If we sealed our house really, we just have to get some fresh air in when we opened the door or window.
We need to vent to exhaust unwanted odors, moisture, and pollution, and replace it with fresh air, but we also need to control the ventilation so that we can turn it on and off as we need it, and directly where necessary.
In this way, we can prevent the waste heat in the way that water is wasted through a dripping tap. We then only lose heat in the air is allowed to escape for ventilation purposes.
Traditionally, ventilation is achieved by using air bricks and infiltration; However, as conserving our energy becomes more sophisticated, we need to develop more sophisticated ventilation strategies correspondingly.
Before listing the steps that might be in the strategy, we will see a vent for combustion and heat exchanger. If you want to know more about ventilators, you can visit http://www.sapaengineer.com.
Permanent ventilation for combustion is a state law that requires air heating equipment from the space for the safe operation must have a permanent ventilator.
The danger is that the fuel is not burned efficiently without sufficient oxygen; if the toxic products of combustion are not exhausted, they can build up in a room and may be fatal.
Heat exchanger designed to help reduce heat loss through controlled ventilation. They are a relatively new method of recovering heat from warm air before it runs out, and is being used increasingly as part of an overall strategy for ventilation and energy conservation.
Once you have identified a problem of individuals in every room of the house, such as combustion heaters require ventilation or a room with too much moisture, it is necessary to arrange the ventilation strategy.