Key information

Products

AgroEco humic fertiliser from lowland peat is approved for use in organic farming under GOST 33980-2016.

• AgroPremium Organic matter, NPK, trace elements, potassium salts of humic and fulvic acids. Registration in progress. For all crops — soil fertility, reduced chemical load.
• AgroEco Potassium salts of humic and fulvic acids. Registration in progress. Soil health, root system, anti-stress during the growing season.

Next-generation environmental solutions for poultry farms

Modern poultry farming faces one of its most acute environmental challenges — manure disposal. A single mid-sized poultry farm can produce several thousand tonnes of litter per month, much of it stored for long periods in open lagoons or temporary landfills. This leads to air pollution from ammonia and hydrogen sulphide, soil depletion, nitrate leaching into groundwater, and the risk of spreading pathogenic microorganisms.

From problem to solution

It was in response to these challenges that Greendar was founded — a Russian engineering centre specialising in the design and deployment of highly efficient poultry waste processing systems. The company’s founders, a team of engineers and agroecologists, set an ambitious goal: to turn chicken litter from a source of pollution into a valuable organic fertiliser while eliminating harmful environmental impact.

What makes Greendar unique

Unlike traditional approaches that require long-term litter storage, manure storage facilities, and complex composting windrows, Greendar technology is built around immediate processing of fresh litter. This avoids fermentation and decomposition processes in which key nutrients (nitrogen, phosphorus, potassium) are lost and harmful gases are released into the atmosphere.

The core of the technology is a direct processing line with no intermediate storage. Within a few hours, fresh litter enters the plant and undergoes thermal, biological, and mechanical treatment. The result is a granulated fertiliser with high organic matter content and stable agrochemical value.

Impact on ecology and economics

• Environmental: complete elimination of lagoons, reduced ammonia and methane emissions, protection of soils and water bodies.
• Agricultural: production of highly effective organic fertiliser that improves soil structure and increases yields.
• Economic: lower disposal costs and the opportunity to sell fertiliser as a commercial product.

The future is responsible production

Today Greendar works with major poultry farms, adapting the technology to specific volumes and climate conditions. The company actively partners with agricultural holdings and government sustainability initiatives, and exports solutions to the Middle East and Central Asia.

The story of Greendar is not just that of a startup, but of a deliberate move towards new environmental standards in agriculture. Where there was once a source of pollution, a source of fertility is now created.

Why we chose organic farming

The idea behind Greendar did not come from theory — it came from direct engagement with the reality of the agricultural sector. When we began working with poultry farms, we were struck by the scale of the litter disposal problem. Millions of tonnes of biological waste each year lacked a sustainable processing system, causing enormous environmental harm. What surprised us even more was this: despite all that organic material, farmland around these facilities suffered from depletion, degradation, and excessive use of chemical fertilisers.

At that point we understood: agriculture should be centred not on production alone, but on soil health. Biological farming, restoration of natural fertility, and adoption of humus-building organic fertilisers became not just a professional interest, but a response to a systemic challenge.

What shaped our decision

1. The contrast between waste surplus and depleted soil. We saw how in the same region two extremes coexist: vast amounts of organic residues and poor, exhausted fields. This absurd situation calls for technologies that connect these two resources — returning organic matter to the soil.
2. Growing demand for organic products and sustainable farming. In recent years we have seen a steady trend towards eco-friendly products — among consumers and farmers who recognise that soil health = crop health = human health. We decided to be part of this global transformation.
3. Research and proven results. After testing granulated and liquid fertiliser produced with our technology on various crops (wheat, maize, sunflower), we achieved consistent yield gains, improved soil structure, and reduced need for chemical inputs. This gave us confidence and a solid evidence base.
4. Environmental responsibility. We understood that working in agriculture in the 21st century means more than doing business — it means being part of an environmental movement. Creating not only profit, but regeneration.

For us, the shift towards biological agriculture is not a passing trend, but a deliberate, technology-backed strategy. We do not simply process waste. We restore soil, bring life back to agroecosystems, and give farmers a tool for sustainable growth.

Goals and objectives

Our vision

Within five years we want organic and biologically integrated farming in Russia to be an integral part of the agricultural system, not a niche or marginal direction. It should be the norm — when soil health, biodiversity, and environmental sustainability matter as much as yield and profitability.

What we see as essential

• A broad shift away from purely mineral plant nutrition. Biological farming should become the foundation of the system — with organic fertilisers, cover crops, microbiological products, and humus at its core.
• From disposal to return to the soil. Litter, manure, and biomass residues should be seen not as waste, but as a strategic resource.
• Government support for organic farming. Through subsidies, inclusion of organic products in public procurement, and streamlined certification.
• Training for farmers. Through agricultural universities, demonstration fields, and technology schools.

Greendar’s role in this transformation

• Technology leader in converting organic waste into fertiliser — with dozens of operating facilities in Russia and abroad.
• Partner to farmers in the transition to organic nutrition — through integrated solutions: fertiliser + agronomic support + biological products.
• Soil regeneration expert — restoring degraded land, increasing humus, reducing chemical load.
• Advocate for biological farming — promoting responsible agriculture, an ecosystem approach, and sustainable agroproduction.

We want to be more than fertiliser suppliers — we want to restore soil, biologise agroecosystems, and change how agriculture is practised in the country.

Message from management