The Role
Lead process simulation, design, and optimization (using Aspen Plus), evaluate and engage suppliers, scope and manage external studies, and contribute hands-on to pilot/skid-scale experimental campaigns to de-risk scale-up and industrialize the carbon electrolyzer process.
Summary Generated by Built In
About Dioxycle
Dioxycle is pioneering breakthrough carbon utilization technologies that convert industrial emissions into sustainable chemicals with unprecedented energy and cost efficiency. By displacing fossil fuels for the production of key chemicals, Dioxycle has the potential to ultimately reduce over 800 million tons of CO2 per year, representing over 2% of the world's emissions.
At the core of our process is a novel "carbon electrolyzer", a machine capable of using just electricity and water to convert carbon emissions back into valuable everyday essential chemicals. Our team is innovating across chemical, mechanical and system engineering to turn carbon transformation into an economically feasible, industrial reality through this completely novel technological approach. Having completed our industrial-scale electrolyzer prototype, we are now working with our chemical and downstream offtakers towards First-of-a-kind plant deployment and subsequent commercial roll-out.
We are supported by world-class funders including Bill-Gates-founded Breakthrough Energy Ventures, Lowercarbon Capital and Gigascale Capital and have raised $40M to date. We operate from two centers in Paris and California (so whether you are passionate about outdoors or good food/art scenes, we have a location for you to join!)
Your Mission
Dioxycle is seeking a highly skilled and hands-on Process Development Engineer to join our team at a pivotal phase of transition from R&D to industrial piloting and early commercial deployment.
We are looking for a process engineer with real industrial-scale experience (rather than a pure R&D or academic background) who can bring a critical, hands-on, plant-minded perspective to our process design and de-risk our path to commercial scale. You will work in close partnership with our principal process engineer, splitting your time roughly 70/30 between process simulation/design and hands-on experimental work, with the experimental share increasing to roughly 50% of your time during key testing campaigns. Your responsibilities will center around:
- Simulate, model, and optimize process flowsheets (notably using Aspen Plus) to support process design and de-risking decisions
- Benchmark and screen candidate technologies, and engage directly with technology suppliers to identify and validate the right solutions for our process
- Scope, follow up, and steer external technical and experimental studies run by suppliers and engineering partners
- Contribute hands-on to pilot/skid-scale experimental campaigns (e.g. purification skids, evaporators), particularly during peak testing periods
- Work in close, day-to-day partnership with our principal process engineer lead to translate research-stage thinking into industrially robust process designs
- Bring an industrial/operations mindset to challenge and stress-test process choices against real plant constraints
We seek a Process Engineer who is dedicated to advancing our mission and possesses the skills outlined below. Candidates with a minimum of three years of relevant experience are encouraged to apply (experience levels up to 10-12 years will also be considered for a more senior scope). We are seeking a candidate who is based in, or open to relocating to, Paris, France.
Abilities and expertise we are looking for
- Master’s degree in Chemical Engineering, Process Engineering or a related field
- 5+ years of process engineering experience gained in an industrial setting (large industrial group strongly preferred)
- Profiles coming from pure academic R&D, technology licensors, or EPC contractors are not the primary fit for this role
- Profiles with R&D experience embedded within a large industrial group, particularly in a technical support-to-operations capacity, are a strong fit
- Strong command of Aspen Plus for process simulation and optimization
- Domain expertise in either of the following is a strong plus:
- Liquid organic chemicals (alcohols, carboxylic acids) with experience in purification and separation processes, notably distillation columns
- Syngas handling, treatment including PSA, cryogenic separation, drying.
- Ore refining/processing (lithium, nickel, bauxite) with experience extracting metal oxides from mined rock
- Hands-on comfort with experimental and pilot/skid-scale work
- Strong fluency in English, with the ability to work closely and effectively in a tight-knit technical binôme
- Good project management skills: planning, coordination, supplier follow-up, and milestone tracking
- A genuine appetite for moving from a paper-based idea to real, industrial-scale execution
Mindset we are looking for
- Exemplary work ethic and self-driven attitude: you get things done fast and to a high standard and you don't drop the ball
- "Street-smart": you don't take no for an answer and will figure out a way to solve anything with the means available
- Commitment to the mission and ambition and to creating a kind, high-performance and fun atmosphere at work (100% on-site role)
- Passion for innovation and problem-solving attitude
- Dedication to investing time and effort for the betterment of the team
- Going the extra 20% that makes a good deliverable into an outstanding deliverable
- Humble, low-ego and curious
What we have to offer
- Unique journey: We are an early-stage company with a world-class team and a flat structure.
- Impact: We are building a product that will reshape century-old industrial processes to build a better, more sustainable and resilient world
- People-first: We love our people. We are excited to see one another every morning when coming to work. We choose people and they choose us to share a similar excitement.
- Feedback over ego: We are self-improving whilst helping others grow. We are no-ego doers and we are all responsible for shaping the company.
- International team: We are an international team made up of over 17 nationalities, and hopefully many more soon!
- Fun: We constantly strive to cultivate a great work atmosphere and organize regular team events.
- Competitive compensation packages
- Generous Employee Stock Ownership plans
- Health Insurance: Medical, dental, and vision coverage.
- Ergonomic work stations & state-of-the-art equipment
Our process
- An initial video call (20-30mins) with Grace, Director of People, to discuss Dioxycle's mission, get to know you, understand your career expectations, and answer your questions
- Initial fit video call (30 mins) with Jonathan, Head of Process Development, to answer your more technical questions and talk more about the role
- Technical deepdive interview/case study by video call (1hr-1hr30 mins) with Jonathan, Head of Process Development and Paul, Principal Process Engineer
- Cofounder interview with Sarah, Co-founder & CEO
- Onsite interview including opportunity to tour our technology & meet the wider team
- A series of reference calls with provided contacts
Skills Required
- Master's degree in Chemical Engineering, Process Engineering or related field
- 3+ years process engineering experience in an industrial setting
- Strong command of Aspen Plus for process simulation and optimization
- Hands-on comfort with experimental and pilot/skid-scale work
- Domain expertise in purification/separation (distillation) or ore refining/processing
- Good project management skills: planning, coordination, supplier follow-up, milestone tracking
- Strong fluency in English
- Based in or open to relocating to Paris, France (100% on-site role)
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The Company
What We Do
Dioxycle is a French-American technology startup that develops breakthrough electrochemical electrolysis technology to recycle industrial carbon emissions into sustainable chemicals, most notably ethylene. By replacing legacy fossil fuel-based crackers with a proprietary carbon electrolyzer powered by renewable electricity, the company aims to decarbonize heavy industry. This process has the potential to abate up to 800 million tonnes of CO2 annually, representing 1-2% of global emissions.
