Innovating and uncovering new sources of value

This process combines high security packing of gas cylinders into cages with a Deep Learning system that enables real-time analysis of the gas contained in the cylinders collected.

Bromine waste produced by synthetic applications for fine chemicals and APIs (active pharmaceutical ingredients) is regenerated and purified so it may be reused. This process preserves natural resources and generated 20 times less CO₂ than extracting virgin bromine.

We designed a treatment chain to neutralize PCB-polluted oils and rehabilitate electric transformers.

Recovering this hazardous waste, which contains nickel, copper, cobalt and molybdenum, makes it possible to make ferroalloys used directly in the production of steel and metal components.

The corosivity and reactivity of this sandy residue produced by the chemical synthesis of silicones is eliminated to make the waste easier to handle, transport and store.

Treatment and energy conversion of a wide range of currently non-recoverable waste using pyrogasification and biological methanation, ultimately to produce renewable gas that can be injected into the current network.

This project seeks to enhance understanding of how the mercury content in combustion fumes can vary so as to better control and more effectively remove the element before the fumes are discharged into the atmosphere. 

This process intends to better recycle plexiglass (PMMA) by transforming PMMA waste into high quality methyl methacrylate (MMA) that can be reused in industry.