AERCO SmartPlate EV®

Challenge: Local and national building codes have an increased focus on reducing or eliminating inefficient, gas-red water heaters.
Solution: AERCO’s SmartPlate EV® is a high efficiency indirect water heater that heats twice as much water as a typical gas-red water heater, in a much smaller footprint. This
translates to a significantly smaller environmental impact by using less energy, and fewer materials are used because they do not require gas piping or venting.

Lync® Aegis Heat Pump

Challenge: Residential water heat pumps typically use refrigerants like propane and ammonia to move heat between sets of coils. These chemicals create flammable, hazardous by-products with high Global Warming Potential (GWP). 

Solution: The Aegis Heat Pump is a highly efficient heat pump water heater that uses electricity and natural CO2 refrigerant to produce domestic hot water. Its CO2 refrigerant, R744, is non-toxic, non-flammable, has an ODP (Ozone Depletion Potential) of zero, and a low GWP. The Aegis Heat Pump saves an estimated 3,435 tons of CO2 annually. 

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Stainless Steel Radiant-Heat Manifolds

Challenge: Heating a house can be energy intensive, expensive, and have a big environmental impact. Consumers, especially in Europe, are looking for sustainable, cost-effective solutions.

Solution: Watts Stainless Steel Radiant-Heat Manifolds for underfloor heating, when used in conjunction with standard heating methods, can reduce energy usage. Underfloor heating concentrates warmth at the living level and achieves a temperate environment using a lower heat input. The German Heating Industry Association estimates that with radiant floor heating, room temperature can be reduced by 4oF without sacrificing comfort.

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