SMART CITY HIGHLIGHTS
WASTE HEAT RECOVERY
Why is it important? Reducing the amount of fuel used to produce heat in a boiler installation, heating efficiency increases, resulting in lower fuel use. This serves both the requirement to increase efficiency and reduce carbon emissions. How this work? Waste heat recovery is based on the principle that heat flows from a higher temperature to a lower temperature in a heat exchanger. The system works by guiding the exhaust gases from the furnace into a case which contains refractory material such as aluminum oxide.
Engine Waste Heat Recovery Modern engine systems are considerably more efficient than their predecessors, but much of the fuel energy is still wasted as heat. • Smart technology for flexible operation – designed for frequent and quick ramp-ups • Effective operation with minimized capacity loss between off-service cleanings • Vibration and pulsation-resistant structure
Heat Pumps Heat pumps capture heat from the air outside, concentrate it, and then pump it indoors to where you want it to keep your home comfortable. Think of it like an air conditioner, only in reverse. Heat pumps are incredibly popular in temperate to warm climate because these places generally don’t have winters that ever get cold enough to the point where their effectiveness is diminished.
What’s next? ❑ The Global Waste Heat Recovery System market is anticipated to rise at a considerable rate between 2023-2029. ❑ Waste heat recovery is the next game changer for industrial heat waste management.
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