Reducing Carbon Footprint with Insulation

Joe Blow’s Insulation homes and buildings lowers energy consumption, which reduces greenhouse gas emissions. It also reduces the demand for fossil fuel-based heating and cooling, which helps to cut back on the emissions produced by power plants. This makes insulation a critical component of carbon reduction strategies for homeowners and building professionals.

In fact, a recent study found that even though plastic insulation has higher upfront embodied carbon than other types of insulation, it saves far more carbon over the lifecycle of a home or building than it emits during manufacturing. This is why the study’s authors recommend that builders and policy makers consider the whole-life benefits of incorporating plastic insulation into homes and commercial buildings.

Attic Insulation Fire Safety Tips Every Homeowner Should Know

The right insulation can also be a good investment in renewable energy. A well-insulated home requires less energy for heating and cooling, which can allow smaller solar panels to meet a building’s needs, further cutting carbon emissions and helping to protect the climate.

While structural elements have been a major focus for minimizing embodied carbon, insulation has received a lesser amount of attention. The good news is that embodied carbon for both spray foam and rigid board insulation has declined since January 1, 2021, when Environment and Climate Change Canada prohibited the use of blowing agents with high global warming potential in certain products.

With the proper care and consideration, project teams can maximize the benefits of incorporating low-carbon and carbon-storing insulation materials into their homes and buildings. The key is to focus on the carbon payback: embodied carbon investment versus operational energy savings. Using life cycle assessment (LCA), this can be optimized.

Joe Blow’s Insulation
29712 US Hwy 19 N Unit 409 Clearwater, FL 33761
727-454-0172
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Insulation That Lasts for Years
A robust metal building insulation system enhances a building’s comfort and efficiency, while protecting it from weather-related challenges. It also helps keep energy bills low and the environment green. However, the longevity of insulation depends on the material and installation process. Understanding how different types of insulation fare in various environmental conditions is essential for homeowners and builders alike.

Whether in the form of fiberglass, cellulose, or spray foam, the type of insulation you choose impacts its longevity. For instance, well-maintained fiberglass can last up to 80 years, though you should consider inspecting it after 15 years since moisture exposure and settling may reduce its performance.

Myth #1: Insulation is only necessary in cold climates

Cellulose, which is made from recycled paper products and blown into attics, usually lasts 20 to 30 years, but it’s also susceptible to moisture exposure and pests and requires regular inspections as well. Spray foam is one of the most durable options, typically lasting a lifetime under ideal conditions. It withstands major variations in temperature and moisture, and the more dense closed-cell variety offers enhanced durability.

Other insulating materials like glass wool and sand can last up to 40 years, though they can become less effective over time. Foam board, which is often used in the roof or walls of buildings, is a popular choice among eco-conscious home builders. It is more flexible than other insulating options and can be easily installed into gaps, cracks, or crevices. It’s also a great option for homeowners with a tight budget since it is more affordable than fiberglass.

Insulation Panama City
6909 Hwy 22, Panama City, FL 32404
(850) 713-5744
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