INDUSTRIAL WATER
Industrial water streams often carry suspended solids, scaling agents, or corrosive chemicals that can reduce heat exchanger efficiency and increase maintenance needs. Efficient thermal systems must ensure reliable heat transfer, resist fouling, and support long runtimes with minimal cleaning.
Industrial water streams often carry suspended solids, scaling agents, or corrosive chemicals that can reduce heat exchanger efficiency and increase maintenance needs. Efficient thermal systems must ensure reliable heat transfer, resist fouling, and support long runtimes with minimal cleaning.
The main challenges in this sector
The main challenges in this sector
Resistant to solids and fouling agents
Industrial water may contain high levels of particles, oils, or chemicals. Exchangers need wide, self-cleaning channels that prevent clogging and maintain stable thermal performance.
Durability in harsh environments
Corrosive media and fluctuating loads require units built with resistant materials and leak-proof construction to handle long-term exposure without failure.
Efficiency for water reuse and energy recovery
Thermal exchangers help recover heat from wastewater before discharge or reuse. This reduces the energy footprint of processes and supports sustainability targets.
Flexible configurations for multiple flows
Industrial facilities often manage different water streams. Heat exchangers should be adaptable to variable flows, temperatures, and operating pressures.
Our involvement in the sector
Nexson Spiral Plate Heat Exchangers (SPHE) are widely used in industrial water treatment for their reliability, robustness, and low-maintenance design. Engineered for harsh fluids, our SHE solutions help recover energy, reduce fouling, and ensure operational continuity.
Robust thermal performance for demanding industrial water challenges
Welded spiral channels for reliability
Our fully welded design prevents internal leaks and supports long service life in chemically aggressive or high-solid fluids.
Compact footprints for space optimization
SPHE units offer high thermal capacity in a compact design, saving valuable floor space and reducing installation complexity.
Low pressure loss at high flow rates
Spiral geometry allows smooth flow with low resistance, ideal for large water volumes and high-efficiency heat transfer.
Easy inspection and cleaning access
Built-in features allow visual inspection and fast cleaning when needed, without complex disassembly.
Robust thermal performance for demanding industrial water challenges
Welded spiral channels for reliability
Our fully welded design prevents internal leaks and supports long service life in chemically aggressive or high-solid fluids.
Compact footprints for space optimization
SPHE units offer high thermal capacity in a compact design, saving valuable floor space and reducing installation complexity.
Low pressure loss at high flow rates
Spiral geometry allows smooth flow with low resistance, ideal for large water volumes and high-efficiency heat transfer.
Easy inspection and cleaning access
Built-in features allow visual inspection and fast cleaning when needed, without complex disassembly.
