The Course on Electromechanical Equipment in Water Treatment Plants It offers you a unique opportunity to enter a booming sector with high demand for skilled workers. Water treatment plants are essential for sustainable development, and more and more companies are looking for professionals trained in the operation of their systems. This course will enable you to acquire key skills in areas such as pumping systems, filtration, solids separation, and mixing and aeration systems. You will also learn about instrumentation and control, which will give you a a comprehensive and specialised approach. By the end of the course, you’ll be ready to tackle the challenges of the sector and excel in your career. With an online approach, you’ll have the the flexibility to learn at your own pace, which will enable you to balance your day-to-day responsibilities whilst gaining the skills you need for a promising future in water treatment.
Electromechanical Equipment in Water Treatment Plants
Water
40 hours
Introduction
Objectives
- To understand how pumping and isolation systems work in water treatment plants.
- To identify and analyse solid separation systems in water treatment processes.
- To assess the efficiency of mixing and aeration systems in water treatment plants.
- Interpret instrumentation and control data in electromechanical treatment systems.
- To design optimisation strategies for pumping systems used in industry.
- Compare different solid separation technologies used in treatment plants.
- Apply instrumentation concepts to improve process control in water treatment.
Table of Contents
TEACHING UNIT 1. PUMPING SYSTEMS AND INSULATION.
Types of pumps used in treatment plants.
Submersible pumps.
Surface-mounted or dry-chamber centrifugal pumps
Surface-mounted or dry-chamber screw pumps
Isolation systems (Valves)
TEACHING UNIT 2. SOLID SEPARATION SYSTEMS.
Pre-treatment in water treatment plants
Equipment in a sand and grease separator.
Equipment for decanters and thickeners.
Anaerobic sludge digestion units
Sludge dewatering equipment
TEACHING UNIT 3. AGITATION AND AERATION SYSTEMS.
Agitation and aeration in biological reactors
Agitation of coagulation and flocculation tanks, and preparation of the chemicals used
Air-generating equipment (blowers, turbo blowers).
Fine and coarse bubble aeration.
Types of chemicals and storage systems
TEACHING UNIT 4. INSTRUMENTATION AND CONTROL.
Flow and level measurement
Pressure measurement and water analysis
Control processes (automation)
SCADA control system (I)
SCADA control system (II)
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