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degremont® water handbook degremont® water handbook
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  • water and generalities
    • water: a fundamental element
    • what water should we treat ? and why ?
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Evaporis™ LE dryer
Figure 6. - Schematic diagram of an Evaporis™ LE dryer
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Innodry dryer Arendale plant
Photo 5. - Innodry dryer: Arendale (Sweden) plant
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Granule
Photo 6. - Granule example
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Evaporis™ LT dryer
Figure 7. - Evaporis™ LT dryer – Diagram showing the different parts of the dryer
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Evaporis™ LT dryer – STC dryer
Figure 8. - Evaporis™ LT dryer – dryer profil view inside of STC dryer
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Vomm-type indirect/direct dryer
Figure 9. - Line diagram of a Vomm-type indirect/direct combined dryer
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powder
Photo 7. - Photo of powder
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Andritz Gouda Dryer
Photo 8. - Andritz Gouda (ex Naratherm) Dryer
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Thin layer dryer - Buss
Figure 10. - Thin layer dryer (Buss)
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Table 6. - NARA heat balance per kg · h–1 of water evaporated (based on a 20 % dry solids content sludge, 90 % dry)
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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
Figure 19. - Héliantis: the principle
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harrow Héliantis glasshouse
Figure 20. - Operating principle of the harrow in a Héliantis glasshouse
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Sludge granules Héliantis glasshouse
Photo 14. - Sludge granules produced in a Héliantis glasshouse
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Harrow glasshouse Sargans Switzerland
Photo 15. - Harrow operating in a glasshouse (Sargans, Switzerland)
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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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gas engine/gas turbine co-generation
Figure 21. - Typical example of a gas engine/gas turbine used in co-generation
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 pathway hot water cogeneration gas engine
Figure 22. - Diagram: pathway of hot water produced by the cogeneration system (gas engine)
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storage self-heating
Figure 24. - Sizing storage units without self-heating
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Safety dust dried sludge
Table 7. - Safety properties applicable to dust generated by dried sludge
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Suez Suez

SUEZ's degremont® 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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