REFERENCE PROJECT

Innovation management for synthetic fuel

Synhelion is a cleantech company that has developed a scalable and competitive technology for producing renewable synthetic drop-in fuels for aviation, shipping, and road transport. Synhelion’s technology enables the production of nearly CO₂-neutral fuels that are fully compatible with today’s global fuel infrastructure and conventional engines. In 2023, Synhelion faced the challenge of implementing its technology in an industrial-scale plant for the first time and executing a highly complex, multidisciplinary engineering and industrialisation project.

Key Figures

  • Thermochemical reactor
  • 24/7 operation enabled by an integrated thermal energy storage system
  • Process heat of up to 1,200 °C, generated either from renewable electricity using an electric gas heater or from heliostats and a receiver

 

  • Innovation: Synhelion’s first industrial plant for producing synthetic fuel from renewable energy and biogenic waste
  • Timeline: From February 2023 to June 2023
  • Status: The plant has been in operation since 2024 and produces renewable synthetic kerosene, diesel and gasoline
  • Location: Brainergy Park Jülich, Germany
Quelle: Synhelion

Our Contribution

Helbling supported Synhelion in establishing the necessary structures and steering mechanisms to make the project transparent, controllable and ready for reliable execution of a complex industrialization project.

The focus was on:

  • Structuring the project into manageable modules
  • Clear roles and cross-functional structures
  • Transparency and informed decision-making through reporting and a steering board
  • Systematic risk management
  • Project and resource planning

Outcome

The collaboration established the technical and organizational foundations for the structured execution of complex industrial projects. These supported Synhelion’s transition from a start-up to an organization capable of systematically steering a multimillion project and delivering it reliably within budget and timeline:

  1. Reduced complexity and improved collaboration across disciplines
  2. Clear responsibilities and increased execution speed
  3. Better integration of systems, functions and interfaces
  4. High transparency and faster, more informed decision-making
  5. Early identification and active management of technical dependencies

 

Contact

Gerd Bühler

Hohlstrasse 614
8048 Zürich

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