Restoring Soils while Stopping GLOBAL WARMING
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About us
REVOLUTIONIZING SOIL RESTORATION
We are taking the circular economy of nature to the next level by leveraging the power of biotechnology in organic amendments and microorganisms.
At CALIGENIA we rely on advanced scientific knowledge to restore degraded soils and mitigate global warming through innovative and sustainable solutions.
Our mission is to contribute to the continuity of life's existence.
discoverThe Problem
RACE AGAINST TIME: OUR PLANET IS IN CRISIS
Today, 30% of the Earth’s soil is already degraded, and if we don´t take immediate action this percentage will rise to 90% by 2050.
To maintain global agricultural productivity and food supplies, increasing amounts of agrochemicals are required, which contaminate soil and water. Additionally, pristine natural areas are being destroyed to expand arable land surface. There has not been any technology developed to overcome soil degradation problems.
Billions of tons of CO2eq are being emitted annually into the atmosphere.
Global efforts to reduce global warming focus on reducing CO2eq emissions. However, transitioning to sustainable energy takes time. Achieving net-zero emissions requires the removal of billions of tons of CO2 annually.
Approach
the fate of the planet lies in our hands
With just one solution we do three essential actions:
Our Technology
Pioneering Technology for Soil Regeneration AND CARBON STORAGE
1
Bacterchar:
At CALIGENIA we transform organic waste into BACTERCHAR, an innovative product emerged by a combination of an ancestral soil amendment with the latest scientific knowledge in biotechnology. The application of BACTERCHAR to the soil improves its physical-chemical properties and increases microbial activity.
Our team has succeeded in enhancing this ancestral amendment through the use of advanced techniques, enabling its effective combination with microorganisms of agricultural importance.
2
Microorganisms:
PGPMs (Plant Growth Promoting Microorganisms) are soil-specific microorganisms that colonize plant roots, helping to promote their growth and health. These microorganisms can fix atmospheric nitrogen, solubilize nutrients, and produce bioactive compounds that improve soil quality.
We search for ideal PGPMs for each agroecosystem and we reintroduce them by using our bacterchar as a carrier.
3
platform:
At CALIGENIA, we are developing a platform that allows us to predict how to transform degraded soil into a productive one using the best BACTERCHAR and PGPM combination.
Our platform algorithm integrates environmental and geographical data, as well as physical, chemical, and microbiological indicators of degraded and productive soils. Based on this information, the platform identifies productive fields in the same area as the degraded soils and, through multiple comparisons, proposes solutions for each edaphic problem.
Impact
sustainable development goals
At CALIGENIA we are in line with FAOs sustainable development goals and its urgent call for action for peace and prosperity for people and the planet, now and into the future.
Our Team v1
JOINING FORCES TO SAVE OUR PLANET
We are an interdisciplinary team of experts in science, technology, and business, united in our mission to innovate and implement sustainable solutions for agriculture and the welfare of our planet.
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Our Team
JOINING FORCES TO SAVE OUR PLANET
We are an interdisciplinary team of experts in science, technology, and business, united in our mission to innovate and implement sustainable solutions for agriculture and the welfare of our planet.
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