Building Science 201: Combustion
The more we understand about combustion appliances, the better we can serve the houses we work in.
The more we understand about combustion appliances, the better we can serve the houses we work in. [continue reading]
After I described how air can get sucked down the chimney and vent connector and flue, and out the draft diverter of the gas water heater, and into the basement, the mother, who was now ... [continue reading]
Residential building envelopes can act as particle filters - but to what extent? [continue reading]
According to DOE’s Building America program data, typical residential ductwork efficiency is about 67%. That means that if you install a 90% efficient furnace, your system efficiency would be just over 60%. Another way to look ... [continue reading]
At Pure Energy, we are finding more and more IAQ problems caused by pollutants that are supposed to be outside the living space, but are being drawn into the living space by unbalanced house pressures. [continue reading]
Carbon monoxide (CO) is really nasty stuff. It’s odorless, colorless, and neutrally buoyant, and it can make you stupid before it kills you. It’s not the kind of stuff you want ... [continue reading]
Why unhealthy homes cause unhealthy occupants. [continue reading]
Building performance renovation contractors and Weatherization Assistance program workers daydream of making homes healthy, comfortable, energy efficient, and durable. But sometimes when they are in the middle of a project, they find their dreams have ... [continue reading]
Homeowners throughout the United States can find incentives for making their homes more energy efficient with federal and state government ...
Renewable energy can be generated using multiple methods throughout the United States, and one of the primary forms of renewable ...