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If you have any question please contact Silke Buschulte-Ding under +49 621 60 48387 or silke.buschulte-ding@basf.com.

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Climate protection is a central component of the BASF strategy. For many years, the company has been continuously reducing its CO2 emissions. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. Olefins are intermediate substances, for the production of cleaning materials, aroma chemicals or superabsorbents. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. Chemical laboratory technician Oliver Secosan controls the new plant for synthesis gas direct conversion.
Climate protection is a central component of the BASF strategy. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. Chemical laboratory technician Oliver Secosan controls the new plant for synthesis gas direct conversion.
Climate protection is a central component of the BASF strategy. For many years, the company has been continuously reducing its CO2 emissions. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. Olefins are intermediate substances, for the production of cleaning materials, aroma chemicals or superabsorbents. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. Chemical laboratory technician Oliver Secosan controls the new plant for synthesis gas direct conversion.
Climate protection is a central component of the BASF strategy. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. Chemical laboratory technician Oliver Secosan controls the new plant for synthesis gas direct conversion.
Climate protection is a central component of the BASF strategy. For many years, the company has been continuously reducing its CO2 emissions. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. Olefins are intermediate substances, for the production of cleaning materials, aroma chemicals or superabsorbents. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. An additional control unit (see picture) allows manual control of the gas supply to the synthesis gas direct conversion.
Climate protection is a central component of the BASF strategy. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. An additional control unit (see picture) allows manual control of the gas supply to the synthesis gas direct conversion.
Climate protection is a central component of the BASF strategy. For many years, the company has been continuously reducing its CO2 emissions. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. Olefins are intermediate substances, for the production of cleaning materials, aroma chemicals or superabsorbents. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. The picture shows mass flow controlers that regulate the supply of synthesis gas to the system.
Climate protection is a central component of the BASF strategy. For further significant reduction innovative processes, such as the synthesis gas direct conversion for the synthesis of olefins, our research is developing. New process technologies and catalysts can reduce the carbon footprint of olefin production by up to 50 percent. The picture shows mass flow controlers that regulate the supply of synthesis gas to the system.