A blower is not a heat pump. Can you explain this a little further to a process engineer, please? I don’t see where the energy savings are coming from.
Can these heat pumps be used in a town scale? I mean the whole town instead to have individual A/Cs at houses and/or gas/oil boilers, to be connected to a piping that will go all along the town and exchange heat?
Why not trap the leftover heat and transform it to usable energy? The biggest problem I foresee is the distillation of harmful or toxic compounds, in vast quantities.. Burning these compounds is much like the egr valve on your car. These have been ignored and sent into the surrounding environment via tall chimney stacks. In hopes that no one will smell it, or become slowly poisoned by it. And ignored in this video. Even if burned they don't go away, unless ran through a catalytic converter. Expensive options for a mega corporation.🤔
Thank you very much for great informative video.
Very goods
A blower is not a heat pump. Can you explain this a little further to a process engineer, please? I don’t see where the energy savings are coming from.
Can these heat pumps be used in a town scale? I mean the whole town instead to have individual A/Cs at houses and/or gas/oil boilers, to be connected to a piping that will go all along the town and exchange heat?
Sir inner dia 385 h or outer dia 750 h to uska bna ke bhejo
Why not trap the leftover heat and transform it to usable energy?
The biggest problem I foresee is the distillation of harmful or toxic compounds, in vast quantities.. Burning these compounds is much like the egr valve on your car. These have been ignored and sent into the surrounding environment via tall chimney stacks. In hopes that no one will smell it, or become slowly poisoned by it.
And ignored in this video. Even if burned they don't go away, unless ran through a catalytic converter. Expensive options for a mega corporation.🤔