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Sustainability report 2022pdfLanguages:
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Sustainability report 2021pdfLanguages:
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Sulzer sustainability data 2020pdfLanguages:
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Sulzer sustainability data 2019pdfLanguages:
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Sustainability Report 2014pdfLanguages:
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Sustainability Report 2013pdfLanguages:
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Sustainable Development 2013pdfLanguages:
Become more sustainable
We aim to be a responsible corporate citizen and harness the power of fluid engineering to make life better, safer and more sustainable. Our expertise in pumping, agitation, mixing, separation and application technologies for fluids powers solutions that enable economies across the world to become more sustainable. Our sustainability strategy is composed of three pillars – minimizing our carbon footprint, enabling a low-carbon society, and engaging our employees and communities to build a more inclusive and sustainable future. The three pillars are supported by strong governance.
If you can’t eliminate your CO2 emissions, capture them!
Carbon capture, utilization and storage (CCUS) has a critically important role to play on the path to net zero. For those emissions that are impossible to completely eradicate through carbon reduction strategies, for example from industrial activities like hydrocarbon processing, Sulzer’s CCUS solutions can help to capture and transform the remaining emissions into valuable resources to be sold and used in a variety of sectors, thereby enabling circularity and the decarbonization of heavy industries.
Sustainable and degradable bioplastics with Sulzer
While we have come to realize the environmental limitations of plastics, there is still a great future in such materials – especially if solutions based on the principles of renewability and circularity are adopted. One of the most remarkable examples is polylactic acid (PLA), a highly sustainable bioplastic that is now produced worldwide. PLA production is mostly based on Sulzer Chemtech’s advanced technology, which is included in almost all PLA production plants currently in operation across the globe.