GT Series
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Optimized for high-efficiency heat recovery and close temperature approach applications.
Tailored for energy process applications
Energy Process Product line plates
The right plate can make a significant difference to process performance. Our portfolio is designed to support efficient heat transfer, operational reliability, and long-term value across diverse industrial applications.
Simon Gittins
Tranter EPC Manager
Energy process line plates for
Heat recovery
The GT Series is designed to turn excess heat into operational value. With proven thermal performance and a broad portfolio of plate sizes, it helps operators recover energy, improve process efficiency, and support more sustainable operations.
- Range: DN150-500
- Waste heat recovery
- Process-to-process heat transfer
Energy process line plates for
Process heating and cooling
The GT and GX Series are well suited for demanding process heating and cooling applications where energy efficiency, close temperature approaches, and reliable thermal control are critical. GT plates use Tranter's OmniFlex design to promote high heat transfer and even flow distribution, making them particularly effective in heat recovery and temperature-sensitive processes. When process streams have significantly different flow rates, GX plates provide additional flexibility through asymmetrical channel configurations that help maximize thermal performance without excessive pressure drop.
- Range: DN100-500
- Process heating
- Process cooling
Energy process line plates for
Oil & Gas processing
The GX Series is designed for demanding hydrocarbon and process applications in the oil and gas sector. Engineered for challenging operating conditions, it provides dependable thermal performance for critical processing and energy transfer duties.
- Range: DN100-300
- High-pressure duties
- Hydrocarbon processing
Energy process line plates for
Lube oil cooling
The GL, GC, and GX Series provide effective cooling of lubricating oils used in turbines, compressors, gearboxes, and other rotating equipment. GC and GL plate designs can be selected to balance heat transfer against allowable pressure drop, helping maintain oil temperature without creating excessive resistance in the lubrication circuit. For applications with unequal flow rates between oil and cooling water, GX plates offer customized channel arrangements that improve thermal efficiency while supporting stable operation and equipment protection.
- Range: < DN100-150
- Lube oil cooling
- Equipment protection
Energy process line plates for
Utility cooling
The GT and GX Series support utility cooling systems that rely on cooling water to remove excess heat from plant equipment and industrial processes. GT plates are designed to achieve efficient heat transfer and strong thermal performance across a wide operating range, helping reduce cooling water demand and improve energy utilization. Where operating conditions involve varying flow rates or changing load profiles, GX plates allow the exchanger to be matched more precisely to process requirements, delivering efficient cooling without unnecessary pressure losses.
- Range: DN100-500
- Utility water cooling
- Central plant cooling
Energy process line plates for
High-fouling fluids
The GF and GX Series address applications where conventional plate heat exchangers may struggle with fouling, fibres, suspended solids, or viscous process streams. GF plates feature significantly wider flow channels that allow fibres, particles, and other debris to pass through with reduced risk of plugging, minimizing cleaning requirements and downtime. For cooling duties involving contaminated or difficult-to-handle fluids, the plate geometry maintains strong thermal performance while providing the open flow paths needed for reliable long-term operation.
- Range: DN100-300
- Contaminated fluids
- High-fouling applications
Energy process line plates for
Fibrous and particulate media
The Wide Gap Series is engineered for process streams containing fibers, solids, and large particles. Its open channel design helps reduce clogging risk while maintaining reliable heat transfer in demanding process environments.
- Range: DN200-300
- Fibrous media
- Solids-bearing fluids
Do you need help matching plates to your operational reality?
Contact us for more information!
