Water supply for agriculture
We supply agricultural pumps that transport water to support food production for rice and other crops
Irrigation is used to increase the production of crops and to supply water by artificial means to agricultural lands that lack water. Evidence shows that irrigation was practiced in the Middle East from the pre-Christian period, including Mesopotamia and Egypt, suggesting that humans were growing crops that could not survive on natural precipitation alone from then. Of course, even today, irrigation plays a huge role in social development, and as the world population continues to grow, it is necessary to increase the yield of agricultural land. Even in areas where the population is not increasing, productivity of the farmlands needs to be improved due to the lack of farmers and limited farmland.
Agricultural pumps are indispensable for supplying water to such farmland, and EBARA’s pumps are widely used in Japan and around the world. They supply large amounts of water from lowland ponds to highland farmland or transfer water from rivers to distant farmland at high pressure. In recent years, our pumps have been used not only in Japan but also in Southeast Asia to support agricultural production due to frequent natural disasters such as droughts, caused by abnormal weather conditions. Leveraging our technologies cultivated in Japan, we are working to propose optimal pumps, from design to manufacturing, control system construction, and maintenance management, tailored to the topography and climatic conditions of each region of the world.
Agricultural pumps are indispensable for supplying water to such farmland, and EBARA’s pumps are widely used in Japan and around the world. They supply large amounts of water from lowland ponds to highland farmland or transfer water from rivers to distant farmland at high pressure. In recent years, our pumps have been used not only in Japan but also in Southeast Asia to support agricultural production due to frequent natural disasters such as droughts, caused by abnormal weather conditions. Leveraging our technologies cultivated in Japan, we are working to propose optimal pumps, from design to manufacturing, control system construction, and maintenance management, tailored to the topography and climatic conditions of each region of the world.
