Systemseparation MMC

Precision farming

Unique Trichoderma technology offers to the farmer a cost-effective and new, environmentally friendly fertilisation scheme where fertilizers and plant growth promoters are used in precise amounts to get increased average yields, compared to traditional cultivation techniques.
Trichoderma technology has been successfully applied in practice for the cost-effective cultivation of open field crops in several EU countries.

For open field crops, the best effect gives using Perfect Pro which will be added during sowing by using special APV equipment on the seeder. This equipment allows using micro granulated fertilizer and sowing every seed with the accurate amount of the fertilizer and growth promoters.

Precision fertilization technology

The equipment of the modern Austrian company APV is used to apply micro-granule fertilizers to the soil. This equipment has the following advantages:

• - Possibility to spread fertiliser, micro granules, pesticides and catch crops
• - Precise metering and exact lateral distribution across the entire working width
• - Universal mounting options on almost all implements, such as example seed drills, single grain machines, culture maintenance implements, soil tillage implements or harvesters - irrespective of manufacturer
• - Easy adjustment & comfortable calibration test

• - Exact lateral distribution throughout the working width
• - Wind-independent spreading of the seeds
• - Mounting options on almost any soil tillage implement, seed drill and crop care implement – regardless of the manufacturer
• - Versatile combination options for the hopper volumes, seeding shafts, fan types, technical equipment and extension possibilities for the outlets (up to 32 outlets)

Our specialists will consult the farmers by choosing, installing and using the APV equipment

Environmental benefits

The use of Trichoderma technology reduces excess mineral fertiliser in bulk fields, reducing phosphorus and nitrogen emissions, emissions and pollution of groundwater, rivers and the Caspian Sea with phosphorus and nitrogen fertilisers.
The use of Trichoderma technology will reduce Azerbaijan's agricultural GHG emissions by about 3.4% over a 10-year period, thereby supporting Azerbaijan’s Intended Nationally Determined Contribution (INDC) target of reducing agricultural emissions by up to 35% by 2030 compared to 1990 levels.

According to the Food and Agriculture Organization of the United Nations (FAO), 24% of global greenhouse gas (GHG) emissions come from agriculture, with an average of 11% in Europe and an average of 17% of total emissions in West and Central Asia.
The use of Trichoderma technology promotes the cultivation of crops with methods that mitigate climate change caused by GHG emissions and adapt to new conditions.