Posts Tagged: energy recovery systems

Project Snapshot: Alkermes

Project Name: Alkermes  Architect: Elkus Manfredi Archtects Mechanical Engineer: AHA Consulting Engineers Mechanical Contractor: Hamel & McAlister Equipment: (2) Custom Penthouse AHUs, (2) EAHUs, (1) Konvekta Heat Recovery Skid (6) MK Plastics High Plume Dilution Fans, (2) 450 ton Oil-Free Chillers Manufacturer: Konvekta, Cambridgeporrt, MK Plastics, Smardt, Ingenia Size: 140,000 CFM Supply / 140,000 CFM Exhaust… Read more »

Konvekta Reduces Energy Consumption up to 80%!

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 »

University Biology Lab HVAC Upgrade | Pumped Glycol Energy Recovery System

Project Name: University Biology Lab HVAC Upgrade Architect: Perkins & Will Mechanical Engineer: Rist-Frost Shumway Engineering Mechanical Contractor: J.C. Higgins Equipment: Pumped Glycol Energy Recovery System and High Plume Laboratory Dilution Fans Manufacturer: Konvekta, MK Plastics Size: 144,000 CFM DAC Sales Engineer: David Goodman Project Overview: This project replaces the Biolabs’ aged HVAC infrastructure with new… Read more »

Energy-Efficient Makeup Air Units

Topic: Energy-Efficient Makeup Air Units Guest Blogger: Hugh Crowther, P.ENG., Ashrae Member Unless you live in paradise, delivering makeup air to most buildings is expensive.  Table 1 shows the amount of work it takes to heat and cool air (based on Chicago  conditions) for a standard rooftop unit (a unit that recirculates air with typical… Read more »

Pumped Glycol Energy Recovery | Efficiency vs. Effectiveness

Topic: High Performance Run Around Energy Recovery Systems Guest Blogger: Rudolf Zaengerle, Ph. D. Konvekta USA, Inc There is some confusion about the terms ‘efficiency’ and ‘effectiveness’:  Efficiency ASHRAE defines ‘temperature transfer efficiency’ (or sometimes ‘enthalpy transfer efficiency’ if enthalpy is used instead of temperature) as follows: μT = (TE1 – TE2) / (TE1 –… Read more »

Pumped Glycol Energy Recovery | Konvekta – System Performance Monitoring

Konvekta is the only supplier of high efficiency pumped glycol run-around energy recovery systems in the world.  They have been in the business of pumped glycol energy recovery  since 1949.  That’s all they do.  Konvekta offers complete systems – high performance heat exchangers, energy recovery system controls and hydraulic assembly. Konvekta high-performance energy recovery systems… Read more »

Pumped Glycol Energy Recovery | Konvekta Energy Recovery System Controller

Konvekta is the only supplier of high efficiency pumped glycol run-around energy recovery systems in the world.  They have been in the business of pumped glycol energy recovery  since 1949.  That’s all they do.  Konvekta offers complete systems – high performance heat exchangers, energy recovery system controls and hydraulic assembly. Konvekta high-performance energy recovery systems… Read more »

Pumped Glycol Energy Recovery | Konvekta High Performance Heat Exchanger Coil

Konvekta is the only supplier of high efficiency pumped glycol run-around energy recovery systems in the world.  They have been in the business of pumped glycol energy recovery  since 1949.  That’s all they do.  Konvekta offers complete systems – high performance heat exchangers, energy recovery system controls and hydraulic assembly. The Konvekta coil design is… Read more »