RHI Magnesita

This innovation field aims to generate novel solutions in our customer’s Ladle-to-Mold process. Latest sensor technologies, digital tools, advanced robotics, coupled with state-of-the-art automation and combined with innovative refractory products will allow for a holistic approach addressing future industry trends.

Recycling is one of the pillars of RHI Magnesita’s sustainability strategy. By fostering circular economy, we’re reducing our CO2 footprint and avoid landfilling.

Aiming to increase the yield from our deposits and various qualities due to online control and faster decision making. The used sensors in our mining machinery will allow to have better info for predictive maintenance and thus reduce unplanned stops and maintenance costs.

Focusing on pioneering research projects for disruptive technologies and sustainable production processes to drastically reduce CO2 emissions, laying the foundation for future net-zero refractory production.

As a carbon-free energy source, hydrogen is an essential building block for the decarbonization of high-temperature industries and therefore for enabling a sustainable future. As our customers’ processes transition towards utilizing hydrogen, either as fuel or reactant, RHI Magnesita strives to be the technological leader.

Working towards net zero emissions is one of our corporate priorities. The innovation field covers CCUS technologies from scouting till implementation in our plants.

Pursuing digital excellence by developing digital customer service-, robotics and automation solutions, and leveraging RHIM digitalization capabilities.

RHI Magnesita's research focuses on developing cutting-edge refractory materials for extreme heat environments, enhancing durability and efficiency in industries like steel, cement, and glass production.