Our Green Innovation Lab Is Not Just About R&D and Technology. It’s a Search for Solutions and a Response to Global Challenges

We look beyond classic “green” generation. Our focus is Green Hydrogen (H₂), biomethane (CH₄), decarbonization (CO₂↓), and new molecules (bio-ammonia NH₃). A separate loop is flexibility infrastructure: energy storage systems (BESS, hydrogen and thermal storage) and smart grids, which balance variable generation, flatten peak loads, and make consumption dispatchable. This clean energy is critically important for decarbonizing the energy-intensive agricultural sector (UN Goals: 7 — affordable and clean energy, 9 — industry, innovation and infrastructure).

This is the “filter” and “regenerator” of our system. We work to obtain three clean components: clean water (H₂O), healthy soil, and oxygen (O₂). It is a bridge to producing agricultural goods without depleting the planet (UN Goals: 6 — clean water and sanitation, 13 — climate action, 15 — life on land).

The final link of the bioeconomy. Here we put the principles of a closed loop into practice: cultivating microalgae (Chlorella/Spirulina), deep processing of insects (Black Soldier Fly Larvae) to create high-quality proteins, vertical farming, and smart greenhouses (UN Goals: 2 — zero hunger, 12 — responsible consumption and production).

We use state-of-the-art laboratory equipment for our scientific research: computerized grow boxes, modern digital microscopes, various types of tubular reactors with automated control of all key parameters, and our own AI-based algorithms for analyzing and processing experimental data.

It is absolute synergy and circularity:

• Energy provides clean technologies and heat for bioreactors and greenhouses.
• Environment supplies clean water and biohumus (larval frass) to restore soils.
• The food sector generates biomass and organic waste that flow back into energy production for biogas and biomethane.

Driving Ukrainian science and the green transformation forward! 🇺🇦✨