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Heat Transfer Equipment for Demanding Industrial Processes

We design and supply customised heat transfer equipment to improve thermal efficiency in power plants, refineries, petrochemical facilities, glass, steel, paper, food & beverage and other critical industrial sectors.

Discuss your equipment needs or submit a project enquiry

Solutions designed for real plant conditions

•Equipment sized according to real pressure, temperature, flow rate and gas composition

• Materials selected to withstand corrosion, particulates and thermal shock

• Modules designed for integration into existing systems

• Equipment designed for accessible maintenance and high operational availability

• Experience with furnaces, turbines, boilers, process lines and operating plants

• Revamping and replacement equipment

Heat transfer equipment range

WHRB Heat Recovery Boilers

Recover waste heat from dirty or particle-laden industrial gases to generate steam, hot water or thermal oil to improve process efficiency and reduce energy consumption.

HRSG Heat Recovery Steam Generators

Generate steam from clean turbine or gas-engine exhaust gases, especially in combined-cycle plants, cogeneration systems and facilities with high efficiency requirements.

Convection Heat Recoverer

Designed for very high-temperature gases, it enables the recovery of thermal energy through radiation and increases efficiency in demanding industrial furnaces.

Radiation heat recovery

Designed for very high-temperature gases, enabling thermal energy recovery by radiation and improving efficiency in demanding industrial furnaces.

Economizer

Recovers heat from flue gases to preheat water or thermal fluids, reducing fuel consumption in boilers and industrial installations.

Superheater

Raises the temperature of saturated steam to produce superheated steam, improving performance in turbines, power generation and demanding industrial processes.

Steam Generator

Produces saturated steam from heat available in the process, adapted to each plant’s pressure, flow rate and operating requirements.

Air, Gas, and Combustion Heating Equipment

APH – Air Preheaters

Recover heat from flue gases to preheat combustion air, increasing the efficiency of industrial furnaces, boilers and dryers.

Process Furnaces

Direct fired heaters designed to raise the temperature of process fluids in refineries, petrochemical plants and other energy-intensive industries.

Electric boilers

Generate steam or hot water using electricity, supporting the electrification of thermal processes and the reduction of direct on-site emissions.

Industrial flares

Controlled combustion systems for process, vent or relief gases, designed to protect plant operation and meet safety and emissions requirements.

Diverter damper

Bypass dampers used to direct exhaust gases towards the HRSG or the bypass stack, providing operational flexibility and safety.

Industrial heat exchange equipment

Shell-and-tube heat exchanger

Robust heat exchangers for transferring heat between fluids without mixing, adapted to pressure, temperature, corrosion and specific process requirements.

Air condenser

Air Cooled Heat Exchanger that condenses steam using ambient air, reducing water consumption and ensuring reliable operation in thermal cycles and industrial processes.

Air Cooler

Air Cooled Heat Exchanger that Cools process fluids without phase change using ambient air, with modular design, low water consumption and adaptation to demanding conditions.

Steam, Water, and Thermal Oil Heat Exchanger

Heat exchangers for heating air using steam, hot water or thermal oil, used in burners, dryers and industrial processes.

Environmental systems and gas treatment

Gas filtration and purification systems

Solutions for capturing, filtering and treating particulates, fumes and gaseous pollutants, adapted to each process flow rate, temperature and composition.

Thermal solutions according to process needs

We design heat transfer equipment for demanding industrial processes: clean gases, particle-laden gases, high temperatures, corrosion or space constraints. These are some of the most common situations where our solutions are applied.

Clean turbine gases (combined cycle / cogeneration)

Recommended equipment: HRSG

For maximising heat recovery with low fouling and high efficiency.

Dirty gases with particulates and corrosive compounds

Recommended team: WHRB

Designed for severe industrial processes such as refining, glass, cement and paper.

Thermal optimisation in furnaces and boilers

Recommended equipment: APH, economizers, condensing economizers, radiative and convective recuperators

Improve process efficiency and reduce fuel consumption.

Air heating for burners or process lines

Recommended equipment: APH, thermal fluid batteries, radiative and convective recuperators

To increase combustion air temperature and thermal efficiency.

Reducing energy consumption and emissions

Recommended equipment: HRSG, WHRB, heat exchangers

To reduce primary energy consumption and meet environmental requirements.

Equipment installed in more than 30 countries, in demanding industrial environments

• Projects in refineries, chemical plants, glass, paper and power generation

• Integration with turbines (GE, Siemens, Solar), furnaces, boilers and process lines

• Equipment manufactured according to ASME, EN, API and sector-specific requirements

Real applications of our equipment

• Refinery plant → WHRB heat recovery unit for particle-laden gases

• Paper → HRSG + Air Cooled Condenser for cogeneration

• Glass → Air cooler for the melting section

• Chemical → APH to reduce consumption in process furnaces

Do you need heat transfer equipment for your plant?

Tell us about your operating conditions: gases, temperature, pressure, flow rate and available space. We will review your case and help define the most suitable solution for your project.

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