Heat exchanger

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🔧 Shell & Tube Heat Exchanger – Design, Types, Components & Formula

A detailed engineering infographic explaining the Shell and Tube Heat Exchanger used in chemical plants, oil & gas industries, power plants, and HVAC systems.

This visual guide shows: • Internal shell and tube design • Hot and cold fluid flow paths • Common types – U-tube, Straight tube, Double pass • Key components – Tube bundle, Baffles, Tube sheet, End channel, Expansion joint • Basic heat transfer calculation formula (LMTD method)

Perfect for mechanical engineers, thermal engineering students, process engineers, and industrial designers who want to understand how shell and tube heat exchangers work.

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Industrial Pressure Vessel Design Diagram showing all major components including manway, pressure gauge, safety valve, inlet nozzle, outlet nozzle, drain valve, sight glass, level gauge, and support saddles. This detailed schematic helps engineers understand pressure vessel construction and internal features used in oil & gas, chemical, and power plants. Perfect reference for pressure vessel design, ASME standards, and industrial equipment engineering.

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Industrial Pump Pressure Vessel Tank Schematic Diagram showing the main components of a pressure boosting system. The diagram highlights the pressure vessel tank, booster pumps, pressure gauges, safety valves, manifold, pipe connections, and control units used in industrial water and process systems. This schematic helps engineers understand how a pump and pressure vessel system maintains stable pressure and efficient fluid flow in industrial applications.

Ideal for industries such as HVAC, water treatment, oil & gas, power plants, and manufacturing.

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Discover the main Fin Fan Cooler Parts used in industrial cooling systems. This diagram highlights key components such as the axial fan, electric motor, heat exchanger core, tube bundle, gearbox assembly, pulleys, copper tubes, and flanges that help improve heat transfer efficiency. Fin fan coolers are widely used in oil & gas, power plants, petrochemical, and process industries for reliable air-cooled heat exchange.

Explore high-quality fin fan cooler design and manufacturing by United Cooling Systems – a top heat exchanger manufacturer in India.

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Fin Fan Cooler, also known as an Air Cooled Heat Exchanger, works with this simple schematic diagram. The illustration shows key components such as the fan, finned tubes, hot fluid inlet, ambient air flow, and cooled fluid outlet. Fin fan coolers are widely used in oil & gas, petrochemical plants, power plants, and refineries to remove heat from process fluids using ambient air instead of water.

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pressure vessel design formulas used in industrial engineering. This diagram explains key calculations like hoop stress (σh = PD / 2t) and longitudinal stress (σl = PD / 4t) used in cylindrical pressure vessels. Widely applied in oil & gas, chemical plants, power plants, and process industries, pressure vessels play a critical role in safe fluid storage and processing.

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Learn the working principle of a pressure vessel with this clear engineering infographic. The diagram explains how fluids enter through the inlet nozzle, pressure builds inside the vessel, and internal forces act equally on the vessel walls, ensuring safe storage of high-pressure gases or liquids. Pressure vessels are widely used in oil & gas, chemical plants, power plants, and industrial process systems. Manufactured by United Cooling Systems – a leading pressure vessel manufacturer in India.

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United Cooling Systems is a leading heat exchanger manufacturer in India specializing in shell and tube heat exchangers, air cooled heat exchangers, and industrial cooling systems. High-quality and energy-efficient thermal solutions for power, oil & gas, and process industries.

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This split-view Air-Cooled Heat Exchanger illustration clearly highlights its four main components: axial fans, finned tube bundle, support structure, and inlet & outlet headers. The clean white background enhances visibility, making each section easy to understand for technical and educational purposes. Ideal for mechanical engineering, oil & gas, power plant, and process industry applications, this detailed diagram helps explain airflow cooling, heat dissipation, and structural design in industrial air-cooled systems.

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This image showcases different types of pressure vessels including Autoclaves, High-Pressure Vessels, Expansion Tanks, Water Pressure Tanks, Vacuum Tanks, ASME Pressure Vessels, and Thin-Walled Pressure Vessels.Each vessel is displayed with a clean white background and realistic industrial detailing for a natural, professional look.These pressure vessels are widely used in industries such as oil & gas, power plants, chemical processing, and water treatment.

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This infographic illustrates the key formulas used in cylindrical pressure vessel design, including hoop stress, longitudinal stress, and radial stress. It clearly labels internal pressure, radius, and wall thickness for better understanding. The diagram provides a simple visual reference for basic pressure vessel stress calculations.

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Fin fan cooler

A fin fan cooler is an air-cooled heat exchanger that removes heat from process fluids using ambient air. It consists of finned tubes and fans that force air across the tube bundle to dissipate heat. These systems are widely used in refineries, power plants, and chemical industries where water cooling is limited.

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⚓ Marine Heat Exchangers – Reliable Cooling at Sea

Marine heat exchangers are critical components in ship engine cooling systems. They efficiently transfer heat from engine coolant to seawater, maintaining optimal operating temperatures even in harsh marine environments.

Designed for durability and corrosion resistance, marine heat exchangers are commonly used in cargo ships, naval vessels, offshore platforms, fishing boats, and marine diesel engines. Materials like copper-nickel, stainless steel, and titanium ensure long service life against saltwater exposure.

From shell & tube to plate-type designs, marine heat exchangers help improve engine performance, fuel efficiency, and equipment lifespan.

Looking for high-performance marine cooling solutions? Choose precision-engineered heat exchangers built for reliability and efficiency.

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Fin fan cooler

A fin fan cooler is an air-cooled heat exchanger that removes heat from process fluids using ambient air. It consists of finned tubes and fans that force air across the tube bundle to dissipate heat. These systems are widely used in refineries, power plants, and chemical industries where water cooling is limited.

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marine heat exchanger

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Hairpin Type Heat Exchanger

A hairpin type heat exchanger is a compact double-pipe heat exchanger with U-shaped tubes designed for efficient heat transfer. It is commonly used in high-pressure and high-temperature applications such as oil & gas, chemical processing, and HVAC systems. Its modular design allows easy maintenance and flexible installation.

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Marine Heat Exchanger – Simple Explanation

A marine heat exchanger is an essential cooling device used in ships and offshore equipment to maintain safe operating temperatures. It transfers heat from engine coolant or lubricating oil to seawater without allowing the fluids to mix.

Marine heat exchangers work on the principle of indirect heat transfer, where hot fluid flows through tubes or plates while seawater flows on the opposite side. The heat is efficiently dissipated into the sea, ensuring stable engine performance even during continuous operation.

These heat exchangers are commonly manufactured using corrosion-resistant materials such as copper-nickel alloys, stainless steel, or titanium to withstand harsh marine environments. Proper design and regular maintenance help improve efficiency, reduce engine wear, and extend service life.

For technical details and applications, visit United Cooling Systems.