GROUND BREAKING! High-Efficiency Run Around Energy Recovery Systems Reducing Energy Consumption up to 80%! FIRST there were glycol run around loops 40% efficiency THEN came plate and frame heat exchangers 60% efficiency NEXT came heat recovery wheels 70% efficiency NOW, high-efficiency energy recovery coils UP to 80% EFFICIENCY! Konvketa guarantees the amount of energy recovered!… Read more »
Posts Tagged: Pumped Glycol Run Around Loop
Amherst College Science Center | Pumped Glycol Energy Recovery System
Project Name: Amherst College Science Center Architect: Payette Associates Inc. Mechanical Engineer: Van Zelm Engineers Mechanical Contractor: Harry Grodsky & Company Equipment: Glycol Energy Recovery System with 20 AHU coils, 16 HRU Coils and Steam Humidifier Manufacturer: Konvekta DAC Sales Engineer: Rich Clarke Project Overview: During the past 15 years, enrollment in STEM classes increased… Read more »
What’s so special about Konvekta?
We have represented Konvekta for nearly eight years now. In that time, we have designed and delivered over 34 separate projects. We have supplied Konvekta equipment to a very impressive User Group including key owners like UMass Medical, Boston Children’s Hospital, Harvard, Dartmouth, Yale, Novartis and Millipore. In those eight years, there have been some key… Read more »
Ask Rick: Pumped Glycol Systems | Does Air in the Glycol impact performance?
Q. I have some questions about pumped glycol systems. What happens if all the entrapped air is not removed from the glycol? Should a closed loop have auto bleed? A. Air bubbles entrapped in the glycol circuit are very detrimental to the thermal performance of the energy recovery system. It causes the heat transfer… Read more »
Pumped Glycol Energy Recovery | What’s so special about Konvekta?
Two years ago Rick McGinley and I were contacted by Rudolf Zaengerle from Konvekta. Konvekta had done research and had singled out DAC Sales as the firm to represent them in New England. Rick and I were not convinced that Pumped Glycol Run Around loops were viable. They had always been our least favorite means… Read more »