Scientist

• Develop and optimize hydrogen storage solutions, including solid-state, liquid

organic carriers, and cryogenic systems.

• Research and improve hydrogen production techniques, including electrolysis,

biomass/biogas reforming, and other sustainable methods.

• Investigate utility applications for hydrogen in clean energy systems and industrial

processes.

• Research innovative methods to refine biomass and biogas into hydrogen and other

valuable products.

• Develop technologies that maximize yield and minimize environmental impact.
• Synthesize and characterize nanomaterials and 2D materials (e.g., graphene) for

diverse applications, including energy storage, hydrogen production, and advanced

coatings.

• Innovate and apply material synthesis techniques to improve efficiency and

scalability.

• Formulate and develop high-performance inks and coatings tailored for industrial and

environmental applications.

• Ensure formulations align with pollution-prevention and sustainability goals.
• Design and implement technologies that reduce environmental impact, focusing on

energy efficiency, waste reduction, and resource optimization.

• Explore and develop circular economy solutions in materials and hydrogen systems.

Preferred Candidates:

• Ph.D. in Chemical Engineering, Material Science, or related field (or equivalent

experience).

• Expertise in hydrogen technologies, nanomaterials, and process design.

• Proficiency in handling high-pressure systems and flammable gases.

• Experience with CFD simulations and pilot-scale projects.