If you are a farmer or an owner of an agricultural enterprise, it is impossible to stand still in our dynamic times. Life requires the development of your business so that your farm becomes as efficient, profitable and competitive as possible.
How to develop your business correctly? To modernize your farm, you need a project. You can try to do it yourself. But the best option is to entrust this work to qualified specialists.
Agrosheriff has extensive experience in this industry and we have completed many projects in different countries of the world. Most of our colleagues, project creators, prefer to work only with large standard projects and wealthy customers. Agrosheriff works differently. Our clients are large customers, large and small farmers and owners of small land plots, including near your home in the city or village.

Why do you need a project? A project is necessary for the correct choice of technology, equipment, materials, a clear link between the project and your land plot, calculation of financial costs and project implementation timeframes.

The development of an agricultural project requires careful design, which ensures the efficient use of resources, optimal yields and sustainable farming methods. Your project includes various components: selection of optimal equipment, water supply scheme, irrigation system, fertigation and automation systems. Below is a description of the key aspects of developing an agricultural project. A finished project usually consists of 30-90 pages of complete information about the project.
Our project development timeframes range from 2 weeks to 1 month and depend on the size and complexity of the project.

• Search for the optimal and often non-standard solution.
• Optimization of equipment and components costs.
• Budget option.
• Possibility of implementing the project on your own, without involving contractors.
• Information, technical and technological support for the project.
• Option - installation supervision.
• In some cases, our specialist will visit us for preliminary collection of initial data and coordination of all project details with the customer. (A separate agreement with the customer).

Additional: The cost of project development will be deducted from the final equipment estimate if you order equipment and materials from us.

Open-ground projects: from small plots of 500 m² to large fields of hundreds of hectares. The projects are adapted to traditional and organic farming.

Closed-ground projects (greenhouse/nethouse): these projects are intended for the construction of greenhouses and nethouses (net house) using highly efficient, automated technologies with protection from external adverse conditions.

Water Source: A water supply plan begins with identifying a reliable water source, such as a borehole, reservoir, lake, or river. Pumping stations and pipelines are then designed to reliably deliver water throughout the irrigated area.

Zonal Water Distribution: Water distribution is divided into zones based on crop needs, soil type and topography. Each zone is designed to provide a reliable and optimal supply of water to the zone.

Drip Irrigation: Ideal for both open and protected fields, drip irrigation delivers water directly to the root zone of each plant. The system is designed with emitters that provide precise, metered water delivery to the plants.

Sprinkler Irrigation: For some crops and climate conditions, this is the optimal irrigation option.

Foggers: Foggers, used in greenhouses to maintain humidity and reduce temperatures through evaporative cooling, deliver water in the form of a fine mist.

Fans: To ensure uniform air circulation inside the greenhouses and to remove hot air from the greenhouse.

Evaporative cooling systems: These systems use evaporators placed near the air intakes, cooling the incoming air and maintaining an optimal temperature. The capacity of the evaporators is calculated based on the volume of the greenhouse and the external climate conditions.

Fertilizer application: Depending on the crop growth stage and nutritional requirements, fertilizers are applied in liquid form through the irrigation system. This method ensures a uniform, optimized supply of fertilizers to the plants.

Selecting a Fertigation Unit: The fertigation unit is selected based on crop type, field size and water consumption. It integrates with the irrigation system, allowing for precise fertilization, ensuring that nutrients are delivered directly to the root zone.

Project Cost: Design costs vary depending on the type and size of the project. Below are approximate design prices. The final cost of the project is determined after the details of the project and the conditions for its creation have been determined, agreed upon with the customer and the contract has been signed.

Automation and control systems: Advanced automation systems can be integrated to monitor and control irrigation, climate and fertigation processes, ensuring accuracy and efficiency.

Sustainability: Using renewable energy sources such as solar energy for pumping stations, ventilation and other energy inputs will reduce operating costs and increase the sustainability of the project.

A well-designed agricultural project development plan not only maximizes yields and resource efficiency, but also ensures the sustainability of agricultural activities. Taking into account the specific needs of the land, crops, and environmental conditions, the project is designed to achieve the best results at the best cost.