Design and Build Flotocombines and Water Combines Based on the

In the article offered to the attention of readers, both the theoretical foundations for creating flotocombines based on a multi-stage and generalized flotation model are considered, alongside practical recommendations based on the principles of biosimile. The study explores new aeration systems for application in various flotation apparatuses, including flotocombines, and describes practical examples demonstrating the utility of this new flotation equipment. This work is aimed at a wide range of readers, including researchers, university professors, and students at various academic levels. The research emphasizes the need for new equipment to enhance the efficiency of wastewater treatment while minimizing material and energy costs. Although flotation equipment predominantly relies on pressure types, the study reveals a scarcity of innovative technical solutions in the field. It also discusses the development and implementation of combined plants, offering insights into a method established by the author involving dual working fluids in pressure flotation. This monograph investigates over thirty years of research results in the development of flotocombines and their practical applications in wastewater treatment.