Substantiation of the parameters of water activation in an electroactivator for watering plants

Introduction. Numerous studies have shown that treating and watering plants with activated water have a beneficial effect on their growth and productivity that is why procedures and methods for preparing such water are very relevant. This work examines the method of preparing catholyte and anolyte in the so-called flow-type electroactivator, which is installed in an automated system for watering plants in greenhouses and open ground. Water for watering plants should have the pH index recommended for these conditions, so it is necessary to establish an adequate relationship between the operating mode and operating parameters of the electroactivator, on the one hand, and the pH index of water, on the other. At present, the issue of developing an adequate mathematical model for water activation in a flow-type electroactivator requires studying. The article proposes a mathematical model in which there is established relationship between the pH index of water, activation mode and flow-type electroactivator parameters. Aim of the Study. The article is aimed at increasing the efficiency of an automated system for watering with activation of water in a flow-type electroactivator.