From Organic Resources to Restoring Soil Fertility
TOG (Türkan Organic Fertilizer) is an environmentally oriented agricultural project focused on processing organic raw materials and producing organic fertilizer to improve soil condition and plant nutrition.
The name TOG also carries a second meaning – Təbii Oyadıcı Güvvə, meaning “Natural Awakening Force.”
The project is based on a simple yet fundamentally important idea: human health does not begin with medicine alone. It begins with the environment, the soil, plants, and the quality of the food we consume.
Why the TOG Idea Emerged
Intensive use of agricultural land, declining organic matter content, deterioration of soil structure, salinization, changes in water and air balance, and high chemical loads gradually reduce the natural potential of soils.
At the same time, significant amounts of organic raw material that could be returned to the natural cycle are often regarded solely as waste.
The idea behind TOG is to change this approach:
organic raw material → controlled processing → organic fertilizer → soil → plant → high-quality agricultural produce.
Thus, TOG views organic resources not as final waste, but as material that, after appropriate technological processing, can re-enter the biological cycle.
TOG Technology
Production begins with the selection and assessment of the initial organic raw material.
Before technological processing, its key characteristics are monitored, including moisture content, pH, and mineral content.
The next stage is controlled fermentation.
An aqueous solution of an enzyme preparation is added to the prepared raw material, after which the mass is gradually mixed. At the following stage, the material is left for deeper fermentation.
This process lasts approximately 7–10 days, during which the temperature inside the processing mass may reach around 70°C.
This technological stage is of fundamental importance. It contributes to the transformation of the initial organic material, changes the availability of nutrients, and improves the sanitary and biological safety of the final product.
Once fermentation is complete, the material undergoes drying, which is necessary to stabilize the resulting product and preserve its properties.
The final stages include preparation of the finished fertilizer, quality control, and packaging.
What the Soil Gains
TOG is intended not only to provide plants directly with nutrients.
The broader purpose of organic fertilizer is to support the soil itself as a biologically active system.
The application of organic material may help improve soil structure, looseness, water permeability, and aeration, while also creating more favorable conditions for the development of plant root systems.
For this reason, within the TOG concept, soil is viewed not simply as a substrate that supports a plant, but as a complex environment whose condition directly influences plant growth and the quality of agricultural produce.
Nutritional Value
The organic base of TOG is combined with a range of macro- and micronutrients required at different stages of plant development.
Nitrogen, phosphorus, and potassium are particularly important, along with calcium, magnesium, iron, zinc, manganese, boron, copper, cobalt, and other micronutrients.
At the same time, the effectiveness of a fertilizer is determined not only by the presence of individual components, but also by their proportions, chemical forms, and availability to plants.
Biological Safety
One of the important objectives of the technology is to reduce the biological risks associated with the use of untreated organic raw materials.
The high-temperature stage of fermentation creates conditions that can reduce undesirable microflora, decrease the viability of weed seeds, and lower the risk of parasitic contaminants remaining in the final product.
This fundamentally distinguishes technologically processed organic material from the direct application of untreated material to the soil.
Where TOG Can Be Used
TOG can be used in the cultivation of vegetables, fruit, berries, ornamental plants, and other crops, as well as in landscaping and soil restoration.
The method and application rate should be determined according to the soil type, crop being grown, initial agrochemical condition of the site, and the specific agronomic objective.
The Environmental Dimension of the Project
TOG is more than just a fertilizer.
The project demonstrates how organic matter can be returned to the natural biological cycle instead of being lost as waste.
This approach is consistent with the principles of circular resource use:
organic raw material → processing → soil → plant → new biological cycle.
This is particularly important to us because protecting the health of future generations cannot be considered separately from protecting the environment in which those generations will live.
TOG and the “Healthy Generation SU” Concept
At first glance, an organic fertilizer project may appear very different from our medical and digital developments.
However, there is a direct conceptual connection between them.
PHI™ is aimed at protecting health even before a person is born.
LIFEMAP HUMAN™ focuses on preserving functional reserves and promoting active longevity.
Our medical devices are designed to improve diagnostics and treatment.
TOG, meanwhile, addresses one of the earliest links in this chain – the environment from which people obtain their food resources.
For us, therefore, the concept of “Healthy Generation SU” means much more than the absence of disease.
It is an interconnected system:
healthy soil → healthy plant → quality nutrition → human health → healthy generation.
It is within this system that TOG has its own distinctive role.
Future Development
We see the next stage of the project not only as an expansion of production, but also as a continuation of the scientific evaluation of the product.
Promising areas of research include studying the effects of TOG on the physicochemical and biological properties of different soil types, changes in organic matter content, root system development, crop yields, and the quality characteristics of agricultural produce.
Comparative field studies involving different application regimes of organic and mineral fertilizers are of particular interest.
This approach will make it possible to move from a general characterization of the product toward establishing an evidence-based agronomic foundation for TOG and developing differentiated recommendations for various crops and soil types.
