Stuttgart, Baden-Württemberg, Germany · On-site
$65k–$85k/yr
Deine Aufgaben Verfahrenstechnische Auslegung der ProduktionsanlageValidierung externer EntwicklungsumfängeKoordination der Schnittstellen zwischen Lieferanten, Kunden und Inhouse-Entwicklung im Bereich Verfahrenstechnik…
Skills: Process Engineering, Chemical Engineering, HAZOP, Plant Safety, Project Management
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The role involves the process engineering design of production facilities and ensuring the safety of chemical waste-to-gas plants through risk analyses and safety studies. The position also includes coordinating interfaces between suppliers, customers, and in-house development.
Candidates must have a Master's degree in Process Engineering, Chemical Engineering, or a related field, along with several years of experience in the chemical industry, particularly in plant safety and HAZOP. Practical experience in project work with external partners and strong analytical skills are also required.
Carbon recycling with plasma technology
Cyclize defossilizes the chemical industry by recycling mixed waste and CO2. We produce non-fossil syngas, a gas mixture of carbon monoxide and hydrogen. This syngas serves as the basic building block of advanced chemicals and is used to produce plastics, methanol, hydrogen, and e-fuels in the chemical industry. Currently, syngas is still obtained through the linear use of fossil resources such as natural gas. Our innovative plasma-based process allows us to replace fossil resources with waste materials, thus enabling the carbon circular economy and avoiding hundreds of megatons of CO2 annually by 2050.
Offices: Julius-Hölder Straße 14, Stuttgart, Baden-Württemberg 70597, DE
Carbon recycling with plasma technology
Cyclize defossilizes the chemical industry by recycling mixed waste and CO2. We produce non-fossil syngas, a gas mixture of carbon monoxide and hydrogen. This syngas serves as the basic building block of advanced chemicals and is used to produce plastics, methanol, hydrogen, and e-fuels in the chemical industry. Currently, syngas is still obtained through the linear use of fossil resources such as natural gas. Our innovative plasma-based process allows us to replace fossil resources with waste materials, thus enabling the carbon circular economy and avoiding hundreds of megatons of CO2 annually by 2050.
Offices: Julius-Hölder Straße 14, Stuttgart, Baden-Württemberg 70597, DE
