COMMERCIAL REFRIGERATION
From supermarkets to cold storage facilities, commercial refrigeration demands precise temperature control, energy efficiency, and reliable operation to preserve food quality and reduce energy costs. Refrigeration systems must work around the clock, often under varying loads and ambient conditions.
From supermarkets to cold storage facilities, commercial refrigeration demands precise temperature control, energy efficiency, and reliable operation to preserve food quality and reduce energy costs. Refrigeration systems must work around the clock, often under varying loads and ambient conditions.
The main challenges in this sector
The main challenges in this sector
Strict temperature stability
Refrigerated goods require narrow temperature ranges to prevent spoilage. Thermal systems must ensure rapid and consistent cooling under all conditions.
Energy consumption
Cooling accounts for a large share of energy bills in retail and storage. Heat exchangers must enable maximum efficiency, especially in low-temperature circuits.
Refrigerant compatibility and environmental concerns
New regulations push toward low-GWP refrigerants like COâ‚‚ and propane. Equipment must be compatible, safe, and highly adaptable to evolving systems.
Continuous, high-duty operation
Units often operate 24/7 with frequent cycling. Components must be durable, compact, and easy to maintain in constrained environments.
Our involvement in the sector
Nexson supplies welded heat exchangers tailored for COâ‚‚ booster systems, condensers, and subcoolers in commercial refrigeration. Our designs improve thermal efficiency, reduce refrigerant charge, and support sustainable, space-saving installations.
Cooling performance with compact reliability
Efficient plate technologies for leak-free refrigeration systems
Nexson Plate & Shell exchangers are engineered for commercial refrigeration environments where reliability and efficiency are critical. Their fully welded construction eliminates the risk of gasket failure, making them ideal for high-pressure, low-charge applications using COâ‚‚ and other natural refrigerants. For systems requiring more modularity and easier maintenance, thermowave plate heat exchangers provide a flexible and serviceable alternative.
Stable performance under varying cooling loads
These exchangers maintain high thermal efficiency even at sub-zero temperatures and under fluctuating load conditions. By minimizing stress on compressors, they help reduce energy consumption across a wide range of commercial refrigeration applications, from supermarkets to cold storage and food processing.
Adaptable to all stages of the refrigeration cycle
Nexson Plate & Shell and thermowave units can be integrated at various points in the refrigeration loop, including transcritical COâ‚‚ systems, subcoolers, liquid receivers, and economizers. Their compact footprint allows easy installation in confined mechanical rooms, rooftop units, or distributed refrigeration networks.
Optimized for modern refrigerants and sustainability
Both technologies are compatible with low-GWP refrigerants such as R744 and R290. Nexson’s welded design provides long-term tightness and low maintenance, while thermowave’s gasketed plates allow for straightforward inspection and servicing. Together, they support the transition to more sustainable and energy-efficient cooling solutions.
Cooling performance with compact reliability
Efficient plate technologies for leak-free refrigeration systems
Nexson Plate & Shell exchangers are engineered for commercial refrigeration environments where reliability and efficiency are critical. Their fully welded construction eliminates the risk of gasket failure, making them ideal for high-pressure, low-charge applications using COâ‚‚ and other natural refrigerants. For systems requiring more modularity and easier maintenance, thermowave plate heat exchangers provide a flexible and serviceable alternative.
Stable performance under varying cooling loads
These exchangers maintain high thermal efficiency even at sub-zero temperatures and under fluctuating load conditions. By minimizing stress on compressors, they help reduce energy consumption across a wide range of commercial refrigeration applications, from supermarkets to cold storage and food processing.
Adaptable to all stages of the refrigeration cycle
Nexson Plate & Shell and thermowave units can be integrated at various points in the refrigeration loop, including transcritical COâ‚‚ systems, subcoolers, liquid receivers, and economizers. Their compact footprint allows easy installation in confined mechanical rooms, rooftop units, or distributed refrigeration networks.
Optimized for modern refrigerants and sustainability
Both technologies are compatible with low-GWP refrigerants such as R744 and R290. Nexson’s welded design provides long-term tightness and low maintenance, while thermowave’s gasketed plates allow for straightforward inspection and servicing. Together, they support the transition to more sustainable and energy-efficient cooling solutions.
