New era of industrial manufacturing
Modern factories are no longer enough: we need both drastically more environmentally friendly and more efficient industrial processes


"The forecast of human development until 2032 is disappointing" - United Nations
Environment Programme

As a result of human activity, irreversible changes are occuring on the planet. More than 70% of the Earth's surface will be corrupted in one way or another, more than 1/4 of all species of flora and fauna will permanently become extinict, clean air and drinking water will become an irreversible deficit, nature's ability to recover from anthropogenic impact will decrease - and all of this is a consequence of the search for energy.

We believe that microorganism-based manufacturing is the solution to the problem of production of goods that does not violate natural ecosystems
EMC Bioengines
Electric Microorganism Cycle (EMC) technology supported by combined knowledge of modern lifesciences and machine learning offers enough disruption power to surpass economic efficiency of modern factories and to transform industry from an ESG bottleneck into the champion of environmental sustainability
EMC Bioengines

We use microorganisms to replace factories

The key task today is to further drive economic efficiency of EMC-based manufacturing via development of an engineering concept and genetic modification of microorganisms leveraging our own AI/ML synthetic biology platform ŠKEVOS
Professionals who care about the future of our planet
  • Artur Gogov
    CEO & Founder
    Over 5 years of experience working with biotech companies and digital project management at The Boston Consulting Group (BCG) and Credit Suisse.
    Education: MGIMO and Financial University under the Government of the Russian Federation
  • Roman Popov
    More than 5 years of engineering biotechnology value chains for leading scientific laboratories.
    Education: MIREA
  • Stepan Vorotylo
    Chief Engineer
    More than 5 years of experience in scientific work with electrodes and electrical installations. PHD in Materials science
    Education: NUST MISIS
  • Pavel Parshin
    Chief product owner
    Scientific experience in microbiological laboratories in Russia and Germany. PHD in Biology
    Education: MSU
  • Anya Kolesnikova
    Software platform project leader / Bioinformatician
    Experience in scientific activities in leading teams in Russia, Germany and Finland.
    Education: SibFU
  • Sergey Savvov
    Senior Data Scientist
    Experience in launching more than 10 products as a technical development leader.
    Education: RUDN
  • Anastasia Voshninskaya
    Investor Relations Manager
    Education: MGIMO and Bocconi
  • Lyubov Lazarenko
    Financial analyst
    Experience over 5 years in analysis of industrial biotechnology companies and factories
    Education: MIPT
  • Anton Ryzhenkov
    Material engineer
  • Anastasia Harlamova
  • Ivan Snegirev
    Data Scientist

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