AgriElite is a bio organic fertilizer product of Agrivari
Innovative Solutions for
Climate Change and CO2 Mitigation
Bring back the power
The goal should not be to develop green technologies merely to compensate for pollution, but rather to minimize ongoing pollution as much as possible—or better yet, to transform it into a valuable resource. Agrivari has taken on this mission and developed a specialized transformation process that refines organic material into a highly microbiological mass, which serves as an NPK biofertilizer.
This fertilizer is enriched with essential minerals and consists of more than 50% carbon, making it a pioneer among all biofertilizers, composts, and chemical fertilizers. It combines all their advantages while eliminating their drawbacks.AgriElite binds carbon in the form of complex humus, providing the soil with the necessary structure to improve aeration, as it consists of various aggregate sizes. It enhances water retention, as the fungal networks present in the product hold onto water molecules.
Moreover, it supplies valuable micro- and macronutrients in a balanced ratio, thanks to Agrivari’s proprietary mixing formulas used in its production. The product is further refined by the targeted cultivation of specially selected microorganisms, which significantly enhance the efficiency and effectiveness of the fertilizer.And the best part comes last: it can be generated from 99% waste. This includes all types of animal manure, sewage sludge, food waste, fish scraps, green cuttings, leaves, and tree debris—essentially any organic material that has not been mixed with or treated with inorganic substances.
Every year, millions of tons of organic waste end up in landfills or are incinerated. This doesn’t just cost billions, but also severely pollutes the environment. Yet, the far greater disaster is the sheer waste of this resource’s untapped potential—not only as fertilizer but also as a CO₂ storage and filtration system.
Agrivari’s transformation principle turns this waste into a “soil sponge” that is not only rich in nutrients but also acts as a filter and recycling mechanism within the soil itself. How? Let’s dive in.
Everything that supports and sustains human life on Earth, everything that protects and purifies our drinking water, everything that nourishes living beings and provides oxygen—originates from or is fundamentally linked to soil. It is an invisible cosmos, a universe in itself, composed of an infinite number of microscopic aggregates, living organisms, materials, atoms, and energies. This results in a life-giving substance that we simply call soil, yet it is far more complex than we can comprehend. The universal logic and function of soil remain an eternal mystery. But one thing is indisputable: if we destroy the soil, we destroy ourselves.
Agrivari is committed to restoring soil to its original balance and purity—something that has been severely disrupted by the excessive use of harmful pesticides and intensive chemical or inorganic fertilizers. Soil erosion, desertification, eutrophication, cracked and hardened earth—these are not natural occurrences. They are the direct result of human interference with the environment. The decline of soil health is undeniable. If we consider the loss of biodiversity alone, it is impossible to quantify in mere numbers or financial terms. The disappearance of a coral reef, the destruction of the Amazon rainforest—these are losses of infinite value, losses that can never be recovered.
This leads to a fundamental question: Are we truly using our awareness and capabilities for our own well-being—our soil, our water, our air? Because that is what truly serves us. Or are we once again handing over this responsibility to corporations and a select few individuals? Every person should ask themselves before consuming: What exactly am I consuming? And what was sacrificed to produce it? The world and its resources belong to all of humanity, including you. And that means it is your responsibility too.
Our power lies in our consumption. We determine what is produced because we, in turn, consume it again. A regenerative and sustainable existence can only be built once humanity understands and controls this cycle. Profit should not be the primary driver. It can and should exist—but not at the cost of environmental quality and, ultimately, human survival.
Challenges are precisely what humanity needs to drive transformation. We are taking a new step forward—a new evolution in food, agriculture, and consumption.
The soil provides us with abundance. An infinite number of tiny organisms work tirelessly to sustain it. Microorganisms—the most powerful force on Earth and the true, unsung heroes of our planet. Consider this: Penicillin, one of the most important antibiotics in history, was discovered through the action of a specific fungal culture. Medicinal herbs and plants owe their healing properties to microorganisms. Without their intervention, human health would never have reached its current level of advancement.
This untapped potential is what Agrivari harnesses to develop its unique biomass, AGRIELITE. By carefully selecting and utilizing scientifically tested bacterial and fungal cultures, Agrivari creates proprietary formulas to produce a highly efficient, all-in-one biofertilizer. This fertilizer doesn’t just revive soil—it enables intensive agriculture without relying on excessive chemical fertilizers and pesticides.
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The product consists of more than 50% carbon and can serve as a foundation for CO₂ certificate trading. But its impact goes far beyond that. Since unprocessed organic waste also generates significant CO₂ emissions, the ability to convert it into a stable form locks away massive amounts of carbon. And when the fertilizer is incorporated into the soil, it continues to form new humus, as the microorganisms keep breaking down organic matter and further binding CO₂. This approach is called CO₂ or humus farming.
1 TON MINERAL FERTILIZER
=
4 TONS OF CO2
Consider the additional benefits: improved groundwater quality, increased biodiversity, and ultimately even better air quality. The true impact of these factors is impossible to quantify. The cost of water treatment alone runs into billions, and the energy-intensive purification processes generate additional CO₂ emissions.
Meanwhile, Agrivari’s production process generates almost no CO₂—on the contrary, it creates a massive net reduction in emissions. To put this into perspective: One ton of mineral fertilizer produces between 3–4 tons of CO₂, depending on the technology used. Even unprocessed animal manure emits more ammonia and equivalent CO₂ during application than the entire AGRIELITE process. Compared to conventional mineral fertilizers, Agrivari achieves up to 98% CO₂ savings.
To put this into context, in a country like Vietnam—where around 11 million tons of mineral fertilizers are used annually—replacing just 10% of that with AgriElite biofertilizer would save over 3.3 million tons of CO₂. And that’s without even accounting for the additional indirect savings mentioned earlier.
HABER BOSCH PROCESS
To produce the required 1.1 million tons of AGRIELITE, approximately double that amount of organic waste would be needed. Vietnam generates between 150–200 million tons of organic waste per year. The vast majority of it is not optimally processed, and its full potential remains untapped. All too often, harvest residues and organic waste are simply burned by the roadside or dumped into landfills.
Agrivari’s technology does not require a heavy industrial setup. Thanks to mobile processing units and the natural power of microorganisms, Agrivari can establish lean, decentralized production hubs. All that is needed is sufficient space and a covered area for the mixing process. The final product can then be stored in weather-resistant outdoor facilities.
So how much CO₂ can actually be stored and traded in the carbon market?
One ton of AgriElite contains more than 600 kg of carbon stored in the form of humus. The production process of one ton of AgriElite generates approximately 30 kg of CO₂, as we do not use any externally generated energy through the use of fuels, but rather rely solely on the power of biology.
This results in a surplus of 500 kg per ton that can be traded. Since Agrivari can generate up to 30,000 tons per location (3 ha) per year, there is a significant potential for CO₂ savings of 15,000 tons per year, which binds about as much CO₂ as a forest area of 1,250 ha.
CO₂ in the soil is a critical component of the carbon cycle, as it is released by microorganisms and roots during soil respiration, enhances soil fertility through the formation of humus and the weathering of minerals, is utilized by plants for photosynthesis, and depending on management, can either be stored long-term in healthy soils or released as a greenhouse gas, particularly in overused or drained soils.
1 Ton AgriElite
equals
500 KG CO2 saving
size of 1750 soccer fields with forrest nature
30.000 Tons AgriElite
equals
15.000 Tons CO2 saving
Since Agrivari sells its fertilizer at a profit while simultaneously financing further production, CO₂ certificate trading represents an additional revenue stream—or can be leveraged as a carbon offset solution for high-emission industries like steel and automotive manufacturing.
However, for Agrivari, the ultimate goal is not just economic gain. The priority is impact—on the environment, on humanity, and on the future of agriculture. Our vision is a thriving, sustainable, and fair agricultural system that produces healthy food, pays fair wages, and minimizes environmental pollution. This is the agriculture of tomorrow. And the future begins now.
5 x the size of Munich with forrest nature
