Transforming bad carbon dioxide into good oils

COLIPI does this with biology, innovative technologies and a great team from Hamburg

Since 2021, COLIPI’s founding team has been dedicated to the development of scalable oil production in which yeast and bacterial cultures utilise industrial carbon side streams. This is a forward-looking solution, especially with regard to CO₂ utilisation, as bacteria can be fed with CO₂. The resulting oil, which mimics vegetable oils such as palm oil, serves as a raw material for biofuel production or consumer goods such as cosmetics, detergents and other products. The carbon footprint of COLIPI oils is lower than that of any other oil.

However, the path from the university laboratory to the free market is arduous. Philipp Arbter and Jan de Witt, two of the founders, explain the process of carbon utilisation to visitors and emphasise the challenges they have overcome so far.

Philipp Arbter and Jan de Witt explain the carbon utilisation process to visitors.

Building an international research and development network 

 
Along the way, COLIPI has repeatedly demonstrated how obstacles can be turned into milestones. Product development requires not only stable financing for customised bioprocess hardware, but also a high level of specialist knowledge in genetic engineering and extensive resources for oil processing.
 
The Hamburg EEN team at TUTECH supported the start-up, particularly at the beginning, by arranging contacts with suitable universities and research institutes. These partnerships helped COLIPI to gain access to pilot plants and downstream equipment. The French ALLIANCE for the environmentally friendly utilisation of biomass, which combines the strengths of PIVERT, ITERG and IMPROVE, became an important partner. ALLIANCE supports companies in the ecological conversion and introduction of biorefinery practices.  
 
The aim of the collaboration with ALLIANCE was to optimise COLIPI’s downstream processes and fermentation technologies. The collaboration project was successfully presented as part of a pitch for the EIT Food Accelerator Network. The prize money of €30,000 will enable COLIPI to carry out contract research with ALLIANCE partners. This includes the determination of oils with vitamins and proteins, application testing in experimental foods and cosmetic products as well as the scaling of fermentation.

Today, raw materials for the food industry cause up to 80% of corporate CO2 emissions – a challenging fact, as they should be net zero by 2050 at the latest.

Nisha Agrawal and Angéle Rolling work in the genetic engineering lab.

Support from the TUTECH IP team

Another key success factor was the close support provided by the PVA Hamburg IP team at TUTECH, which has been accompanying COLIPI on its successful journey since 2020. The services included:  

  • Evaluation of the inventions: All of the founders’ technical innovations were assessed for patentability.  
  • IP strategy: The founders were advised on the development of a customised strategy to maximise the scope of protection of their intellectual property rights.  
  • EXIST application: The IP team supported the application for EXIST research transfer funding by drafting specific passages on the IP strategy and a freedom-to-operate statement.  
  • Patent applications: Several patent and trade mark applications were successfully filed, supported by the procurement of a suitable patent law firm.  
  • IP transfer: The TUHH IP was transferred to the foundation through carefully drafted contracts and fully rewritten.  
 
Thanks to this targeted support, COLIPI was able to realise impressive funding:  
 
  • €1.2 million initial EXIST research transfer funding (2021)  
  • €2.9 million increase in EXIST funding (2023)  
  • €1.8 million in seed funding (2024)  
 
The close collaboration between COLIPI and Tutech was characterised by very good cooperation and leaves a lasting personal contact. Thanks to TUTECH’s support – from both the EEN and IP teams – COLIPI was able to achieve important milestones and now has the opportunity to further develop its groundbreaking technologies and bring them to market.  
 
COLIPI impressively demonstrates how a visionary idea can become a sustainable innovation – and how crucial a strong support network is for success.

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