Mechanized irrigation systems such as Center Pivots and Linears are used to irrigate large cultivated fields.
They often need to function in challenging conditions and to move over diverse terrain types such as sloped areas and muddy fields. In our next webinar, we will be discussing the key factors that affect crop uniformity, and how to design mechanized irrigation systems and select their components to achieve optimal hydraulic efficiency, precise and smart irrigation, and long-term savings.
Topics: Irrigation, BERMAD webinar
Tal has been working in the irrigation field since 1998 for diverse companies in the fields of landscape, filtration and open field irrigation. For the last several years he has been with BERMAD bringing his experience to customers around the world.
Mechanized Irrigation (mainly center pivots, but also laterals & other irrigation machines etc.) is a modern method of crop irrigation that has revolutionized agriculture since its invention in the mid-20th century. This innovative technique involves the use of large, rotating irrigation machines mounted on wheels, which pivot around a central point,
Designing an irrigation system that utilizes recycled water can be extremely challenging. BERMAD has developed tried and tested solutions to successfully deal with these challenges, designing irrigation systems that deliver optimal performance. In this webinar, we took a deep dive into planning, product selection and ongoing operation.
Irrigation modernization is imperative for optimizing agricultural productivity, especially in regions facing water scarcity and burgeoning demand. The Santa Cruz de Alcolea Irrigation Consortium embarked on a comprehensive modernization initiative in 2016, forming the UTE Alcolea to spearhead this transformation.
Mechanized irrigation was developed during the 1940s to include center pivot, lateral move, and linear move irrigation machines in cultivated fields using minimum labor and infrastructures. These machines must often move over diverse terrain, including sloped areas and muddy fields. They represent relatively large irrigation units from the hydraulic
