Our response to vehicle emission control challenges are customized formulations with precious metals on three-way catalysts and catalyzed gasoline particulate filters that significantly reduce harmful pollutants and fine particles.
Our specialized cathode materials are key ingredients in defining the batteries' performance in electric vehicles contributing to the transition towards electromobility.
Our response to vehicle emission control challenges are customized formulations with precious metals on three-way catalysts and catalyzed gasoline particulate filters that significantly reduce harmful pollutants and fine particles.
Our specialized cathode materials are key ingredients in defining the batteries' performance in electric vehicles contributing to the transition towards electromobility.
Our tailor made PEM fuel cell catalysts provide superior performance to accelerate the development of fuel cells, boasting longer ranges, shorter refueling times and higher energy density.
Our response to vehicle emission control challenges are customized formulations with precious metals on three-way catalysts and catalyzed gasoline particulate filters that significantly reduce harmful pollutants and fine particles.
Our specialized cathode materials are key ingredients in defining the batteries' performance in electric vehicles contributing to the transition towards electromobility.
Our response to vehicle emission control challenges are customized formulations with precious metals on three-way catalysts and catalyzed gasoline particulate filters that significantly reduce harmful pollutants and fine particles.
Our specialized cathode materials are key ingredients in defining the batteries' performance in electric vehicles contributing to the transition towards electromobility.
Our tailor made PEM fuel cell catalysts provide superior performance to accelerate the development of fuel cells, boasting longer ranges, shorter refueling times and higher energy density.
In clean mobility materials, Umicore is unique. Umicore is the only materials technology company that provides a complete offering to support the roadmap towards ever-cleaner vehicles.
We provide automotive catalysts to clean the exhaust gases from internal combustion engines for light-duty and heavy-duty vehicles and all fuel types.
Umicore also provides cathode materials for electric vehicles. We produce catalysts for fuel cellvehicles. And last but not least, hybrid vehicles require optimizing combined solutions of automotive catalysts and cathode materials. Umicore is also the only player capable of recycling all these materials and components of the drivetrain when they reach the end of life in a sustainable closed loop.
We have established strong positions in all these areas over the years and invested massively for the future.
We take into account the following considerations in the development of advanced catalytic aftertreatment systems:
Emission feasibility
Fuel Consumption
Performance
Reliability and robustness
Layout and installation impacts
Variable costs
Total cost of ownership
Investments
Synergies with other solutions within the same or different engine families
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