Partners and projects
Science powers our mission to capture and store carbon while creating fertile soil
Worldwide, annually approx. 110 – 120 Gt dry biomass (60 Gt Carbon), are produced from various sources including livestock, industries, agriculture and households (as crop residues from agriculture, forestry, municipal waste, food and animal manures, sewage sludge). With our process we can transform any of these available biomass waste streams or by-products into Humify Humus.
Building our humification plants at the location where the biomass is produced shortens transportation distances and reduces the energy consumption and emissions resulting from long-distance transportation.
Farmers
Farmers
We work with farmers to improve soil health and strengthen agricultural resilience. Humify Humus enhances soil fertility, increases crop yields, improves water-holding capacity, and reduces erosion. It also lowers the need for external inputs such as fertilizers.
Our Humification technology transforms agricultural residues into high-quality humus, creating a closed-loop system that returns nutrients back to the soil.
We are actively collaborating with farmers and are always looking for new partners to implement and test Humify Humus across diverse soils, crops, and climate conditions.
Biogas plants
We collaborate with biogas plants to convert biogas residues into valuable Humify Humus, which can be applied by farmers in a circular nutrient approach. Integrating artificial humic acids into the biogas process shortens processing time and increases methane yield, improving overall plant efficiency.
By creating value from residues, our approach supports more sustainable and profitable biogas operations.
We are working with European biogas plants and are looking for additional partners to explore efficiency gains and sustainable residue valorization.
Research institutions
We work with universities and research institutions to advance scientific knowledge in soil health, humification and microbial processes, and sustainable farming. Through joint research projects, pilot studies, and innovative proposals, we aim to generate new insights and accelerate the development of sustainable agricultural technologies.
These collaborations help expand scientific understanding and shape future applications of artificial humic substances.
We are continuously seeking new research partners to develop impactful, science-driven solutions.
Municipalities
We partner with municipalities to support their climate and sustainability targets through holistic circular solutions. Biomass from public recycling centers or local biogas plants can be transformed into artificial humic substances and used on municipal lands such as parks, or green spaces.
This circular approach improves soil health and contributes to CO₂ neutrality at the municipal level.
We are actively collaborating with municipalities and welcome additional partners interested in implementing these sustainable solutions.
Local districts for model projects - wetlands
We partner with local districts on model projects that create new wetlands, restoring ecosystems through the application of Humify humus on unused or degraded soils.
These projects generate valuable carbon sinks, enhancing long-term carbon sequestration, even on former mining sites.
We are collaborating with districts on these initiatives and are looking for additional partners to expand wetland restoration efforts.
Industries
The CO₂ certificate market is growing rapidly, yet actual carbon capture delivery remains limited. With Humify Humus, we enable large-scale, cost-effective CO₂ sequestration through natural, soil-based biological mechanisms.
Our technology can deliver a high volume of carbon capture at a fraction of current costs, helping industries meet climate commitments.