Tranter's extensive worldwide expertise
Across carbon capture, hydrogen, and Power-to-X, Tranter heat exchangers enable optimal thermal efficiency and compact integration.
From solvent interchangers and gas coolers to energy storage and fuel cell systems, our solutions help operators decarbonize without sacrificing performance.
Dust, slurry, and heavy process fluids punish heat transfer equipment. Our heat exchangers are built to last in concentrators, flotation systems, and solvent-extraction circuits.
We help you maximize heat recovery and resist service intervals to keep throughput high and maintenance low.
From offshore platforms to refineries, our heat exchangers handle aggressive fluids, tight space limits, and high pressures with reliable, precise heat transfer.
Our compact designs resist fouling and recover more waste heat, reducing energy demand and supporting safer, cleaner operations.
In ethylene, polymer, and aromatic production, uptime and thermal precision are everything.
Tranter heat exchangers maintain process stability, minimize fouling, and optimize energy recovery in demanding reaction and separation duties to help your plant boost throughput and reliability.
Fouling-prone and chemical-heavy processes demand durability. Tranter exchangers keep fiber-rich and bleaching streams flowing, recovering energy from water loops and drying processes while cutting steam consumption and downtime.
Power plants rely on consistent cooling and efficient heat recovery. Tranter heat exchangers serve across the energy mix — from nuclear and thermal to solar and renewables — with compact, corrosion-resistant designs that maximize efficiency and meet strict licenser requirements.
From preheat trains to cooling and heat recovery loops, Tranter heat exchangers bring stable thermal control and fouling resistance to refineries where uptime equals profit.
Our compact designs save plot space, improve energy recovery, and handle the aggressive fluids and high temperatures typical of crude oil and product duties.
As the energy mix evolves, Tranter heat exchangers enable cleaner production across solar, geothermal, and waste-heat systems.
Compact, efficient designs improve energy reuse and integrate easily into hybrid and retrofit plants, helping you reach sustainability targets without compromising reliability.
Whether it’s ethanol, biogas, or biochemicals, every renewable plant depends on stable heat transfer.
Tranter heat exchangers optimize heating and cooling duties across fermentation, distillation, and recovery to improve your yield and lower your overall energy use.
Steelmaking runs hot, corrosive, and energy-intensive. Tranter heat exchangers support preheating, cooling, and waste heat recovery in green and conventional steel plants alike.
Our mission is to extend your equipment life, improve energy utilization, and support decarbonization efforts.
Improving efficiency in energy process applications
INNOVATION AND PRODUCT DEVELOPMENT
Innovation in energy means balancing efficiency with durability. Our R&D scope is to develop plate geometries that foul less, materials that stand up to aggressive hydrocarbons and solvents, and compact layouts that recover more heat in tighter footprints.
We aim for emission-cutting heat exchangers that lower lifecycle costs and help operators meet the industry’s toughest standards.
With Tranter FullServ®, you get lifecycle support for every brand of heat exchangers. We keep your equipment running, from inspection and reconditioning to emergency on-site service.
Our rapid-response teams and local service centers around the world ensure your exchangers deliver peak performance longer.
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The digitalization mega trend has resulted in exponential growth of data centers. Let’s take a look at how Tranter’s plate and frame heat exchangers can be used to make the datacenters more sustainable.
Tranter’s heat exchangers have various applications across many different markets. Let’s take a look at how plate and frame heat exchangers can be used in CO2 capture applications to improve the total economy of the plant.
Tranter’s compact plate heat exchangers are used in various energy intense industrial applications. Let’s take a look at how plate heat exchangers can be used in the production of green hydrogen and in the hydrogen value chain.
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