Why renovation is the secret key to CO2 reduction
Why renovation is the secret key to CO2 reduction
In a world where sustainability is becoming increasingly important, CO2 reduction plays a crucial role. Everyone can contribute to a better future by renovating surfaces instead of renewing them.
The facts at a glance
Did you know that renovation produces significantly less CO2 emissions than complete replacement? Production of new materials contributes significantly to greenhouse gas emissions. Research shows that renovation of buildings and surfaces can generate up to 70% less CO2 emissions. This is because renovations require fewer new materials and produce less waste.
Benefits of renovation
Renovation not only offers environmentally friendly benefits, but is also cost-effective. Preserving existing structures reduces the need for new raw materials, which helps conserve natural resources. In addition, the logistics process of renovation is often simpler and faster than complete replacement, leading to fewer transportation-related emissions.
Our solutions
At Grand Surface, we offer high-quality products such as Renovio and RevoGlas, which are specifically designed for sustainable renovation. Renovio cleans and renovates surfaces, making them like new again without the need for replacement. RevoGlas effectively and permanently repairs glass damage, allowing glass surfaces to be preserved.
Prevention is better than cure
Our LiquiFoil provides excellent protection for various surfaces, preventing damage and the need for renovation. It extends the life of materials and helps minimize the need for future repairs.
Want to contribute as well?
By choosing renovation instead of replacement, you are actively contributing to the reduction of CO2 emissions. At Grand Surface, we support this sustainable choice with our specialized products and expertise. Together, we can build a greener future.
Do you have a project that requires renovation? Contact us for free and expert advice. Let’s work together for a more sustainable world!