INDUSTRIAL REFRIGERATION
INDUSTRIAL
REFRIGERATION
Industrial refrigeration is critical in sectors like food processing, pharmaceuticals, and logistics. These systems require high-capacity cooling, reliable thermal control, and efficient energy use in demanding operating conditions.
Industrial refrigeration is critical in sectors like food processing, pharmaceuticals, and logistics. These systems require high-capacity cooling, reliable thermal control, and efficient energy use in demanding operating conditions.
The main challenges in this sector
The main challenges in this sector
Large-scale cooling demand
Industrial facilities often require high refrigeration loads for chilling, freezing, or temperature stabilization. Equipment must maintain performance under constant demand.
Thermal stability in demanding environments
Whether freezing food or stabilizing chemical processes, systems must deliver precise, uninterrupted thermal control, even with variable loads or harsh conditions.
Compliance with refrigerant regulations
Environmental concerns are driving a shift to ammonia (NH₃), CO₂, and hydrocarbon refrigerants. Heat exchangers must be fully compatible with these fluids and operate under high pressure.
Energy and space efficiency
Facilities aim to reduce operating costs and footprint. Compact, efficient heat exchangers help lower energy use and enable tight equipment integration.
Our involvement in the sector
Nexson designs welded plate heat exchangers for chillers, condensers, subcoolers, and desuperheaters. Our solutions ensure safe performance, energy savings, and long service life in industrial-scale applications.
Heavy duty cooling for critical industrial flows
Reliable plate technologies for industrial refrigeration
Nexson Plate & Shell heat exchangers are designed to meet the demanding safety and performance standards of industrial refrigeration systems. Their fully welded construction ensures complete tightness under the high pressures and low temperatures typical of ammonia and CO₂ installations. For applications requiring serviceability and modular flexibility, Thermowave gasketed plate exchangers offer a complementary solution, especially when frequent maintenance access is needed.
High thermal performance for large-scale cooling
These exchangers provide efficient and responsive heat transfer, helping to reduce compressor workload and improve energy efficiency in heavy-duty refrigeration systems. Their performance remains stable under continuous operation, making them ideal for demanding industrial environments.
Flexible integration across cooling networks
From blast freezing to process chilling and industrial cooling loops, Nexson and Thermowave exchangers integrate easily into complex refrigeration architectures. Their modularity allows precise adaptation to plant-specific needs, whether in food processing, logistics, or chemical industries.
Compact design built for long service life
Constructed from stainless steel or corrosion-resistant alloys, these units are built to endure fouling and corrosive media over time. The compact format of both Nexson and Thermowave models supports efficient use of space in technical rooms while ensuring long-term mechanical integrity.
Heavy duty cooling for critical industrial flows
Reliable plate technologies for industrial refrigeration
Nexson Plate & Shell heat exchangers are designed to meet the demanding safety and performance standards of industrial refrigeration systems. Their fully welded construction ensures complete tightness under the high pressures and low temperatures typical of ammonia and CO₂ installations. For applications requiring serviceability and modular flexibility, Thermowave gasketed plate exchangers offer a complementary solution, especially when frequent maintenance access is needed.
High thermal performance for large-scale cooling
These exchangers provide efficient and responsive heat transfer, helping to reduce compressor workload and improve energy efficiency in heavy-duty refrigeration systems. Their performance remains stable under continuous operation, making them ideal for demanding industrial environments.
Flexible integration across cooling networks
From blast freezing to process chilling and industrial cooling loops, Nexson and Thermowave exchangers integrate easily into complex refrigeration architectures. Their modularity allows precise adaptation to plant-specific needs, whether in food processing, logistics, or chemical industries.
Compact design built for long service life
Constructed from stainless steel or corrosion-resistant alloys, these units are built to endure fouling and corrosive media over time. The compact format of both Nexson and Thermowave models supports efficient use of space in technical rooms while ensuring long-term mechanical integrity.
