Course Details
Your Growth, Our Mission
Course Description
Water quality analysis has always been a critical aspect of environmental science, public health, and industrial operations. As the demand for clean and safe water escalates, advancements in technologies for monitoring and testing water quality are more essential than ever. To solve problems of water to harmonize human society with the natural environment, a scientific understanding of the nature of water and the development of water treatment technologies may play an important role. The research and development in this field require not only basic knowledge of chemistry, physics, microbiology, metallurgy, etc. but also broad knowledge of applied science, water treatment will suffer a major derating or outage that could have been avoided by applying advanced technology in treatment to be considered with sustainable water supply.
The Training Course Will Highlight ?
Your value in your field of work increases by increasing your theoretical and practical experiences, every information you gain in your working life increases your value in the work environment. From this point of view, we invite you to participate in this training program to increase your skills through lecturers at the highest level of experience in the field of water analysis for various water technologies.
Training Objective
This course is designed to empower participants with an overview of the different water quality analysis methods to be considered with sustainable water supply, for water plants either by recycling and reusing water or seawater treatment, and also provides the latest technology in this field. By the end of the training course, participants will be able to select the appropriate technology for their water analysis and protect their industry's surrounding environment by the end of this training course, participants will learn the:
- Gain an in-depth knowledge on water quality analysis and management
- Determine the importance, role, and use of water quality analysis
- Carryout water quality analysis applications and review
- Describe the step-by-step process and perform monitoring of water analysis
- Identify the parts of sustainable water supply
- Conduct performance and improve in- water quality analysis
Target Audience
- Anyone who considers water sustainability
- Water quality analysis Supervisors Designation
- Chemists, technicians, and all water laboratory staff
- Operations and maintenance staff of the water plant
- In general, All workers in the field of water management
Training Methods
The delegates on this training course will receive thorough training utilizing a variety of proven adult learning teaching and facilitation techniques. Seminar methodology includes power point presentation, application and case study, example by video, global all standard methods for water analysis, and all chemicals used in water treatment.
Daily Agenda
Day 1:
Chemistry and Sustainable of Water:
- Water Quality Considerations
- Necessity of Water Monitoring & Analysis
- Basic Chemistry for Water Analysis
- Chemical and Physical Properties of Water
- Sources of Water Pollution & Impurities
- Problems caused by Impure Water
- Sustainable Water Supply
- Environmental Impacts and Rules for Water Sustainability
- Water availability, needs, and sustainable uses
- Non-conventional Water Resources
- Reduction of Water Loss and Waste
- Water Quality Management
Day 2:
Water Monitoring Technology:
- Water safety plans
- Why do we need to analyze water?
- Quality of water available and Quality required
- Water Laboratory and analyzer
- Collect water samples (Grab, Composite, Integrated)
- On-site Water Sampling (Location; Time; Frequency; Maintenance of sample)
- Type of Water Samples (At line; Online; Inline; Offline)
- Samples for microbiological, heavy metal, nutrient analysis
- Types of Water sampling containers
Day3:
Water Quality Analysis Technologies:
- Main Instruments used in water analysis
- Global standard test methods of water analysis
- pH acidity and alkalinity, Turbidity
- Total Hardness, P, M & OH Alkalinity
- Specific conductance
- Total Dissolved Solids (TDS) & Total Suspended Solids (TSS)
- Dissolved Oxygen (DO)& Oxygen Demand (COD, BOD)
- Organic contaminants & Toxic Organic Compounds
- Radioactive contaminants
- Pathogenic microorganisms
- Oil and Grease
- Inorganic Chemicals Impurity
Day 4:
Water Quality Analysis Technologies:
- Analysis to be measured on the field
- Free Chlorine & Combined Chlorine analysis
- Starch Iodide method
- DPD Colorimetric method
- Ortho toluidine (O.T.) method
- Pathogenic Micro-Organisms Analysis
- Total & Fecal Coliform, Escherichia coli (E-Coli)
- Determine the presence of bacteria in water:
- Membrane Filtration - colonies indicate
- Colilert methods, Presence-Absence (P-A), Quantification (Quantal methods)
- Multiple Tube Fermentation, Most Probable Number (MPN)
Day 5:
Evaluation Of Water Analysis Result:
- Water regulations
- Interpreting water analysis test results
- Records and Data Reporting
- Water Quality Control
- Evaluation and analysis of water parameters results
- Conversion Factors for Water Analysis Units
- Anions & Cations Balance
- Water Solubility index
- Water Quality Index (WQI)
- Key Performance Indicators (KPIs)
- KPIs Produced water treatment parameters
Accreditation
BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.
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