What is XFuel anyway?
Our mission is to decarbonise the transportation industry, and we devote our technology, time and talent to advancing the transition to sustainable low-carbon fuels.
For the world to reach net-zero, we urgently need sustainable liquid fuel replacements now.
Over the last 10 years, XFuel has developed and patented technologies to produce sustainable low-carbon road, marine and aviation fuels only from wastes of biogenic and non-biogenic origin.
Our road and marine fuel is a drop-in replacement to fossil fuels, not requiring blending, engine modifications or infrastructure investment in energy distribution or storage.
Our project capital requirements are up to 5x lower, and our production costs are comparable or lower than fossil fuel market prices.
We have a pilot plant in Mallorca, Spain which demonstrates our technologies producing up to 1 million litres of fuel, and have a modular approach to scaling up production in our commercial projects.
XFuel's goal is to build, own and operate plants globally, becoming the full-stack sustainable fuel company for the 21st century.
We are rising to the challenge of decarbonising the transportation industry and we are looking for passionate people to help us get there.
We hope to find people that reflect our mission, vision, values and drive.Your Mission: Your first mission in this role is to be part of the core engineering team in driving our modular technology to commerciality, paving the road to decarbonising the transportation industry.
You will be assisting in the design, planning, licensing, construction and commissioning of our first commercial-scale conversion and upgrading plants.
You will also be working closely with the head of engineering to design, revise and implement improvements on our demonstration plant in Mallorca, Spain, as well as being integral in the growth and nurturing of our core engineering team.Responsibilities:The successful candidate will be able to improve industrial processes in order to maintain efficiency, reduce cost, improve sustainability and maximise profitability.Conduct simulations, with expertise in multi-component distillation and thermodynamics.Familiarity with industrial equipment, including but not limited to flash evaporation vessels and separation vessels.A strong understanding of quality control, HAZID, HAZOP and general engineering workflows is essential.Translate processes occurring at different chemical, molecular, kinetic and thermodynamic levels to friendly decision-making models or process optimisation interfaces.Design experiments and execute them to gather the needed parameters and data for optimal simulation/process optimization.
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