GreenPrintedPCHE
This compact PCHE (Printed Circuit Heat Exchanger) adopts integrally formed chemically etched microchannels, with its core fully fused via vacuum diffusion bonding and housed inside a high-strength pressure shell. Both hot and cold microchannels are accessible for inspection and fluid flushing.
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GreenP&S™ Type OPSHE Openable
GreenP&S™ Type O openable plate & shell heat exchanger — efficient, safe and compact, custom-engineered to your process conditions. Handles high temperature, high pressure and corrosive media, with a robust design that extends service life and lowers lifetime cost.
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GreenP&S™ Type WPSHE Fully Welded
GreenP&S™ Type W integrates a fully welded shell and core into one robust unit, delivering outstanding pressure resistance with a maximum design pressure of 200 Barg. It ensures stable operation under high-pressure conditions and suits a wide spectrum of industrial applications demanding superior equipment performance and reliability.
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GreenP&S™ Type KKettle Reboiler
GreenP&S™ Type K Integrated Gas Separation Evaporator adopts proprietary NEXSON Group technology.
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GreenSpiral Type 1 Low-Pressure
The spiral plate heat exchanger adopts a single-pass channel structure that delivers self-cleaning performance. When handling fluids prone to fouling, viscosity, or containing solid particles and fibers, any buildup or sediment inside channels reduces the flow cross-section and accelerates fluid velocity. The boosted flow creates an automatic scouring effect to flush away deposits and blockages, effectively extending equipment service cycles.
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GreenSpiral Type 1 High-Pressure
The spiral plate heat exchanger adopts a single-pass channel structure that delivers self-cleaning performance. When handling fluids prone to fouling, viscosity, or containing solid particles and fibers, any buildup or sediment inside channels reduces the flow cross-section and accelerates fluid velocity. The boosted flow creates an automatic scouring effect to flush away deposits and blockages, effectively extending equipment service cycles.
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GreenSpiral Type 1 BB / BW
GreenSpiral™ Type 1 Low-Pressure Model; featuring a multi-functional design that handles one or two types of fouling-prone fluids. Built on a custom, application-specific design philosophy, we optimize the matching between channel spacing and particle size while balancing pressure drop across all channels. Its unique single-channel structure promotes turbulent flow, effectively managing fouling media and delivering self-cleaning performance. Both channels are easily accessible for inspection and
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GreenSpiral Type 2
GreenSpiral™ Type 2 standard spiral plate heat exchanger is a high-efficiency heat transfer unit tailor-made for two-phase working conditions. It supports both evaporator and condenser modes. With application-specific structural design, it is ideal for steam condensation (with or without inert gas) and high-flow evaporation processes.
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GreenSpiral Type 2 Column Top
GreenSpiral™ Type 2 tower-top spiral plate heat exchanger features a unique structural design, making it the optimal choice for condensation and evaporation processes in gas-to-gas or liquid/gas systems, perfectly catering to special heat exchange requirements of tower top applications.
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GreenSpiral Type 3 Steam Heater
GreenSpiral™ Type 3 spiral plate heat exchanger is custom-built for harsh service with steam heating of fouling-prone and high-viscosity media. Its application-specific structural design delivers reliable performance for heat transfer with complicated fluids.
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GreenBox™ Type SRemovable Side Panels
This compact all-welded plate heat exchanger features a heat transfer core assembled from welded square plates, enclosed within a bolted frame. Both hot and cold fluid channels are accessible for inspection and cleaning.
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GreenCIP™On-Line Cleaning Unit
GreenClP™ On-line Cleaning Unit is a mature chemical cleaning product for heat exchangers independently developed and designed by NEXSON Group. It is specially engineered to address degraded heat transfer performance caused by scaling and clogging inside heat exchangers.
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