Eco-friendly attic insulationLocation: Luxembourg
Project description
Our client's home in Luxembourg has a problem common to many properties: a poorly insulated attic. This lack of insulation causes significant heat loss during winter, increasing the energy required to maintain a comfortable indoor temperature. Conversely, in summer, an uninsulated attic leads to overheating in the home, making the indoor environment uncomfortable. The aim of our client's eco-friendly attic insulation project was therefore to improve the home's energy performance while optimising thermal comfort throughout the year.
This eco-friendly attic insulation project forms part of a sustainable and responsible approach. By using natural, high-performance materials, the project provides a solution that is both environmentally responsible and thermally efficient. The attic, previously a source of heat loss, has become an optimised space that improves the home's energy performance while ensuring thermal comfort throughout the year. Following this work, our client now benefits from a more energy-efficient, comfortable and environmentally friendly home, while significantly reducing heating and energy costs.
Initial assessment and project background
The attic is a key area for a home's thermal insulation. Poor insulation can account for up to 30% of heat loss in a propertyAt our client's home, the existing attic insulation no longer met modern energy-efficiency standards, resulting in high heating bills in winter and uncomfortable overheating during the summer.
The team therefore chose to insulate the attic with environmentally responsible, and durable and thermally efficient materials. This approach offers two benefits: it improves the home's thermal performance while reducing the project's environmental footprint through the use of renewable and recyclable materials. Eco-friendly materials such as wood fibre and cellulose wadding are particularly well suited to regulating indoor temperatures and providing optimal thermal comfort in both summer and winter.
Project objectives
