Optimizing Efficiency in Every Environment
Heat exchange applications

Elevating global standards with exceptional, unmatched Dutch craftsmanship in advanced industrial heat exchange.

Heat exchanger wind turbine
In wind turbine systems, heat exchangers play a crucial role in regulating temperatures, preventing equipment from overheating. This technology enhances the efficiency and longevity of turbines, contributing to more sustainable and reliable renewable energy production.

Heat exchanger solar water heater
In solar water heating, heat exchangers are vital for transferring solar energy to water, ensuring efficient temperature control. This sustainable solution contributes to energy conservation, offering reliable hot water supply with minimal environmental impact.

wind turbine cooling system
Wind turbine cooling systems play a crucial role in maintaining the operational efficiency and reliability of turbines. They prevent overheating, ensuring consistent energy production and prolonging the lifespan of turbine components.

Marine heat exchangers
Marine heat exchangers are essential in maintaining engine temperatures, protecting against overheating. Their robust design ensures consistent performance and durability, supporting operational stability in challenging marine conditions.

marine hot water heat exchanger
Discover the efficiency of marine hot water heat exchangers, designed to maintain optimal engine temperature and performance in harsh marine environments, ensuring reliability and longevity for your vessel.

marine oil cooler heat exchanger
Marine oil cooler heat exchangers ensure efficient engine performance, maintaining optimal oil temperatures and enhancing durability in challenging marine conditions.

marine heat exchanger manufacturers
Marine heat exchanger manufacturers specialize in creating systems that optimize engine performance and prevent overheating in harsh marine environments. Their products ensure the longevity and efficiency of marine vessels by providing superior cooling solutions.

Starch drying
Starch drying systems efficiently reduce moisture content in starch products, enhancing their quality and extending shelf life. These systems are tailored to meet the specific drying needs of the starch industry, ensuring optimal performance and reliability in processing environments.

Counterflow heat exchanger
Counterflow heat exchangers efficiently manage thermal energy by allowing fluids to flow in opposite directions, enhancing heat transfer capabilities. This design maximizes temperature gradients, improves energy conservation, and elevates system performance across multiple applications.

Spray drying
Spray drying specialists develop systems that efficiently convert liquid into powder through atomization, enabling precise moisture control and particle size distribution. Their technology ensures consistent product quality and improved preservation, essential for various industries like food, pharmaceuticals, and chemicals.

Heat exchanger oil refinery
Heat exchangers in oil refineries play a crucial role in optimizing thermal transfer processes essential for refining operations. These systems enhance energy efficiency, boost operational effectiveness, and meet the rigorous demands of oil processing, ensuring reliable and sustained performance.

Offshore condenser
Offshore condensers are integral to managing thermal processes in challenging marine environments. These systems ensure efficient heat dissipation, stabilize operating temperatures, and support the continuous operation of offshore installations, contributing to their durability and performance.

Dehumidification coolers
Dehumidification coolers are essential for controlling moisture levels in various environments, efficiently lowering humidity while maintaining desired temperatures. These systems enhance air quality, prevent moisture damage, and improve comfort and efficiency in residential, commercial, and industrial settings.

Infant formula production
Infant formula production involves a meticulous process that ensures nutritional completeness and safety for consumption by infants. The industry utilizes advanced technologies for precision blending, pasteurization, and drying to create formulas that closely mimic the nutritional profile of human breast milk.

Industrial oil cooler
Industrial oil coolers are essential for maintaining optimal temperatures in machinery by efficiently dissipating heat from oil used in manufacturing and processing equipment. Their application is critical in sectors such as automotive manufacturing, plastics molding, and other heavy industries to ensure machinery operates smoothly and to prevent overheating.

Hvac heat recovery system
HVAC heat recovery systems are designed to capture and reuse heat that would otherwise be expelled from buildings, significantly improving energy efficiency. These systems are commonly used in both industrial and residential settings to reduce the energy costs associated with heating and cooling, enhancing overall system performance.

Hvac heating system
HVAC heating systems utilize heat exchangers to warm air that is then circulated throughout buildings, ensuring a comfortable indoor environment. These systems are essential in residential, commercial, and industrial settings for efficient temperature management and air quality control.

Fluid bed drying
Fluid bed drying is a process used extensively in industries like pharmaceuticals, food, and chemicals for efficiently drying powders and granules. It involves suspending and fluidizing the particles in a stream of air or gas, which enhances heat transfer and drying speed.

Cross flow heat exchanger
Cross flow heat exchangers are extensively used in HVAC systems and industrial cooling processes, where they efficiently handle heat transfer between air streams that flow perpendicular to each other. Their design optimizes thermal performance in compact spaces, making them ideal for applications in electronics cooling, automotive radiators, and air handling units.

Thermal oil heating system
Thermal oil heating systems are utilized in various industrial processes for efficient heat transfer at high temperatures without high pressure. They are ideal for sectors like chemical processing, oil and gas, and manufacturing, providing consistent and reliable heat while maintaining system stability.

Air cooled steam condensor
Air cooled steam condensers are essential in power generation and industrial processes where they efficiently condense exhaust steam from turbines without water usage. Their design facilitates effective heat dissipation and condensation, making them ideal for environments with limited water resources.

Cooling system marine engine
Cooling systems in marine engines are essential for regulating engine temperature and preventing overheating in harsh marine environments. These systems utilize seawater and fresh water to efficiently dissipate heat from the engine, ensuring optimal performance and longevity.

Heat exchanger food processing
Heat exchangers in food processing are crucial for efficiently managing temperatures during crucial stages such as cooking, cooling, and sterilization. They ensure product quality and safety by maintaining precise control over heat transfer, critical in applications like pasteurization and fermentation.

LNG heat exchanger
LNG heat exchangers are crucial in the liquefaction process of natural gas, efficiently cooling and condensing gas into liquid form for easier storage and transport. They also play a key role in regasification terminals, where they warm the LNG to convert it back into gas for distribution and use.

Marine dry coolers / offshore dry coolers
Marine dry coolers and offshore dry coolers are specifically engineered for the harsh marine and offshore environments, providing reliable and efficient cooling. They are essential for managing heat in equipment and processes where water use is restricted or undesirable.

Titanium air cooler
Titanium air coolers are essential in environments where corrosion resistance and durability are paramount, such as in marine or highly corrosive industrial settings. These coolers efficiently manage heat exchange, ensuring optimal performance in cooling air or gas streams even under harsh conditions.

Milkpowder drying
Milk powder drying involves the removal of water from liquid milk to create a dry, shelf-stable product. This process typically utilizes heat exchangers to efficiently manage the air temperature and humidity, ensuring high-quality and energy-efficient production of powdered milk.

Wind turbine cooling
Wind turbine cooling systems use heat exchangers to manage the heat generated by the turbine's mechanical and electrical components, ensuring optimal performance and longevity. These systems are crucial in maintaining the turbine's efficiency and preventing overheating, which can lead to downtime and costly repairs.

Process Air Cooler
A Process Air Cooler is a specialized type of air-cooled heat exchanger designed to remove excess heat from industrial process air streams. These units utilize ambient air to cool hot process gases or air, using finned-tube bundles and high-efficiency fans to transfer heat efficiently.

Lube Oil Cooler
A Lube Oil Cooler is a vital heat exchanger designed to regulate the temperature of lubricating oil in industrial equipment, engines, power generation systems, and hydraulic machinery. Its core function is to remove excess heat from the oil, ensuring it remains within an optimal temperature range during operation.

Bare Tube Preheater
A Bare Tube Preheater is a type of air preheater designed to recover waste heat from flue gases and use it to preheat combustion air or process air in industrial boilers, power plant equipment, and other thermal systems.

Steam Heating Coil
A Steam Heating Coil is a vital component in HVAC and process heating systems, designed to transfer thermal energy from steam into air or fluid for controlled heating. Used extensively in air handlers, blast coils, and process air systems, steam coils consist of copper, stainless steel, or carbon steel tubes.

Air Heating Coil
An Air Heating Coil is a core component in air handling units, ductwork applications, and bespoke air heating systems, designed to transfer thermal energy to air as it passes over the coil’s surface.

Compact Heating Coil
A Compact Heating Coil is a tightly wound, high-efficiency heating element designed to deliver focused thermal energy within limited space constraints. These coils are commonly used in industrial, commercial, and consumer heating systems, where fast heat-up time, tight tolerances, and precise thermal control are critical.

Heat Exchanger for Power Plants
A Heat Exchanger for Power Plants is a critical component in the thermal cycle, engineered to transfer heat between fluids — such as steam, water, or coolants — without mixing them. These systems are essential in both fossil fuel and nuclear power plants, where maintaining thermal efficiency, fluid temperature control, and safe operation are paramount.

Heat Exchanger for Automotive Industry
A Heat Exchanger for the Automotive Industry is a critical component in modern vehicle design, responsible for maintaining optimal temperatures across a wide range of systems — from internal combustion engines and turbocharged systems to electric vehicle batteries and air conditioning units.

Heat Exchanger for Waste Heat Recovery
A Heat Exchanger for Waste Heat Recovery is a thermal system designed to extract and reuse excess heat from industrial processes, exhaust gases, or thermal power plants, converting it into usable energy for applications such as process heating, hot water generation, or electricity production.

Heat Exchanger for Pasteurization Processes
A Heat Exchanger for Pasteurization Processes is a specialized system designed to rapidly and uniformly heat consumable liquids—such as milk, fruit juice, and viscous dairy products—to precise temperatures for a controlled period, effectively destroying harmful microorganisms while preserving product quality.

Hot Water Coil
A Hot Water Coil is a heat exchanger component designed to transfer thermal energy from hot water into the air, commonly used in HVAC systems, ductwork installations, and hydronic heating applications. Positioned within an air handling unit or duct, it heats air by circulating...

Glycol Cooling Coil
A Glycol Cooling Coil is a specialized heat exchanger designed to regulate temperature in industrial refrigeration systems, fermentation tanks, and closed-loop cooling applications using a glycol solution as the heat transfer medium.

Evaporator Coil
An Evaporator Coil is a core component of air conditioning systems and heat pumps, responsible for absorbing heat from the air inside a building through the heat exchange process. Located inside the air handler or attached to the furnace, it works in conjunction with the refrigerant to cool air as it passes over the coil’s surface.

HVAC Cooling battery
An HVAC Cooling Battery is a thermal management component integrated within climate control and air conditioning systems to regulate the temperature of battery packs, particularly in electric vehicles, electric buses, and energy storage systems.

Battery Cooling Fan
A Battery Cooling Fan is a specialized thermal management component used to control the temperature of battery systems in industrial and high-power applications. These fans help prevent battery temperature rise, reduce heat invasion issues, and extend the operational life of critical lithium battery or hybrid battery packs.

Thermal Oil Heater
A Thermal Oil Heater is a highly efficient industrial heating system that uses heat transfer oil as the circulating medium to deliver controlled heat to various process applications. Unlike steam-based systems, thermal oil heaters operate in a closed circuit at atmospheric pressure, achieving high service temperatures—often up to 300°C or higher—without the need for high-pressure vessels.

Flue Gas Cooler
A Flue Gas Cooler is an advanced heat recovery device designed to extract residual thermal energy from flue gases—hot exhaust streams generated by combustion processes in boilers, furnaces, or industrial equipment. Typically installed downstream of the flue gas stream, this cooler significantly enhances energy efficiency by preheating feedwater, combustion air, or other process streams using the heat otherwise lost in exhaust.

Ventilated Dry Cooler
A Ventilated Dry Cooler is an energy-efficient cooling device designed for industrial processes and HVAC systems. It uses ambient air to reject excess heat without water consumption, making it ideal for dry environments and applications requiring minimal maintenance.

Cooler Cabinet with Filters
A Cooler Cabinet with Filters protects sensitive electrical components from heat, dust, and moisture by delivering filtered, temperature-controlled air. These systems ensure reliable operation in industrial environments with high thermal and particulate loads.

Main Air Heating System
A Main Air Heating System is a centralized HVAC solution that delivers heated air through ductwork using furnaces or heat pumps. It ensures uniform indoor comfort and is widely used in residential and commercial buildings with multiple zones.

Steam Heater
A Steam Heater uses high-pressure steam to deliver consistent and efficient heating in residential, commercial, and industrial systems. It converts thermal energy through a closed-loop process, providing rapid heat transfer and reliable temperature control.

Chilled Water Coil
A Chilled Water Coil is a key component in air-handling units, using cold water to absorb heat from indoor air. Built for efficient heat exchange, it’s commonly used in commercial HVAC systems for cooling large spaces with precision.

DX Cooling Coil
A DX Cooling Coil directly expands refrigerant to cool air inside HVAC systems, offering fast, efficient temperature reduction. Ideal for split systems and rooftop units, it’s known for compact design, responsiveness, and low energy consumption.

Air Conditioning Coil
An Air Conditioning Coil enables the heat absorption and release process in cooling systems. Whether part of an evaporator or condenser, it’s essential for maintaining indoor temperature, humidity control, and efficient system performance.

Heat Pump Cooling Coil
A Heat Pump Cooling Coil is a dual-function component that absorbs and releases heat depending on system mode. It supports both heating and cooling cycles, enhancing energy efficiency and comfort in modern residential and commercial heat pumps.

Explosion-Proof Heating Coil
An Explosion-Proof Heating Coil is engineered for safe heat transfer in volatile or hazardous environments. With reinforced materials and sealed construction, it prevents ignition risks while maintaining efficient thermal performance in industrial processes.

Cryogenic Coil Heat Exchanger
A Cryogenic Coil Heat Exchanger is designed for ultra-low temperature applications, enabling precise heat transfer between cryogenic fluids. Its compact, high-efficiency design supports safe and stable operation in liquefaction and air separation systems.

Stainless Steel Heat Exchanger for Solar Applications
This heat exchanger uses corrosion-resistant stainless steel to transfer thermal energy from solar collectors to storage systems. Ideal for solar water heating, it offers long-term durability and optimal energy efficiency in clean energy setups.

Heat Exchanger for Chemical Processing
A Chemical Processing Heat Exchanger ensures reliable and efficient heat transfer in chemically aggressive environments. Built for high performance under pressure and temperature extremes, it supports safe and consistent thermal control across complex chemical reactions.

Heat Exchanger for Pharmaceutical Industry
This hygienic-grade heat exchanger provides precise temperature control for sensitive pharmaceutical processes. Designed to meet stringent regulatory standards, it safeguards product integrity, minimizes contamination risks, and ensures consistent thermal performance.

Heat Exchanger for Biogas Applications
Purpose-built for biogas systems, this heat exchanger recovers and utilizes thermal energy from digestion and gas upgrading processes. It boosts biogas production efficiency, lowers operational costs, and supports sustainable energy recovery.

Heat Exchanger for Wastewater Treatment
Designed for wastewater treatment facilities, this heat exchanger recovers heat from effluents to reduce energy consumption. It offers high resistance to fouling and corrosion, making it ideal for sludge heating and energy-efficient plant operations.