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Redesign your air-to-refrigerant heat exchangers to address existing system issues, maximize performance, and/or reduce overall cost.

• Advanced Serpentine Heat Exchangers
• 3 & 5mm Copper Tube Fin Heat Exchangers
• Advanced Copper Heat Exchangers

• Performance Analysis of Ejector Cycles
• Alternative Defrost Strategies
• Integrated Thermal Energy Storage

• Experimental Validation of CDF-Based Corections
• CFD-Based Airside Heat Transfer and Pressure Drop Correlation Development

• Estimation of Lifetime CO2 Emissions of Commercial HVAC Equipment
• Evaluation of R32 for the US HVAC&R Market

• Fundamentals in Heat Transfer
• Customized Software Training
• R&D Roadmap Generation
• And More

Wind Tunnel Performance Verification

Our laboratory includes two temperature and humidity-controlled wind tunnels for the purposes of testing air-to-refrigerant heat exchangers. Testing can be provided to confirm performance data and/or to validate heat exchanger modeling assumptions using CoilDesigner® or other software. Testing can be done with hot water, chilled water, glycol or refrigerant.