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Simulations Support Eco-Friendly Designs of MicroGroove Heat Exchangers

ICA and OTS Collaborate with Friedrich on Drop-in Replacement for Higher SEER Rating
 
New York, New York (6 September 2017) –The International Copper Association, Inc. (ICA) and Optimized Thermal Systems, Inc.

MicroGroove Dominates in Cool Display Cabinets with Propane as Refrigerant

Smaller Diameter Copper Tubes Allow for Smaller Volumes of A3 Flammable Refrigerant
 
New York, New York (8 August 2017) – According to the International Copper Association, Inc. (ICA),  MicroGroove has played a key role in the development of refrigeration systems made with 150 grams of propane (R290).

MicroGroove Excels in Heat Pump Applications, Says ICA

Smaller Diameter Copper Tubes Improve the Performance of Heat Pumps
 
New York, New York (23 May 2017) – According to the International Copper Association, Inc.

Dates Set for Three Wednesday Webinars on Smaller-Diameter Copper Tubes

New Webinars Describe Construction and Design of MicroGroove Heat Exchangers 

Samples, Software and Training on Smaller-Diameter Copper Tubes Offered in New MicroGroove Heat Exchanger (MGHX) Technology Outreach Program

OTS and ICA Team Up to Engage and Encourage Students, Academics and Professionals

 New York, New York (15 January 2017) – The International Copper Association, Inc. (ICA) and Optimized Thermal Systems, Inc. (OTS) today announced a new technology outreach program on the design and use of heat exchangers made with MicroGroove™ smaller diameter copper tubes.

Open Structure of Round Copper Tubes with Plate Fins Offers Superior Drainage and Cleaning Compared to Flat Aluminum Tubes with Serpentine Fins

 New York, New York (14 December 2016) – According to the Copper Alliance, important advantages of round tube plate fin (RTPF) coils are ease of cleaning and good condensate drainage.

New Research Supports Simulations of Airside Heat Transfer around MicroGroove Tubes

 New Research Supports Simulations of Airside Heat Transfer around MicroGroove Tubes, Says Copper Alliance

 

Now designers can simulate and optimize the performance of MicroGroove heat exchangers

 

University Laboratories Measure Performance of Low-GWP Refrigerants Inside of MicroGroove Tubes

University Laboratories Measure Performance of Low-GWP Refrigerants Inside of MicroGroove Tubes, Says Copper Alliance

 

Prediction accuracy of simulations depends upon the accuracy of laboratory experiments

 

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