CHEMICAL CONTROL IN POWER PLANTS The
Chemical Control course addresses a very delicate issue in the
operation of a combined cycle power plant: control of the
physical-chemical characteristics of the cooling water, water-steam
cycle and effluents. The importance of this control is such that a
wrong treatment can have very serious damage and a loss of production
so important, that its good performance should be one of the strategic
objectives in the combined cycle power plant exploitation. As
demonstrated throughout the course, this control is simple, easy to
understand and implement if you have the right skills.
Next edition:
REMAINING SCHEDULE
Course fee: 495 € + 18% VAT
Courses in company:
This
course can be done anytime at the customer premises. Check prices and
conditions by calling 91 126 37 66 or sending an email to
info@renovetec.com
Distance learning course:
This
course can be done any time from a distance. Check prices and
conditions by calling 91 126 37 66 or sending an email to
info@renovetec.com
Special condition for unemployed people and recent graduates |
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COURSE DETAILS
Type of Course: On site classes, based on a presentation developed with the help of programs like
Power Point. Also available on classroom distance training and distance training.
Duration: Between 16 and 32 hours
Course Level:
Medium. It is not a basic or introductory course, although previous
knowledge it is not required. It is advisable that the participants
have a university technical degree (engineer for example), but it is
notindispensable.
Material: Colour Book 17 x 24 Paperback, with high quality graphic material.
Practices: Field practices are performed in RENOVETEC installation or in the costumer installations.
Course Director: Santiago
García Garrido, Bachelor in Chemistry and Technical Director RENOVETEC.
Author of numerous books on industrial maintenance and electrical
generation.
COURSE CONTENT
CHEMICAL CONTROL
- Chemical control. Definition.
- Water chemistry.
- Pursued objectives.
CHEMICAL CONTROL IN COOLING CIRCUITS
- Introduction.
- Types of system. Basic operation of a cooling tower.
- Problems and their consequences in the cooling circuits
- Corrosion.
- Inlays.
- Microbiological contamination.
- Control of these phenomena.
- Corrosion control
- Inlays control
- Microbiological contamination.
- Treatment schedule
- Monitoring and acceptable ranges
- pH
- μS
- Others (solids, turbidity, etc.)
- Introduction to the prevention and control of legionellosis and Legionella.
- Regulations referring to cooling towers
CLOSED COOLING CIRCUITS CONTROL
CHEMICAL CONTROL OF BOILERS AND WATER-STEAM CYCLE
- Introduction.
- Types of systems. Basic definitions.
- Problems and their consequences for Water-Steam cycle installations
- CO2 and oxygen effects
- pH effects
- Dissolved salts effects
- Treatment with hydrazine + phosphate + Ammonia
- All Volatile conditioning
- Purges system
- Monitoring and acceptable ranges.
- pH
- μS
- Others (SiO2, Na+, etc.)
- Water intake of the WTP
- Feed-water tank
- Condenser
- Evaporator’s reboiler purges
- Live steam turbine
CLOSED COOLING CIRCUITS CONTROL OF SUPERHEATED WATER
WATER TREATMENT PLANT
- Introduction and diagrams.
- Basic operation of a WTP
- Types of pre-treatment.
- Filtering
- Softening
- Biocides treatment
- Reverse osmosis
- Steam compression
- Multiple effect distillation
- Mixed beds
- Electrodeionization
CHEMICALS CONTROL OF LIQUID EFFLUENTS
- Standard effluent.
- Terminology.
- Pre-treatment.
- Primary, secondary and tertiary levels. Regulation rafts
- Control equipment.
- Regulations
NECESSARY TECHNICAL RESOURCES
CHEMICAL CONTROL HIRING
- Purchase of reagents and analysis
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