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Aqwise is a world leader in the development and implementation of advanced water and wastewater treatment solutions for the Industrial and Municipal markets. Aqwise's proprietary AGAR® (Attached Growth Airlift Reactor) family of solutions significantly increases the capacity and efficiency of existing wastewater treatment plants, while offering compact and scalable deployments of new plants. The company offers a wide range of services, from process design through full turn-key project management. Aqwise's solutions have been successfully installed in dozens of municipal and industrial plants around the world, serving a variety of industries including Food & Beverage, Pulp & Paper, Pharmaceuticals, Oil & Gas and more. Aqwise is headquartered in Israel and has regional offices in Latin America, as well as commercial representation in North America, Europe, the Middle East and Asia Pacific.
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2. Wastewater Treatment Industry Main Trends Environmental awarenessRegulation(Nutrients & odors) Energy costs Sludge disposal costs Chemicals costs Fresh water price Fresh water availability Available land for wastewater treatment plantsInfrastructure quality (aging) 3. Existing Solutions for Wastewater Treatment Extensive Intensive Simple to operate Resistant to shock loads (Industrial wastes) Small footprint Lower quality effluent Operationalproblems (odors, clogging) Good treatment capabilities More space required More complex to operate Less Resistant to shocks Oxidation Ponds Low O&M cost Simple to operate Lower quality effluent Operationalproblems (odors, vectors) Real Estate Attached Growth Suspended Growth 4.
The Unique AGAR Technology AGAR - Attached Growth Airlift Reactor 5. Innovation that works: Aqwise Biomass Carriers
6. Versatile AGAR Configurations MBBR MBBR:Moving BedBio-Reactor IFAS IFAS: Integrated Fixed-film Activated Sludge 7. Versatile AGAR Configurations FFAST MBBR-BNR FFAST:Fixed FilmActivatedSludgeTreatment BNR:Biological Nutrient Removal 8. Compact Unit Package Plant
Filtration, disinfection and dewatering as an option Flow,(m 3 /day) Effluent Quality BOD/TSS/TN(mg/l) 50 20/30 10/10/15 100 20/30 10/10/15 9. The AGAR Advantage 10. Municipal Solutions Municipal WWTPs New Plants Upgraded Plants Small Footprint Future Expansion Expansion for bigger flows Retrofit for better quality 11. Industrial Segments Industrial WWTPs Pulp and Paper Food and Beverage Oil and Gas -Petrochemical, Biofuel refineries Pharmaceutical AquacultureHigh loads waste streams treatment Small plants Pre-treatment ZLD 12. A Proven Track Record of Success
13. Monclova WWTP(58,000 m3/d) Mexico, 2006 AGAR Solution IFAS Configuration 14. Aqwise CompactSludge Dewatering Solution
15. Research & Development
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Company Profile 17.
18. CASE STUDY Marines Municipal WWTP Spain, 2007 IFAS Configuration (380 m 3 /d) 19.
CASE STUDY Marines Municipal WWTP Spain, 2007 IFAS Configuration (380 m 3 /d) Actual Value (Avg.) Requirement Parameter 5.7 < 20 BOD 5 6.0 < 25 TSS 7.6 < 15 TN 0.9 < 10 NH 4 -N 0.8 < 5 TP 21.0 - COD 3.4 - NO 3 -N 20.
CASE STUDY Marines Municipal WWTP Spain, 2007 IFAS Configuration (380 m 3 /d) 21. CASE STUDY - Europaper Italy, 2005 MBBR-RBC Configuration (2,000 m 3 /d) 22.
CASE STUDY - Europaper Italy, 2005 MBBR-RBC Configuration (2,000 m 3 /d) 23. Tissue production Fiber source: Secondary fibers Q = 2,000 m 3 /d HRT = 4.3 h CASE STUDY - Europaper Italy, 2005 MBBR-MBR Configuration (2,000 m 3 /d) Value 1,450 COD in [mg/l] 100 COD out [mg/l] 24.
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Brand Recognition 26. Various Business Models 27.
Research & Development - Highlights 28. Research & Development DANA
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Research & Development DANA 30.
Research & Development SBBR 31.
Research & Development MBCR 32.
Research & Development Drinking Water 33.
Research & Development Drinking Water