Low-carbon buildings for a greener future.

In Canada, the energy used in homes and buildings, e.g. heating, air conditioning, running appliances and office equipment accounts for nearly a quarter of the country’s greenhouse gas emissions. Left alone, inefficient, leaky buildings will suck energy and spew emissions for several decades.

The important role played by buildings.

According to an article from the website Policy Options (http://bit.ly/2rSbUxR) “Buildings have long lifespans — longer than those of power plants, cars and appliances. The consequences of inefficient buildings can last generations, so we have some important choices to make today about how we build and maintain them. A bold, long-term commitment to well-built, nearly-zero-energy buildings — which create almost as much energy as they consume — will generate economic, health and environmental benefits for Canadians for years to come.”

Though some steps have been made, this is not enough. The post adds: “Many home and business owners have taken simple actions to improve the energy efficiency of residential and commercial buildings, such as replacing weather-stripping around windows and doors, insulating roofs and walls and swapping out old boilers and furnaces. But time is not on our side.”

Big changes need to be done

Sweeping changes are needed to make high-efficiency buildings the norm rather than the niche. Low-cost, high-return opportunities are all around us, in our homes, office towers, schools, factories, hospitals and more. For policy-makers looking to cost-effectively and rapidly cut carbon pollution, building improvements are the low-hanging fruit. In fact, in the building sector, we could and should be aiming to exceed Canada’s national emissions reduction targets.

Two areas where this can be addressed: old buildings being modernized and new buildings being upgraded with energy-efficient standards.

There are two specific areas where we think the federal government, in collaboration with its subnational counterparts, could create clean economic growth by advancing the construction of healthy homes and buildings. First, drafty old buildings need to be modernized for the 21st century — the “clean growth century”. This can be done by creating a retrofit strategy that includes revising building codes to address retrofitting and encourages actions like fixing airtightness and heat loss; installing better windows, doors and insulation; and upgrading our heating, cooling and ventilation systems. Second, new buildings need to be constructed to the most energy-efficient design and construction standards.

Supporting green buildings 

The encouraging efforts brought forth by sustainable buildings provides not only the environmental benefits and long term gains for future generations, it could also help propel other organizations to pay more attention that possibly leads to positive action.

Companies such as PFB Corporation are committed to conduct operations that affect environmental and social trends. Environmental conservation has always been their top priority as shown in their practices, products and processes, including energy efficient buildings.

Insulspan is an excellent choice to construct energy efficient buildings because of its energy efficiency features and ability to reduce energy consumption in buildings. Insulspan’s sustainable system and its ability to withstand natural disasters better than other construction methods makes it a top option for energy efficient buildings.

To learn about PFB Corporation and their sustainability directives, visit http://www.pfbsustainability.com