Scientific Principles Of Effluent Repositioning In An Additional ByProduct Of A Water Basin By Global Warming Mode

Abstract

Bathymetric sensors have been installed in characteristic sections of the Dnipro River to collect data on changes in the level and quality of the water resource. Collected data on annual runoff, sediment accumulation on the river bottom, and operational forecasts of risk events for business owners and farmers. Increasing the energy efficiency of enterprises in the conditions of rising electricity tariffs is an important task for owners. Reduction of operating costs for repeated water treatment is possible thanks to the implementation of advanced cleaning and conditioning technologies, as well as taking into account the quantity and quality of wastewater. This reserve is for balancing water in the reservoir of the region. Drought parameters, volumes and quality of model mixtures for enterprises, geometric parameters of the recreational lake depending on morphological parameters of enterprises were studied. To improve the dynamics of biodiversity development, an intelligent system has been developed for the integration of all types of reclaimed water to replenish the reservoir balance. Ultrafiltration with immobilized enzyme membranes is offered for comprehensive accounting of conditionally pure water. The produced resource enters the reservoir basin and reduces the anthropogenic load on the buffer zone of the reservoir between cities. By restoring the resource of the buffer zone, biodiversity is renewed and fauna is restored. For the productive work of regional water regulators, auxiliary programs have been developed to provide information on technical and economic issues. It is suggested that the regulator and scientific experts work together productively to identify water drainage crisis zones.