Saeed talei

• Developed dMRV frameworks for CDR technology pathways, delivering tailored UXFlow methodologies that improved process, traceability, and audit readiness. • Operationalized CDR protocols from different registries to support carbon credit issuance, PDD reporting, and output auditing workflows. • Reviewed output audit reports to develop digital verification mechanisms for CDR methodologies, improving verification efficiency, data integrity, and transparency for VVBs.

• Led comparative research on the thermodynamic performance of MEA, NH₃, and pressurized-water carbon capture systems for compliance markets under air-fired and oxy-fuel combustion, resulting in the development of optimized process models and publications in peer-reviewed journals. • Identified optimized process pathways that improved emission reduction efficiency for industrial-scale carbon capture applications for MVM Group (Hungarian power generation company).

• Reviewed and refined a Project Design Document aligned with leading carbon registry standards, supporting progression through carbon credit issuance workflows. • Conducted comparative analysis of carbon credit methodologies across Isometric and Puro.earth, enabling technology-specific registry selection and optimization of crediting pathways. • Led Scope 2 electricity emissions assessment for Ocean Alkalinity Enhancement (OAE), improving MRV accuracy and strengthening emissions accounting.

• Delivered comprehensive Scope 1–3 GHG emissions assessments across client portfolios to support carbon accounting. • Applied LCA methodologies to quantify carbon accounting across product and process value chains, enabling data-driven sustainability decisions.

• Led a multidisciplinary team to evaluate technological and scientific requirements for corporate clients, enabling structured solution development and delivery. • Secured infrastructure and financial support to accelerate startup cohort development and scale innovation initiatives.

• Directed the “Perspectives of Carbon Dioxide Capture and Storage in Iran (2050 Horizon)” project within the Energy & Environment Department, leading long-term CCS scenario analysis and strategic assessment. • Conducted in-depth research on the potential of CDR technologies in Iran to inform national carbon reduction initiatives and policy development. • Evaluated regional technological feasibility and deployment pathways for CDR solutions, supporting evidence-based decarbonization planning.