Drive the design and development of a cutting-edge CO2 capture process utilizing graphene-enhanced membrane technology; Employ your expertise in membrane technology and process design to enhance membrane efficiency, performance, and economic viability; Conduct membrane testing, data collection and analysis to validate and improve membrane performance; Utilize your knowledge of membrane materials and their properties to select the best membrane materials to combine with our patented graphene solutions; Collaborate with suppliers and vendors to source the best membrane materials and equipment for the project; Actively contribute to our pilot-scale demonstration project to ensure the successful implementation of our lab-scale optimized process at scale
Requirements:
Bachelor's or Master's degree in Chemical Engineering, Materials Science and Engineering, membrane technology, or related fields. Ph.D. is a plus; Experience in the design, operation, modeling (Aspen, COMSOL, or similar), and/or testing of membrane separation processes, preferably within gas separation processes; An analytical mind with demonstrated aptitude in systematic experimentation, data collection, and analysis; In-depth knowledge of fundamental membrane design principles and material properties; Familiarity with industry codes, standards, and regulations related to CO2 capture and/or membrane systems is preferred but not required
Text:
Membrane Development Engineer (Graphene-enhanced Membrane Development for CCS) Drive the design and development of a cutting-edge CO2 capture process utilizing graphene-enhanced membrane technology; Employ your expertise in membrane technology and process design to enhance membrane efficiency, performance, and economic viability; Conduct membrane testing, data collection and analysis to validate and improve membrane performance; Utilize your knowledge of membrane materials and their properties to select the best membrane materials to combine with our patented graphene solutions; Collaborate with suppliers and vendors to source the best membrane materials and equipment for the project; Actively contribute to our pilot-scale demonstration project to ensure the successful implementation of our lab-scale optimized process at scale Bachelor's or Master's degree in Chemical Engineering, Materials Science and Engineering, membrane technology, or related fields. Ph.D. is a plus; Experience in the design, operation, modeling (Aspen, COMSOL, or similar), and/or testing of membrane separation processes, preferably within gas separation processes; An analytical mind with demonstrated aptitude in systematic experimentation, data collection, and analysis; In-depth knowledge of fundamental membrane design principles and material properties; Familiarity with industry codes, standards, and regulations related to CO2 capture and/or membrane systems is preferred but not required
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