Born and developed in Canada over 40 years ago, Igloo’s Cellulose fiber insulation is manufactured in France, in the heart of the Vendée region, from paper collected from local recycling channels and from community collections (schools, associations, etc.). Not only does it diminish the global waste volume, but it also allows to raise public awareness on the importance and interest of the circular economy. Igloo France Cellulose implements all available means towards a sustainable development and energy transition. One ton of its bio-based carbon net-negative cellulose fiber insulation (CFI) removes 1,04 tons of CO2eq from the atmosphere into long-term storage. This insulation is suitable for both new and refurbished buildings. Over 18 months, up to 31400 tons of CFI have been fitted and insures the proper insulation of 39 000 housings. This product offers CO2 storage within a durable building for at least 50 years. No heat is necessary to manufacture cellulose insulation, through its near-zero-waste production process. Finally, due to its excellent thermal performance, cellulose fiber insulation allows for significant energy savings throughout the year, an undeniable advantage for individuals and the environment. In durable managed forests, growing trees are capturing enormous amounts of CO2 by absorbing it in its fibers. When harvest happen, the left-over wood material (other than building material), is used primarily for paper manufacturing. Once the paper cycle is finished, new paper can be made, with the help of added fresh fibers. The Igloo concept uses 100% recycled paper as its main ingredient. This means that the harvested CO2 is not released back into the atmosphere but stored in buildings. Igloo fibers are used in industrial and residential buildings, houses, cabins, and even public buildings. There are a variety of different co-benefits that stem from deployment of Igloo products. The Igloo loose fill insulation fibers are a very efficient thermal insulation product and can generate energy cost (and carbon) savings in buildings where implemented. In recycling, by repurposing paper products into Igloo cellulose insulation, the CO2 embodied in the paper is locked-up for the lifetime of the building. Lastly, Igloo Cellulose Fibers are a significantly less carbon intensive alternative to traditional insulation materials. The proceeds from carbon credits will allow the company to develop the logistics network and systems to collect local wastepaper. Most proceeds will be used towards a major change in the production process. The addition of cardboard in the paper mix requires new machinery, new developments, and new training. Overall, this shift will lead to an even lower carbon impact in the finished product by reducing the impact of transportation of wastepaper as raw material and enable the company to offer even broader recycling possibilities for wastepaper to the community.