Contact information
London (UK) Office
22 Portman Square, Marylebone, London W1H 7BG, UK
Istanbul (Turkey) Office
19 Mayıs Mahallesi, 19 Mayis Street No 2 Sisli
Reverse Osmosis (RO) desalination is one of the most widely used technologies for producing fresh water from seawater and brackish water. It plays a critical role in addressing global water scarcity, particularly in arid and coastal regions. This course provides a comprehensive theoretical understanding of RO desalination, focusing on the physical principles, system design concepts, membrane behavior, and performance factors that govern modern desalination plants. The training is designed to build strong conceptual knowledge without requiring hands-on or field-based activities.
Understand the fundamental principles of reverse osmosis and desalination processes
Explain the role and behavior of membranes in water separation
Describe key process parameters such as pressure, flux, recovery, and salt rejection
Understand system design concepts including staging and configuration
Identify major performance limitations such as fouling, scaling, and energy constraints
Gain awareness of sustainability and environmental considerations in desalination systems
Engineers and technical staff in water, oil & gas, and utilities sectors
Environmental and water resource professionals
Project managers involved in desalination or water treatment projects
Technical consultants and analysts
University graduates and trainees in chemical, mechanical, or environmental engineering
Non-technical professionals seeking conceptual understanding of desalination systems
Global water challenges and demand trends
Overview of desalination technologies (thermal vs membrane)
Introduction to Reverse Osmosis (RO) technology
Basic process flow of a desalination plant
Key terminology (TDS, salinity, brackish water, seawater)
Role of RO in modern water infrastructure
Osmosis vs reverse osmosis
Osmotic pressure and driving force concept
Semi-permeable membrane function
Basic physics of water transport through membranes
Salt rejection mechanisms
Limitations of natural and applied pressure systems
Types of RO membranes (thin-film composite overview)
Structure and selective permeability of membranes
Solution-diffusion transport model (theoretical)
Water chemistry basics (ions, salinity, scaling species)
Concentration polarization concept
Introduction to fouling mechanisms (theoretical overview)
RO system layout and process flow understanding
Single-pass vs multi-pass systems
Staging and array design concepts
Recovery ratio and system efficiency logic
Brine concentration and disposal pathways (conceptual)
Basic system performance indicators
Energy requirements and thermodynamic limits
Energy recovery concepts (theoretical overview)
Membrane fouling, scaling, and system limitations
Environmental impacts (brine discharge considerations)
Sustainability in desalination systems
Emerging technologies and future developments (advanced membranes, hybrid systems, digital optimization)
