How Spray Foam Insulation Reduces Collective Carbon Footprint

There is no doubt that the world’s climate is changing. We see it in the increased temperatures across the globe as well as the growing number of severe weather events such as tornados, cyclones, hurricanes, and more. Fortunately, we can make small changes like choosing greener materials, to help curb these effects. In this article, we explain the benefits of spray foam insulation and why you should consider it for your new home.

Reducing our Collective Carbon Footprint on the Environment

There are many ways to lessen the impact that we have on the environment. However, before we look at improving the insulation in buildings by using spray foam insulation, let’s have a look at a concise definition of what our carbon footprint means and what it consists of: green feet carbon foot print reduced by insulation

TechTarget.com defines a carbon footprint as the “measure of the environmental impact of a particular individual or organization’s lifestyle or operation, measured in units of carbon dioxide.” Furthermore, there are two parts to a carbon footprint – the primary footprint is the direct carbon dioxide emissions that we produce as a result of burning fossil fuels. The secondary footprint is made up of the indirect carbon dioxide emissions that are associated with the consumables that we purchase and use on a daily basis.

Improve the Insulation in Buildings with Spray Foam Insulation

In essence, spray foam insulation is a polyurethane plastic foam that is applied to walls, on roofs, around corners, as well on all curved surfaces to form a continuous protection and air-sealing barrier. This foam is created on-site by mixing specific liquid components together on-site. The fluids react very quickly when mixed, expanding on contact to create foam that insulates, seals gaps, and can form moisture and vapour barriers, thus, preventing air from escaping through cracks, seams, and joints.

Insulation Can Boost Energy Efficiency

We are not genetically designed to live in very hot or very cold climates; therefore, we use artificial heating and cooling appliances to keep our indoor environment at an ambient temperature. Needless to say, these appliances, such as boilers, furnaces, and air conditioners, burn fossil fuels in both direct and indirect ways. Ergo, by increasing the building’s natural insulation, the ambient temperature will be easier to maintain, thus, cutting down on the need to artificially heat or cool the building.