Dealing with variable loads
Our plate heat exchangers respond quickly to fluctuating duty, keeping renewable systems stable.
Improve efficiency with Tranter heat exchangers
Heat Exchangers in Renewable Energy
What you gain with Tranter in renewables
Renewable energy is about doing more with less. Here’s how our heat exchangers create value across the industry:
- Proven reliability in CCUS, green hydrogen, biomass, solar, geothermal, and wind applications.
- Compact layouts that simplify installation and retrofits.
- Configured to your real process data for stable duty and higher efficiency.
- Lifecycle efficiency that reduces operating costs and supports ESG goals.
Renewable energy
Cutting through renewable energy roadblocks
Meeting harsh conditions
Titanium and other tested plate materials withstand corrosive geothermal brines and chemical-laden streams.
Fouling-resistant
Fouling-free designs and plate geometries minimize cleaning stops in dirty-fluid flows.
Global support
Our global supply chain ensures parts and service are readily available wherever you are.
Renewable energy
Applications across renewables
Biomass energy
Fouling-resistant exchangers stabilize performance and extend uptime in solids-heavy biomass loops.
Centralized solar energy
Our compact units maximize heat recovery from solar thermal collectors while minimizing land and footprint demands.
Geothermal energy
The corrosion-resistant materials in our solutions deliver reliable duty in brine-heavy geothermal applications.
Wind power
Tranter's heat exchangers ensure reliable thermal management of utility and cooling systems to keep turbines generating.
Carbon capture and green hydrogen
In carbon capture, efficient heat exchange is critical for solvent regeneration and CO₂ separation. Tranter plate heat exchangers deliver the thermal efficiency and material durability needed for safe, stable carbon capture operations. Our designs help you:
- Maximize energy recovery in solvent regeneration processes.
- Handle aggressive amine solvents with proven alloy and gasket combinations.
- Integrate seamlessly into new or retrofit plants.
Engineering for tomorrow’s energy challenges
Our R&D develops exchangers for the evolving demands of renewables: plate geometries that withstand higher pressures and temperatures, alloys that resist aggressive process streams, and compact layouts that maximize heat recovery.
These innovations help operators cut lifecycle costs, reduce emissions, and stay competitive in a changing energy market.
Tranter FullServ® – service without limits
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.
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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