Handling aggressive media
Advanced materials and plate designs resist corrosive solvents used in carbon capture and P2X, keeping your systems stable.
Improve energy efficiency with Tranter heat exchangers
Heat Exchangers for the Energy Transition
Energy transition
Addressing your requirements in the energy transition sector
Maximizing energy efficiency
Our solutions are built for optimal waste heat recovery across hydrogen electrolysis, fuel cells, storage systems, and tight temperature programs.
Fit into complex layouts
Compact exchangers integrate seamlessly into skids, offshore platforms, and retrofit plants where every square meter counts.
Staying online longer
Fouling-resistant plate geometries and service-friendly frames extend cleaning intervals and minimize downtime in continuous-duty environments.
Global OEM expertise
From pre-FEED studies to commissioning, Tranter supports your project with licenser alignment, proven references, and rapid service and parts delivery worldwide.
Energy transition
Discover our specialized expertise
Carbon capture
Scaling carbon capture is about building bigger plants and running them reliably. Corrosive solvents, nonstop operation, and efficiency targets leave no margin for error. With us, you can:
- Keep plants stable under both discontinuous / cyclic and continuous duty with proven designs for solvent handling.
- Capture more energy from regeneration streams to cut costs.
- Rely on exchangers already trusted in commercial carbon capture projects worldwide.
- Adopt fouling-resistant designs for even the most challenging process fluids.
Green hydrogen
Electrolysis is the backbone of hydrogen production, but thermal management determines whether it’s efficient and scalable. Here’s how Tranter makes a difference:
- Compact heat exchangers that fit space-restricted skids and offshore installations.
- Optimal heat and water balance to keep electrolyzers running at peak efficiency.
- With access to global OEM service and spare parts, your systems stay online longer.
Energy transition
Applications in the energy transition industry
Energy storage
Grid stability depends on storage. Tranter exchangers make large-scale thermal storage more efficient, helping you integrate renewables and improve resilience.
Fuel cells
Fuel cells rely on precise temperature and water control to perform. Our exchangers keep stacks balanced, boosting output and extending service life.
Power-to-X
Turning renewable energy into fuels like e-methanol or e-ammonia is energy-intensive.
Tranter exchangers improve heat recovery and efficiency, making P2X more economically viable at scale.
Engineering for tomorrow’s challenges
The energy transition is evolving fast. That’s why Tranter’s R&D focuses on innovations that matter to you: advanced materials for harsh solvents, compact layouts for space-constrained plants, and designs that recover more waste heat.
These advances help you reduce lifecycle costs, cut emissions, and bring sustainable energy projects online faster.
Tranter FullServ® – service without limits
With Tranter FullServ®, you get lifecycle support for every heat exchanger brand. 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.
Resource center
Explore our latest guides and literature
Tranter heat exchangers in the sustainable data centers
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.
Heat exchangers for post combustion carbon capture applications
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 heat exchangers in green hydrogen production
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.
resource center
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