The invention of the chemical process to produce nitrogen fertilisers from natural gas and air spurred a massive increase in agricultural productivity, and enabled the feeding of today’s global population. Our industry's task is to optimise the contribution of fertilisers to the improvement of yield, quality, soil conservation, farming income and food security, while minimising the negative impact on the environment.
Our fertilizer merchandising activities cover all regions and most countries of the world. We have partners hubs located in Singapore, and numerous partners regional offices in all important fertilizer export and import markets worldwide.
We cover a broad range of fertilizer raw materials, fertilizers for blending and fertilizers for direct application as well as some chemicals related to the fertilizer industry or based on the same raw materials.
Our merchandising activities are based on: close and long standing ties to the producers and customers; economies of scale and global logistics; and strong financing capabilities.
Access to food safety is becoming increasingly important in our country and around the world. Considering the population growth in this context, it will be beneficial for our future to properly assess organic waste to meet the needs of humankind.
One of our main goals is to take care of our lands to ensure sustainable agriculture, while providing the nutrients that plants need.
As it is known, most of the soils of our country are poor in organic matter. This situation leads to the fact that the applied fertilizers are not used effectively in the soil. Enriching our soils with organic matter will allow the nutrients in the soil to take a form that can be assimilated by plants.
BALIKESİR, FOÇA and KUYUCAK: We enrich our Organomineral fertilizer content by using high quality organic compost obtained as a result of fermentation after energy production in our Biogas Production Facilities.
Thus, while helping to increase the activities of microorganisms
in the root regions of plants, we also ensure that plants benefit more effectively from the plant nutrients we apply together
with fertilizers.
In addition to the fertilizer support provided by the government for each decare, we provide support for the use of organomineral fertilizers:
It enriches the soil with organic matter;
Fertilizers prevent the washing of nutrients given to the soil;
It enables the nutrients found in the soil-bound form to be taken up by the plants;
It helps to reduce the problems related to salinity;
It gives resistance to diseases and damages; It supports healthy root development;
It provides earliness and strong vegetative development in plants.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation. Of a cream layer in the soil. It contributes to increase the amount of organic matter in the soil.
Since it has a natural chelating feature, it dissolves the previously used chemical fertilizers and contributes to the plant’s gain. It helps to prevent the formation of salinity in the soil as it breaks down water-soluble lime and converts it into calcium.
It helps to obtain high tonnage and quality products. It is especially recommended for products such as beets, sunflowers, cereals, potatoes and tomatoes.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation
of a cream layer in the soil. It contributes to increase the amount of organic matter in the soil.
Since it has a natural chelating feature, it dissolves the previously used chemical fertilizers and contributes to the plant’s gain.
It helps to prevent the formation of salinity in the soil as it breaks down water-soluble lime and converts it into calcium.
It helps to obtain high tonnage and quality products. It is especially recommended for products such as beets, sunflowers, cereals, potatoes and tomatoes.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation of a cream layer in the soil.
It contributes to increase the amount of organic matter in the soil. It helps to prevent the formation of salinity in the soil as it breaks down water-soluble lime and converts it into calcium.
It helps to obtain high tonnage and quality products. It is especially recommended for products such as tuber crops, sunflower, cereals and vegetables.
Thanks to its high content of elements, it helps to meet the plant’s need for essential nutrients. It helps to prevent the formation of a cream layer in the soil.
It contributes to increase the amount of organic matter in the soil. It helps to obtain high tonnage and quality products.
Sugar Beet contributes to an increase in polar value. It is especially recommended for use in beet and orchards.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation of a cream layer in the soil. It contributes to increase the amount of organic matter in the soil.
Since it has a natural chelating feature, it dissolves the previously used chemical fertilizers and contributes to the plant’s gain. It helps to prevent the formation of salinity in the soil as it breaks down water-soluble lime and converts it into calcium.
It helps to obtain high tonnage and quality products. It is especially recommended for use in beet, sunflower, cereals and industrial plants.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation of a cream layer in the soil.
It contributes to increase the amount of organic matter in the soil. It helps to obtain high tonnage and quality products.
It is especially recommended for products such as beet, sunflower, cereals and potatoes.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation of a cream layer in the soil. It contributes to increase the amount of organic matter in the soil.
Since it has a natural chelating feature, it dissolves the previously used chemical fertilizers and contributes to the plant’s gain. It helps to prevent the formation of salinity in the soil as it breaks down water-soluble lime and converts it into calcium.
It helps to obtain high tonnage and quality products. It is especially recommended for products such as beet, sunflower, cereals and potatoes.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It helps to prevent the formation of a cream layer in the soil.
It contributes to increase the amount of organic matter in the soil. It contributes to the increase of values such as tonnage, quality and polar brix.
It is especially recommended for sugar beet, sunflower, cereal and potato production.
Thanks to the elements in it, it helps to meet the basic nutritional element needs of the plant. It help sto prevent the formation of a cream layer in the soil. It contributes to increase the amount of organic matter in the soil.
Since it has a natural chelating feature, it dissolves the previously used chemical fertilizers and contributes to the plant’s gain. It helps to prevent the formation of salinity in the soil as it breaks down water-soluble lime and converts it into calcium.
It helps to obtain high tonnage and quality products. It is especially recommended for products such as beet, sunflower, cereals and potatoes.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant.
It helps to increase tillering in crops. It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products.
The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rootingof the plant.
It helps to increase tillering in crops. It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products.
The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil.
Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant. It helps to increase tillering in crops. It helps the rapid development of the product.
By making the spike grains larger and fuller, it helps to obtain abundant products. The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH. Recommended for wheat, maize, cotton and cereals.
Thanks to its high content of elements, it helps to meet the plant’s need for essential nutrients. It helps to prevent the formation of a cream layer in the soil.
It contributes to increase the amount of organic matter in the soil. It helps to obtain high tonnage and quality products.
It contributes to the increase of polar and brix values of the products. It is especially recommended for use in sugar beet, cereals, potatoes and orchards.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil.
Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant. It helps to increase tillering in crops. It helps the rapid development of the product.
By making the spike grains larger and fuller, it helps to obtain abundant products. The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant.
It helps to increase tillering in crops. It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products.
The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by
meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant. It helps to increase tillering in crops.
It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products. The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH.
Its high organic matter content enriches the soil and facilitates the uptake of bound elements. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant.
It helps to increase tillering in crops. It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products. The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH.
Its high organic matter content enriches the soil and facilitates the uptake of bound elements. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant. It helps to increase tillering in crops.
It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products. The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH.
Its high organic matter content enriches the soil and facilitates the uptake of bound elements. Recommended for wheat, maize, cotton and cereals.
It helps the soil to be enriched in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant. It helps to increase tillering in crops.
It helps the rapid development of the product. By making the spike grains larger and fuller, it helps to obtain abundant products. The sulfur in it helps to accelerate the uptake of macro and micro elements by lowering the soil pH.
Its high organic matter content enriches the soil and facilitates the uptake of bound elements. Recommended for wheat, maize, cotton and cereals.
It is an Organomineral base and top fertilizer containing ammonium nitrogen blended with organic matter. It contains 20% organic matter in its structure.
Thanks to the high sulfur in it, it balances the pH and facilitates its intake in other fertilizers. It contributes to increase the amount of organic matter in the soil.
It is a base and top Organomineral fertilizer that can be used on all cultivated plants.
It is a special Organomineral top fertilizer with high urea nitrogen content coated with organic matter. Organic matter in its structure is 30% and it is made of compost.
Due to its structure, urea nitrogen tends to evaporate as ammonia in a non-humid environment. Thanks to compost and leonardite-based Organic Matter, this loss is reduced to almost zero.
It contributes to increase the amount of soil organic matter. It is recommended to be used as top fertilizer in products such as cotton, corn, tomato and sugar beet.
It is an Organomineral base and top fertilizer containing ammonium nitrogen blended with organic matter. It contains 20% organic matter in its structure.
Thanks to the high sulfur in it, it balances the pH and facilitates its intake in other fertilizers. It contributes to increase the amount of organic matter in the soil.
It is an abaya and upper Organomineral fertilizer that can be used in all cultivated plants.
Due to containing %70 of organic matter, it is recommended to be used in the rehabilitation of barren and organic matterdeficient soils.
It contains 20% Humic-Fulvic Acid. It removes the salinity of the soil. It helps to prevent the formation of a cream layer in the soil.
Since it is fermented, it does not contain harmful ingredients such as weed seeds and nematodes.
