Seymartec grain. Technical and technological development of grain economy in russia – 2019

Speakers

KORSHUNOV SERGEY ALEXANDROVICH

Union of Organic Agriculture, Chairman of the Board of the Union of Organic Agriculture, Ph.D., member of the Public Council of the Ministry of Agriculture of the Russian Federation

Organic agriculture for large and medium-sized agricultural enterprises: practice and prospects

SHEVCHENKO SERGEY NIKOLAYEVICH

Samara Research Institute of Agriculture named after Tulaykova - branch of SamNTs RAS, director, doctor of agricultural sciences, corresponding member of RAS

Increase in crop yields by increasing fertilizer application and improving agricultural activities.

TRUFLYAK EVGENY VLADIMIROVICH

Federal State Autonomous Educational Institution of Higher Education "Kuban State Agrarian University named after I.T. Trubilin", head of the Center for Forecasting and Monitoring of Scientific and Technological Development of the Agro-Industrial Complex in the field of precision agriculture, automation and robotics of the Ministry of Agriculture of Russia, head of the department for the operation of the machine and tractor park

Digital transformation of the grain sector in Russia

DERKANOSOVA NATALYA MITROFANOVNA

FSBEI HE Voronezh State Agrarian University, Vice-Rector for Academic Affairs, Doctor of Technical Sciences, Professor

Training of engineering and agronomic personnel for agricultural enterprises. Experience in implementing educational projects

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Program

Hall Nº1

SECTION 1. EFFICIENCY OF AGRICULTURAL MACHINERY AND EQUIPMENT FOR CORN FARMING.

Technical and economic features of agricultural machinery and equipment.
Control of fuel consumption and movement of agricultural machinery. Mobile refueling and maintenance of agricultural machinery.
Technology and logistics in field farming. Optimization of movement methods, grain unloading in motion, the use of grain reloading bunkers.
Weighing and accounting of the crop in the technological process of harvesting.
Organization of maintenance services for agricultural enterprises and extension of the life cycle of equipment.
Diagnostics and maintenance of agricultural machinery.
Cost optimization for spare parts and consumables for agricultural machinery. Accounting for spare parts.

SECTION 2. CEREAL CROP CULTIVATION TECHNOLOGIES

Increasing crop yields by increasing fertilizer application and improving agrotechnical measures.
Efficient technologies for sowing cereal crops.
Grain quality management.
Technologies and equipment for selection and preparation of soil samples, materials, products.
Use of yielding adapted crop varieties of various target areas.
Metrological support of cereals growing technologies.
Weather observation and forecasting for agronomic purposes.
Agrochemical usage control.

Use of yielding adapted crop varieties of various target areas.
Metrological support of cereals growing technologies.
Weather observation and forecasting for agronomic purposes.
Agrochemical usage control.
Diagnostics and preparations for obtaining high-quality grain.

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SECTION 3. NEW TECHNOLOGIES AND DIGITAL TRANSFORMATION OF GRAIN ECONOMY.

Precision farming technologies in corn farming: the use of positioning, geographic information systems, yield monitor technologies and variable rationing.
Agronomic, technical and economic effects of precision farming.
Providing enterprises with communication facilities and prospects for the implementation of IoT.
Application of parallel and automatic steering technologies. Prospects for autopilot control of agricultural machinery.
Implementation of crop management systems and development of transparent and predictable production process in the agribusiness holding company.
Analysis of agricultural data and decision support in corn farming.
Automation in grain storage and processing.
Arranging the IT infrastructure of the agribusiness holding company.

SECTION 4. TECHNOLOGIES FOR GRAIN STORAGE AND PROCESSING.

Advanced grain processing: technologies and prospects for investment projects.
Primary grain treatment and drying.
Technologies for processing and protecting grain. Processing and protection of grain storages and elevators. Safety level of protective means for grain.
Development of own infrastructure for grain storage by agricultural enterprises.
Construction and modernization of grain storage infrastructure facilities.
Issues of transport and logistics support in grain production.
Technologies and equipment for fodder production.
Technologies for flour-grinding, cereals production and packaging.