Advanced Hydrocyclone Technology for Liquid-Solid Separation presents a thorough exploration of the latest advancements in hydrocyclone-based liquid-solid separation. The book covers foundational theory, experimental studies, analytical testing, simulation techniques, and real-world engineering applications, highlighting contemporary trends and innovations in the field. Notably, it introduces a novel detection method for monitoring the separation process, as well as an engineering design model for parallel amplification using micro-hydrocyclones. Additionally, the text showcases advanced technologies that enhance separation efficiency through mechanisms like particle high-speed self-rotation, precise sorting, and improved filtration.

Beyond technical innovation, the book details practical engineering solutions, including process flows and equipment for treating methanol-to-olefin reaction wastewater and on-line separation in fluidized bed hydrogenation. It also addresses the reuse of efflux catalysts and deep wastewater treatment. The achievements outlined have set industry benchmarks, contributing to the establishment of the Technical Conditions for Liquid-Solid Hydrocyclone Separator and influencing national standards for clean production in petroleum refining.

• Introduces systematically hydrocyclone separation technology, including theoretical calculations and engineering applications
• Provides comprehensive methodology developments, including bench-scale, pilot scale, and full-scale designing, synchronous high-speed camera monitoring, process simulation, and 3D flow field testing
• Includes up-to-date case studies gleaned from the author and editor's many years of experience
• Written by a top global expert who has published extensively on this topic