In surface drip irrigation, water is applied directly through pipes or drip tapes placed on the soil surface. Water flows to the plants through the irrigation pipes in a controlled manner at low pressure. Small drip systems providing uniform water discharge are connected to the pipes and are generally positioned along the crop rows.
The emitters apply water evenly through small openings directly into the soil, into the root zone of the plants, in a controlled quantity and at a controlled rate. Water spreads across the soil surface and infiltrates toward the roots in a manner similar to rainfall, ensuring that the plants continuously receive an adequate water supply.
Surface drip irrigation is well suited for different soil types and various crops.
Surface drip irrigation is particularly effective in vegetable and fruit production, as well as in arable crops.
One of the main advantages of surface drip irrigation is efficient water use. Since water is delivered directly to the root zone, evaporation and runoff can be minimized. The system helps maintain optimal soil moisture without flooding the entire area.
Surface drip irrigation systems can be configured for different irrigation requirements. Water flow can be fine-tuned using timers, pressure regulators, and other control systems, ensuring that the right amount of water is always available for the crops.
Administration of the establishment of a sustainable water management community (formerly irrigation community), in accordance with grant requirements and based on secure legal and professional
Agricultural irrigation planning and implementation, from initial design to turnkey delivery, with comprehensive project management covering legal, technical, and funding aspects.
Full administrative support for seamless project implementation and grant submission, including obtaining the required water rights and environmental permits.
Technical and administrative support required for the successful submission of grant applications.
Installation of modern irrigation systems for all types of agricultural areas. Comprehensive implementation of precise, water-efficient, and automatable solutions, from water extraction to application, with