratings, materials and sizes for the best performance.