Compakblue™                       REMOVAL OF SUSPENDED SOLIDS AND                       ASSOCIATED POLLUTANTS BY IMMERSED ...
REUSE          CONTENTS               Water Reuse Challenges Compakblue™               A Required Water Quality that meets...
REUSE                   WATER REUSE CHALLENGES  Compakblue™                   • To preserve the natural environment       ...
A REQUIRED WATER QUALITY THAT                         MEETS USES, APPROPRIATE TREATMENTS                                  ...
REUSE               DISKS FILTRATION RANGE Compakblue™    Compakblue™ is the name for Degrémont’s disk filtration systems ...
Compakblue™ OPERATINGREUSE                     PARAMETERS/CONDITIONS Compakblue™                                          ...
REUSE               Compakblue™ FILTER Compakblue™               • It    complements the media filtration technologies    ...
REUSE          OPERATING PRINCIPLE Compakblue™                • Compakblue™ is a constant-rate variable-head              ...
CLOTH-FILTRATION TECHNOLOGYCompakblue™ is a mechanical filter developed by the MecanaUmwelttechnik AG Company, in Switzerl...
µ-STRAINER FILTRATION TECHNOLOGYThe washing of disks is shortand frequent. – Water to be filtered is fed into the   centra...
TO SUMMARIZE, THE ADVANTAGES OF                            Compakblue™An alternative to sand filtration when theCiv. Eng. ...
CLOTH FILTRATION CASE STUDY:                     MONCHY-ST-ELOI (60), FRANCECONTEXT:• WWTP of 30,000 PE• Objective: Discha...
µ-STRAINER FILTRATION CASE STUDY:                      AUXI-LE-CHÂTEAU (62), FRANCECONTEXT:•   WWTP of 4,000 PE•   Objecti...
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Compakblue - Wastewater reuse in a compact treatment solution

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Removal of suspended solids and associated pollutants by immersed disk filtration

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Compakblue - Wastewater reuse in a compact treatment solution

  1. 1. Compakblue™ REMOVAL OF SUSPENDED SOLIDS AND ASSOCIATED POLLUTANTS BY IMMERSED DISK REUSE FILTRATION WASTEWATER REUSE IN A COMPACT TREATMENT SOLUTIONP-PPT-RU-001-EN-1107
  2. 2. REUSE CONTENTS Water Reuse Challenges Compakblue™ A Required Water Quality that meets Uses Disk Filtration Range Compakblue™ Operating Parameters/Conditions Compakblue™ Filter Operating Principle Cloth Filtration Technology (Mecana) -strainer Filtration Technology (Nordic Water) To summarize, the Compakblue™ Advantages A cloth Filtration Case Study: Monchy-Saint-Eloi (60), France A -strainer Case Study: Auxi-le-Château (62), FRANCE 2
  3. 3. REUSE WATER REUSE CHALLENGES Compakblue™ • To preserve the natural environment • To manage water resources • To relieve the traditional resources • To propose alternative water resourcesCountries that are concerned: the United States, Australia, Spain,Middle-East Countries, North Africa… Regulations: • No real consensus in the world • Many countries with the greatest water stress have developed standards or regulations to develop Reuse. 3
  4. 4. A REQUIRED WATER QUALITY THAT MEETS USES, APPROPRIATE TREATMENTS Non-food Food Crop Crop Specific Crop Oxidation/Adsorption… Irrigation ofMembrane Filtration …. non public areas Reverse Osmosis, Media Filtration Indirect Potability Treated Irrigation of green secondary spaces, golf UWW Industries Unrestricted use in urban areas Process 4
  5. 5. REUSE DISKS FILTRATION RANGE Compakblue™ Compakblue™ is the name for Degrémont’s disk filtration systems used in wastewater re-use applications. Two versions are available: a -strainer filtration version, developed by Nordic Water, and a cloth filtration version, developed by Mecana. Compakblue™ Product Number of Output Quality Models Type of filtration Technology disks/filter (SS as 95%tile) Specific 100% Mecana 2 to 12 < 6 ppm fabric submerged 60% Nordic Water -strainer < 10 ppm 4 to 28 submerged 5
  6. 6. Compakblue™ OPERATINGREUSE PARAMETERS/CONDITIONS Compakblue™ Reduction of SS Treatment objective and the particle pollution After the secondary clarifier SS <35ppm Between <3 mg/l SS on the average (<6 in 95%ile) Treated water quality and <5 mg/l SS on the average (<10 in 95%ile) Compakblue™ Water Treated in the treatment line inlet water Biological Clarifier Tertiary Filtration Treatment Compakblue™ 6
  7. 7. REUSE Compakblue™ FILTER Compakblue™ • It complements the media filtration technologies for the reduction of Suspended Solids in tertiary filtration. • Its uniqueness lies in the standardization of its production and its compact size. • Water to be filtered passes through the disk filters that that hold impurities. • The tank, available in both a steel or a concrete version, contains the disks that are arranged on a central tube. • Disks only run during the washing phase. 7
  8. 8. REUSE OPERATING PRINCIPLE Compakblue™ • Compakblue™ is a constant-rate variable-head gravity filter without level regulation. • The washing is automatic, it is triggered when the water level is exceeded. 8
  9. 9. CLOTH-FILTRATION TECHNOLOGYCompakblue™ is a mechanical filter developed by the MecanaUmwelttechnik AG Company, in Switzerland; it is the subjectof patents (EP 0958 028).The washing of disks is short Filtration directionand frequent. – It is carried out disk-by-disk with Water to Filtered water be filtered a suction system for materials Pile fabric seen under retained by the pile fabric. the microscopeThe filtration is continuous;no stopping during the cleaning. Cleaning system by suction OUT / IN FILTRATION 9
  10. 10. µ-STRAINER FILTRATION TECHNOLOGYThe washing of disks is shortand frequent. – Water to be filtered is fed into the central cylinder, penetrates between the disks through openings and travels through the filtering medium on the sides of the disks. – The dirty water is collected in a trough inside the central cylinder.The filtration is continuous;no stopping during the cleaning. IN / OUT FILTRATION 10
  11. 11. TO SUMMARIZE, THE ADVANTAGES OF Compakblue™An alternative to sand filtration when theCiv. Eng. cost is high – Saves 4 times the surface area, – Preserves natural landscapes,Easy to install and operate – Integrating systems in tanksA safe filtration process – Immersed or semi-immersed disks, – Helminth eggs content < 0,1/L in accordance with the WHO (World Health Organization) recommendations. 11
  12. 12. CLOTH FILTRATION CASE STUDY: MONCHY-ST-ELOI (60), FRANCECONTEXT:• WWTP of 30,000 PE• Objective: Discharge in sensitive area• Start-up Date: October 2009DESIGN:– 2 filters of 6 disks– Total filtering surface area: 60 m²– Disks diameter: 2,10 m– Concrete tank– Treatment line: activated sludge tank, secondary clarifier, Compakblue™ Filter. 12
  13. 13. µ-STRAINER FILTRATION CASE STUDY: AUXI-LE-CHÂTEAU (62), FRANCECONTEXT:• WWTP of 4,000 PE• Objective: discharge into sensitive areas (marina and then a protected estuary)• Start-up date: beginning of 2011 Disk filtersDESIGN:– 1 filter of 3 disks Water inlet– Total filtering surface area: 8,4 m²– Flow: 60m3/h– Disks diameter: 1,90 m– Steel Tank– Treatment line: activated sludge tank, secondary clarifier, Compakblue™ Filter Treated water 13

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