The only eco-responsible solution to treat asbestos
Asbestos waste treatment is a global issue
Europe has to deal with over a million tonnes of asbestos waste a year, with 200KT in France.
Today, more than 95% of asbestos waste from buildings, ships, trains and even airplanes is sent to landfill sites.
Our ambition is to reduce this flow by proposing an innovative, environmentally-friendly chemical process able to treat chrysotile and amphibole fibers. Our solution not only treats the majority of asbestos waste, but also recycle inert by-products from the process in various industries.
Our process in video
The steps of our process
Our new, reliable solution is based on a chemical neutralization that treats free or bound asbestos waste, totally destroying the asbestos fiber.
The various stages of our process are as following:
- Milling
Waste shredding phase in a confined environment to ensure operator safety
- Reaction
Low-temperature reaction phase
- Filtration
Filtration phase to extract by products resulting from the reaction
- Valorization
Solid and liquid by-products which can be recycled in various industrial application and construction
Asbestos neutralization
Our goals
The advantages of our process solution is the treatment of hazardous waste to produce inert and recyclable materials.
These elements become new materials.
With De Dietrich Waste Recycling, we are actively participating in the circular economy, protecting the environment and the reuse of resources.
The benefits of our process
Our solution enables the complete neutralization of asbestos, and allow the delivery of a certificate of destruction that exonerate all environment liability.
This is a real advantage over landfilling, which involves retaining environmental responsibility for the waste. Our technological innocation has necessitated a change in legislation, redirecting the waste stream towards this sustainable solution.
Clean eco-industrial process
Destroy asbestos permanently
Efficient and safe for the operators
Respect the environment and local population