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Degrémont® water handbook Degrémont® water handbook
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  • Water and generalities
    • Water: a fundamental element
    • What water should we treat ? and why ?
    • Fundamental physical-chemical engineering processes applicable to water treatment
    • Fundamental biological engineering processes applicable to water treatment
    • Water analysis and treatability
    • Aquatic organisms
    • Corrosion in metal and concrete
  • Formulas and tools
    • Formulary
  • Processes and technologies
    • Pre-treatments
    • Flocculators – settling tanks – flotation units
    • Biological processes
    • Methane fermentation
    • Filters
    • Using ion exchangers
    • Separation by membranes
    • Degasification, odour control, evaporation
    • Oxidation-disinfection
    • Liquid sludge treatment
    • Dewatered sludge treatment
    • Reagent storage and feeding
    • Instrumentation control-regulation
    • Drinking water treatment
    • Treating municipal wastewater
    • Treatment and conditioning of industrial water
    • Industrial processes and effluent treatment
  • Degrémont® technologies
    • Drinking water production
    • Desalination
    • Wastewater treatment
    • Sludge treatment
    • Air treatment
    • Cross-cutting issues, micropollutants and PFAS
  • Case studies
    • Drinking water production
    • Wastewater treatment - Reuse
    • Desalination
    • Sludge treatment
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Natural drinking water wastewater
Table 1. - Natural and drinking water, wastewater – Sample preservation
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Synopsis analytical methods                        
Table 2. - Synopsis of main analytical methods          
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Figure 3. - TOC measurement principle
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Formula: Inductive coupling plasma (ICP) spectrophotometry, high temperatures
Formula: Inductive coupling plasma (ICP) spectrophotometry, high temperatures
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Figure 4. - Comparison of atomics pectrometer detection velocities and sensitivity
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Figure 5. - Chromatogram for a polluted surface water
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Figure 6. - Principle of use for mass spectrometry
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Table 3. - Combined techniques
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Figure 7. - Treatment level determination using the Zeta potential method
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Photo 4. - Electrically operated flocculator, speed regulator and timer
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Figure 9. - Determination of the tehoretical sedimentation rate vs
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Photo 5. - Laboratory flottatest
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Table 4. - Carbonate removal test using lime
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Figure 10. - Ozone demand: experimental equipment
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Formula: ozone absorption test - amount ozone mg · L–1
Formula: ozone absorption test - amount ozone mg · L–1
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Figure 11. - Ozone demand: absorption curve
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Figure 12. - Principle of the FI (or SDI) measurement device
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Formula: calculation fouling capacity P
Formula: calculation fouling capacity P
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Formula: calculation fouling index IC FI
Formula: calculation fouling index IC FI
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Formula: calculation fouling index IC Fi example at 2.1 bar
Formula: calculation fouling index IC Fi example at 2.1 bar
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Suez Suez

SUEZ's Degrémont® water handbook offers to water treatment professionals, fundamental concepts of water treatment processes and technologies as well as degremont® solutions applied to treatment line and adapted to each use of water. Designed by field men for field men, this valuable tool is essential for site managers, environmental managers, quality managers, maintenance managers, stakeholders in sustainable development, water agencies, documentation centers in universities, consultants, local authority technical departments, water management companies, etc.

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