COURSE DESCRIPTION
Generally, clean water processing and treatment was started from intake to water processing unit (oxidation, coagulation, flocculation, sedimentation, filtration, chlorination, etc). Clean water for community consumption or industrial uses, needs some advance treatment for specific aim, such as raw material, drain, demin water boiler, etc. Clean water processing and treatment is important to avoid high cost processing, to treat and dispose off, avoid various impact of health, safety, and environment.
COURSE OBJECTIVES
- Hydrology cycle, chemistry and properties of water
- Characteristics of river, lake and surface waters
- Characteristics of well and produced waters
- Analysis and interpretation of TSS, TDS and dissolved gases
- Acidity, alkalinity, salinity, hardness, BOD and COD
- hazardous chemical contents and Heavy metals
- Organics, bacteriological matter and added materials
- Corrosion and scaling tendency
- Industrial intake water handling, conditioning and pretreatment
- Treating objectives and roadmap of external processing
- Dissolved solid treatment and dissolved gases removal methods
- Suspended solids removal methods
- Ion exchange equipment and operation
- Sedimentation, coagulation, flocculation, aeration and filtration
- Carbonate hardness and alkalinity control
- Chemical treating for control of bacteria and fouling
- Chemical treating for control of scale
- The use of surfactant and foaming control agent
- Typical boiler feed water treatment
- Treatment with chelating agent chemicals
- De-aeration and oxygen scavenging equipment and operations, and condensate treatment
- Selection and the use of corrosion inhibitors in cooling water
- Typical cooling water treatment
- Environmental problems due to sludge, residual additive chemicals, hazardous components and residual oil in water to disposal
- Safety in industrial water treatment
- Typical waste water treatment: physical, chemical and biological
- Discussion and cases study
INSTRUKTUR
M. Sri Prasetyo Budi, ST, MT and team