Lead and execute research projects focused on CO2 capture, gas processing, and nano-chemistry for CO2 mineralization, specifically within the area of chemical treatment of industrial waste, such as fly ash, waste from cement production, slag from steel plants, etc.
Drive innovation and the development of new methodologies, materials, and processes to enhance CO2 mineralization technology.
Collaborate with cross-functional teams to integrate chemistry expertise into product development and scale-up efforts
Analyse and interpret experimental data, draw conclusions, and present findings to the team and stakeholders.
Stay updated on and ensure adherence to environmental and safety regulations pertaining to CO2 capture and mineralization.
Provide guidance and mentorship to junior researchers, fostering a culture of learning and excellence.
Contribute to scientific publications, patents, and conference presentations to showcase the company’s achievements and thought leadership.
Technical and personal skills
A Sc. or Ph.D. in Chemistry or a related field with a focus on CO2 capture, gasprocessing, waste treatment or nano-chemistry.
A minimum of 10 years of professional experience in CO2 capture, gasprocessing, waste treatment or nano-chemistry research, with a track record of success in the field.
Provenexpertise in CO2 mineralization, waste treatment, catalyst development, materials science, and gas separation technologies.
Demonstrated ability to drive innovation and stay updated on the latest developments in CO2 capture and mineralization
Strong project management skills, including the ability to lead and execute research projects effectively.
Proficiency in data analysis and the use of relevant tools and equipment for experimental data interpretation.
Familiarity with international environmental and safety regulations related to CO2 capture and mineralization.
Excellent communication and presentation skills, with the ability to convey complex scientific concepts to both technical and non-technical audiences.
