H.R.A.™ Heat Recovery Area technology
Innovative roof design for glass melting furnaces that optimizes the use of flue gas heat and opens the way for fully hybrid melting technology
Digital solution based on predictive modeling to enhance quality and productivity in strip processing lines while allowing energy and material savings
Fouling Cleaning Ultrasound Technology
Software-guided sustainable power ultrasound solution to keep industrial production equipment constantly clean without stopping production or using toxic chemicals
Valorization of recycled aggregates from concrete waste in low-carbon concrete
A comprehensive digital solution, including original advanced sensors, to optimize the carbon anode consumption during primary aluminium production
A digital tool that scans and analyses steel products passing through the reheating furnace to control the oxide scale growth and reduce scale loss
A sustainable, closed-loop lithium-ion battery recycling process that produces products for integration in the manufacturing of new battery materials
HP2 steam generation
An innovative, high-performance, integrated steam generator, combining biomass preparation, condition and combustion
APT-HP High-power plasma torch
A direct replacement for fossil fuel burners in industrial applications, with greatly reduced greenhouse gas emissions
An innovative & clean process to extract and process rare earth elements for recycling applications of permanent magnets and for mining concentrates
Manufactures and deploys high-capacity, rechargeable, and recyclable nickel-zinc batteries
A novel and green thermochemical process for recycling the end-of-life electronic waste.
Prototype in lab
TWDI – Thin Walled Ductile Iron
An already green casting process which added the ability to redesign lighter parts for vehicles for better fuel efficiency and eV range.
A new generation of gold alloys for clean and sustainable aesthetic applications (luxury and jewelry).
A waste-to-value technology that enables decarbonized next generation infrastructure.