Principal Process Engineer

Sora Fuel Corporation•Cambridge, MA

11h

About The Position

Sora Fuel aims to decarbonize aviation by converting air into affordable, carbon-neutral jet fuel at scale with no feedstock constraints or adverse impacts on agriculture. Our novel electrolysis technology directly converts captured carbon into syngas without regenerating gaseous CO2, reducing the energy required to utilize DAC-sourced CO2 by up to 90%. This provides an economical pathway to carbon-neutral flight, potentially addressing >2% of challenging-to-abate global emissions. The company was founded in early 2024 and has closed over $20M of funding from renowned toughtech investors including Engine Ventures, Spero Ventures, and Inspired Capital. Since founding, the team has grown to include scientists and engineers with a broad range of skill sets from electrochemistry and catalysis to polymer science and mechanical engineering. Together, this team has scaled our technology >800-fold, demonstrated a true prototype employing commercial-scale cells, and developed scalable manufacturing processes for key materials. We seek to continue building a diverse, collaborative team that shares our enthusiasm and drive to meaningfully address climate change.

Requirements

Master’s degree in Chemical Engineering; Ph.D. preferred
15+ years process engineering experience in oil & gas, petrochemicals, refining, or industrial syngas/hydrogen production.
Proven track record of taking complex chemical processes from pilot/demonstration scale to a First-of-a-Kind commercial facility.
Extensive, hands-on experience participating in and leading HAZOP, HAZID and LOPA studies for chemical systems
Proficiency in process simulation software.
Ability to collaborate with EPCs to ensure successful pilot system integration into existing infrastructure.
Ability to communicate effectively and work in a fast-paced, collaborative team environment.
Alignment with our core values of transparency, diversity, collaboration, valuing people and development, and work ethic.

Nice To Haves

Direct experience with hydrogen electrolyzers, carbon capture technology, or Fischer-Tropsch synthesis reactors.
Strong understanding of dynamic simulation to model transient start-up, shut-down, and upset conditions.
Excellent cross-functional communication skills to bridge the gap between early-stage technology development and commercial EPC execution.

Responsibilities

Lead the front-end engineering design (FEED) and detailed engineering for the SAF facility’s Balance of Plant.
Design and optimize auxiliary systems, including water treatment, utility gas, and product storage.
Develop, review, and approve critical engineering documents, including PFDs, P&IDs, heat and mass balances (HMB), and control narratives.
Optimize complex thermal integration networks to maximize energy efficiency across DAC, electrolysis, and exothermic FT synthesis loops.
Own the technical interfaces between the DAC unit, electrolyzer stacks and the Fischer-Tropsch synthesis island.
Resolve integration challenges related to transient operations, gas compositions, pressure matching, and recycling loops.
Collaborate closely with technology vendors, EPC partners, and internal R&D teams to ensure equipment specifications align with system requirements.
Serve as the lead technical authority and facilitator for process safety management, including HAZOP, HAZID, and LOPA reviews.
Ensure all designs strictly comply with relevant industrial codes, environmental regulations, and aviation fuel standards (e.g., ASTM D7566).
Provide on-site engineering support during construction, mechanical completion, commissioning, and initial startup.
Troubleshoot operational bottlenecks and establish process monitoring frameworks for early-stage production data.