IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
IDELAM’s technology enables delamination of multi-material products or waste, such as jackets and footwear, through processes utilising supercritical CO2. The disassembly of such products allows for more effective recycling and reuse of substrates. Founded in 2019 (France).
