Ing. Ramesh Pokhrel

• Screening regulatory and client-specific requirements regarding environmental requirements (e.g., air emission limits, wastewater discharge limits, BAT / GHG) • Consulting in the development of drainage & effluent treatment and environmental protection concepts • Preparation of lists of emission, effluent, and waste • Provide input to engineering documents i.e. PFD, P&ID, and Process Specifications • Coordination of requirements with different disciplines (e.g., process design, civil engineering)

• Sustainability consulting accelerator covering end-to-end Net Zero strategy to decarbonization. • Courses & practical labs on Net Zero Target Setting, Materiality Assessments, GHG Accounting (Scope 1, 2 & 3 & Life Cycle Assessment), Reporting & Disclosure Frameworks, Net Zero Transition Planning. • SBTi, CDP, GHG Protocol, ISO14000s Standards, IFRS S1 & S2, SASB, GRI, TCFD, TNFD, CSRD, among other leading sustainability standards & frameworks.

• Conducted data transformation, analysis, and material balance calculations to prepare the Bill of Materials (BoM) and support automated Life Cycle Assessments (LCA). • Worked on REACH and RoHS compliance for chemicals for regulatory standards in Life Cycle Assessments (LCA). • Supported LCA and Life Cycle Impact Assessment (LCIA) analyzing environmental impacts such as Scope 3 emissions. • Developed and delivered training materials, presentations, and documentation on LCA and LCIA methodologies

Structural Optimization of TiO2@IrO2 core-shell particles for PEM water electrolysis • Synthesized core-shell particles and evaluated the influence of catalyst support properties • Physical characterization of catalysts using SEM, TEM, etc., and electrochemical characterization using RDE & single-cell testing • Prepared the catalyst ink for fabricating catalyst-coated membranes (CCMs) • Tested the most promising catalysts in a real electrolyzer setup

• Analyzed spectrophotometry and enzymatic assay literature, enhancing this with practical spectrophotometry analysis. • Conducted electrochemical characterization of enzymatic bio-fuel cells and optimized impedance spectroscopy using Matlab. • Maintained lab safety and efficiency through strict adherence to chemical labeling regulations and cleanliness standards. • Assisted in the installation of a trickle bed reactor for the biological methanation of hydrogen

• Research into the current state of research on nanoparticle synthesis • Synthesized carbon-supported PtRu nanoparticles for direct isopropanol fuel cells using microwave reactor and wet-chemical methods. • Manufactured porous electrodes for fuel cells using ultrasonic spray coating technology. • Participation in the installation of laboratory equipment, e.g., rotary evaporator, microwave reactor

• Spearheaded Direct Air Capture (DAC) innovation as a chemical engineer at PurCity, a leading European startup, advancing sustainability and net-zero emission goals. • Managed DAC pilot plant operations and testing at Toyota Motor Europe, Belgium. • Conducted technical evaluations of CO2 production • Enhanced CO2 production, achieving a notable 15% increase in efficiency, and adeptly used Aspen Plus and Hysys for modeling, improving, and validating carbon capture processes.

• Led AIESEC Nuernberg's committee, managing reports, databases, and charting. • Gathered and presented market data in reports and PowerPoint presentations. • Analyzed sales and market trends to guide operational strategies. • Organized university info booths and lectures to promote programs. • Managed social media and email campaigns for international exchanges. • Created marketing content, improving brand visibility and engagement.

• Led hydrogen project development, integrating research, stakeholder presentations, and technological demonstrations focusing on energy transition. • Managed laboratory operations to ensure data precision, including PEM hydrogen production testing and instrumentation maintenance. • Co-supervised an undergraduate environmental engineering project, emphasizing sustainable research and development. • Initiated Green Society Initiatives to promote Nepal towards a "Net Zero Carbon Society"

• Technical assessment of green methane production for technology transfer for Power-to-Gas technology in the context of Nepal. • Establish a pilot-scale setup of green methane production under the green hydrogen lab for advanced research and adaptation • Build foundations for integrations of green methane with existing energy sectors as an alternative fuel in the context of Nepal

• Specialized in lead-acid battery technology, enhancing efficiency and longevity. • Mastered the use of performance additives to boost lead-acid battery reliability. • Innovated with discrete carbon nanotubes (dCNTs) to improve battery performance. • Gained insights from on-site service center visits for advanced failure analysis. • Embraced the industry's dynamic culture, promoting professionalism and collaboration.

• Led the Local Committee of AIESEC at Kathmandu University as part of the Executive Board • Managed accounting, budgeting, controlling, auditing, and legal tasks with diligence and attention to detail, ensuring compliance with regulations and organizational standards. • Handled bookings, managed bank account, and oversaw financial transactions, optimizing processes for efficiency and accuracy. • Regularly participated in AIESEC in Nepal audits, contributing to organizational transparency and integrity.