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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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Granule
Photo 6. - Granule example
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powder
Photo 7. - Photo of powder
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Figure 18. - Illustration of the impact of the Evaporis™ LE's 1st and 2nd levels combination on thermal consumption savings
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Héliantis glasshouse Reignier
Photo 16. - Héliantis glasshouse at Reignier (Upper Savoie, France), 320 t DM per year: a 120 m glasshouse, harrow raised
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Harrow glasshouse Sargans Switzerland
Photo 15. - Harrow operating in a glasshouse (Sargans, Switzerland)
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harrow Héliantis glasshouse
Figure 20. - Operating principle of the harrow in a Héliantis glasshouse
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Héliantis
Figure 19. - Héliantis: the principle
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Figure 44. - Inserting a SCR type NOx removal system into a global flue gas treatment system
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Figure 39. - Molier diagram: Calculating the quantity of water that has to be injected and flue gas saturation temperature
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Photo 19. - Fluidised bed incinerator Thermylis-HTFB –Elbeuf plant (Seine-Maritime, France)
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Figure 37. - Addition of IC 850 into a household waste grate incinerator
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Figure 38. - The IC 850 injection system
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Figure 43. - Flue gas wet processing
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Formula: Processing nitrogen oxide (NOx) pollution
Formula: Processing nitrogen oxide (NOx) pollution
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Figure 40. - Flue gas wet processing
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Table 15. - Incineration: comparison between the various statutory texts
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Figure 52. - Utilisation in a 40,000 p.e. wastewater treatment plant
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Figure 53. - Daily material balance (40,000 p.e. wastewater treatment plant)
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Thermoposting plant system collecting routing air biofilter
Photo 4. - Thermoposting plant in the town of Revel (Haute-Garonne, France): rear view of the system for collecting and routing air to the biofilter
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Thermoposting plant Reve containers Ampli-Roll handling system
Photo 3. - Thermoposting plant in the town of Revel (Haute-Garonne, France): view of the containers with the Ampli-Roll handling system
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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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