Quantum Leap Test

  • pre-seed
  • clean chemicals
  • bio-production
  • Jerome Unidad

    Jerome Unidad

    CEO & Co-Founder

  • Daniel Aguilar-Salvador

    CTO & Co-Founder

Background in PARC, Forschungszentrum Jülich, University of Naples, Collège de France, Ecole Normale Supérieure

Direct green ammonia synthesis from air, water and electricity to decarbonise the fertiliser and fuel industries

Ammonia accounts for 2% of GHG emissions, with demand set to triple to 700m tons by 2050 across agriculture and energy. Meeting this demand with classic green ammonia would require 20 new Haber-Bosch plants per year, and to scale electrolyser capacity and clean electricity to unfathomable proportions. Centeon makes these bottlenecks irrelevant. They have developed a unique bio-hybrid process for direct synthesis of green ammonia, using only air, water and electricity as inputs. The system is modular, and highly efficient as biology does most of the work.

investors

  • Marble
  • Numbered
  • SEQOIA

6,000 kg CO2

CO₂ avoided per ton
of hydrogen peroxide

In the quest to decarbonize critical industries, Centeon stands at the forefront, transforming how the world approaches ammonia production—a key player in the fertilizer and fuel sectors.

Problem

Traditionally, the production of ammonia has been energy-intensive and environmentally taxing. The demand for ammonia, projected to triple to 700 million tons by 2050, paints a daunting picture. Currently, meeting this surge would necessitate the construction of 20 new Haber-Bosch plants annually, alongside an exponential increase in electrolyser capacity and clean electricity generation.

Solution

Centeon's innovation renders these challenges obsolete. Their pioneering bio-hybrid process efficiently synthesizes green ammonia directly from air, water, and electricity. This breakthrough method leverages the natural efficiency of biological processes, significantly reducing energy requirements and sidestepping the need for costly infrastructure.

  • List testing; This breakthrough method leverages the natural efficiency of biological processes, significantly reducing energy requirements and sidestepping the need for costly infrastructure.
  • breaking approach eliminates the need for precious metals in the biocatalyst, allowing for mass manufacturing of the hardware.
  • The process demands the lowest energy input a

The heart of Centeon's technology lies in its bio-electrochemical process. This groundbreaking approach eliminates the need for precious metals in the biocatalyst, allowing for mass manufacturing of the hardware. The process demands the lowest energy input among all ammonia synthesis reactions, drastically reducing electricity dependence compared to traditional green ammonia methods.

Scalability & Market Validation

Centeon's system is not just revolutionary in its efficiency; it's also designed for scalability. Imagine a million fridge-sized units, dispersed globally, capable of meeting half of the world’s ammonia demand by 2050. This vision represents a seismic shift away from the Haber-Bosch process

  • that has dominated the industry for over a century.
  • The company's market validation is robust,
  • with endorsements from key customers
  • and stakeholders across diverse ammonia applications in agriculture, shipping, and energy storage.

Their technological stack and economic viability have been rigorously validated by over fifty experts in fields ranging from bioelectrochemistry and synthetic biology to industrial ammonia production.

Accordion

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Leadership & Vision

Guiding Centeon's journey is a team of top advisors and experts, including Dr. Achim Dobermann, Chief Scientist at the International Fertilizer Association. Jerome Unidad, with his deep expertise at the intersection of biology and hardware systems, and Daniel Aguilar, a visionary in synthetic biology, lead a company poised to redefine an industry.
Centeon’s approach not only promises a sustainable future for ammonia production but also a viable path to fossil cost parity, bringing us closer to a world where environmental sustainability and industrial efficiency coexist harmoniously.