IEWP @ Business meeting 7 March 2016
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Transcript of IEWP @ Business meeting 7 March 2016
Business Meeting
New Delhi, 7 March 2016 14.00 Delhi Time, 09.30 Brussels time
India‘s Water challenges: Identifying solutions and
experiences
Meeting with EU BusinessesNew Delhi, 7 March 2016
AgendaIntroductionSolutions
• Municipal Sewage• Industrial Effluents • Water Quality Monitoring • GIS based Ganga river basin mapping• Micro-irrigation
Questions and Answers• Solutions and technologies• Hybrid Annuity model
Indo-Europe Water Partnership: Value Proposition
Holistic, Sustainable & Actionable Plan
• Evaluate the most relevant, state of the art technologies• Transfer skills and technology for long term sustainability and project payback• Inputs to water policy, governance modalities, economic analysis• Integrate financial actors
GovernmentInstitutionsBusinessesResearchers
GovernmentInstitutionsBusinessesResearchers
Indo-European Water Partnership: EBTC role
• Evaluate the most relevant, state of the art technologies• Transfer skills and technology for long term sustainability and project payback• Inputs to water policy, governance modalities, economic analysis• Integrate financial actors
Link for EU-India Business and Research collaboration on WaterEngagement platform for India
• Federal level, State level, Municipal level• Consolidated access to European technologies and solutions
Repository of consolidated information• See EBTC report on Ganga: http://www.ebtc.eu/ganga-study• Scoping Study for the Indo-European Water Partnership & Cooperation Plan on
the Ganga
EU-India Water Platform: Capability matrix
No. of companies wihtin each Focus Area's value chainCo's with relevant
experience from EUFOCUS AREA Feasibi.
Study Design EPC Project Mgmt O&M Capacity
Building Monitoring
Municipal Waste Water 25 30 26 25 22 24 23 29
Industrial Waste Water 20 23 16 16 14 18 15 17
Sustainable Waste 14 18 16 14 12 13 11 18
Sustainable Agriculture 19 22 12 17 13 17 19 22
Flood Protection 22 23 10 15 16 16 19 20
Navigability 11 11 4 9 7 8 10 9
Decentralised Sanitation System 12 12 12 11 9 10 11 12
The currently nearly 50 EU companies registered on the platform are mapped according to their strengths in the focus areas and respective value chain position
Meeting with Businesses: Today’s objectives
Present EU solutions• Innovative solutions• Advantages of solutions• India relevance• Experience, demonstration sites
Open discussion: MoWR, NWM, NCMG and EU businesses• On requirements, priorities• Immediate combined action
Suez offers two flagship technologies:• Densadeg, a robust, condensed and multipurpose
decantation process
• Biofor, a compact ,fixed-biological-culture treatment system,
Municipal sewage: Innovative Solutions
Municipal sewage Innovative Solutions• The treated wastewater will be reused as make-up water by local industries and the nearby power plant
• Compact in size
• It is a first for India, the plant is equipped with a deodorising system for the treatment of wastewater in order to limit unpleasant odours
• Green Power – through biogas generation
RAILWAY LINE
RIVER YAMUNA
DELHI SECRETARIAT
OVER BRIDGE
Suez Experiences: Urban WWTP in Delhi • Name of the Project: DBO contract to build an urban wastewater
treatment plant at Delhi Gate Nalla with a capacity of 68 MLD.• Location : Delhi, India• Client: Delhi Jal Board• Contract Value: € 29 Million • Contract Period: 2 years• O&M: 11 Years
Suez Experiences: Background of the Project• New Delhi. Faced with a booming population.• Project Under Yamuna Action Plan II.• Funding: Bilateral project between the Indian and Japanese
governments • Rehabilitating the quality of water in the Yamuna River, which provides
over 70% of New Delhi’s water.• Site Constraints:
• Limited Space • Site next to Secretariat and other high profile areas
Municipal Sewage: Nereda® solution
Solution Comparison: Classic SBR vs. Nereda®parameter
Process Cycles 1. Fill, 2.Intermittent aerate, 3. Settling, 4. Draw
1. Fill and decant, 2.Aerate, 3. Fast settling
Decant moving fixed
MLSS in reactor 3 - 5 kg/m3 8 - 12 kg/m3
Exchange ratio 15-25% 40-70%
N-removal good via intermittent aeration extensive & simultaneously
P-removal chemical biological + bio-induced chemical
Effluent quality good better
Process stability fair to good good to excellent
Footprint 100% < 50%
Energy consumption 100% < 90%
Variation in aeration demand large smaller
Sludge production 100% similar or lower
CAPEX and OPEX 100% significantly lower
Classic SBR
Royal Haskoning Experiences: Vroomshoop & Garmerwolde WWTPs (NL)
Figure 1: Flow scheme at Vroomshoop WWTP with full hydraulic routing options
Municipal Sewage: Wastewater Treatment Plants (WWTP)
Advantages & innovation:• Populations varying in size• Domestic wastewater treatment• Industrial wastewater treatment• Populations with strong seasonal fluctuations• Plants located on small sites • Plants with serious visual/environmental
integration problems• Plants with different discharge levels• Reuse treatments according to their application
Acciona Experiences: Atotonilco WWTP, Mexico DC
Atotonilco WWTP - Mexico DC, Mexico.Plant capacity: Client name:3024 MLD ConaguaDesign period: Contact Details:
2009-2010 Insurgentes Sur 2416 Col. Copilco
Construction period: El Bajo, Delegación Coyoacán
2010-2013 México D.F., C.P. 04340 Operating period: Project Value:
2013-2035 $806M
Largest STP in the world with 3024 MLD – Scalability, value for India
Industrial Effluents: Activated Filter Media (AFM)• AFM will make any sand filter operate twice as good.• AFM will remove 10 times more sub 5 micron particles than sand. • AFM will reduce operating costs, typical ROI under 3 years.AFM should never need to be replaced
Dryden Experiences: Textile WW treatment, Dhaka
Textile waste water discharge into river, 100% of rivers and 70% of aquifers are grossly polluted around Dhaka:10,000m3 day of dye waste water
• Dryden Aqua have designed and will commission a zero impact waste water system in June 2016• 10 mega watts/hr energy recycling• Up to 80% of water recycled• Eventually, the water will be desalinated and recycled up to 100%• Client is Dird in Dhaka, the system will be used as a template
• System uses stabilized biological treatment with 500 Dryden air diffusers, advanced coagulation and flocculation followed by AFM filtration.
• Energy and water saved gives a ROI under 2 years
Industrial Effluents: HydroCurrent™ technologyHydro Industries UK is a water based organisation developing, designing and operating Electro based solutions for water purification and industrial effluent processing.
Sectors:• Mining • Steel Production • Marine Salvage • Construction• Oil & Gas
Hydro Experiences: Morgan Electro Ceramics, North Wales
The HydroCurrent™ system treats up to 7000litres/hour removing lead, chemical oxygen demand and suspended solids consistently from an incoming water quality which varies greatly.
Water Quality Monitoring: s::can overview
SpectrometerProbes
ISEProbes
PhysicalProbes
i::scan
S::can Experiences: A monitoring network linked to a central database• systems for large monitoring applications
(rivers, lakes, etc)• interconnection of multiple s::can monitoring
systems • on-line & in-situ• automatic data transfer via GPRS/UMTS• automatized data handling on FTP server• display and evaluation of spectral data• visualization and control of data• GIS-system• delta spectrometry
S::can Experiences: Real Time Water Quality
Monitoring Stations, Ganga BasinRemote water monitoring station in
Allahabad (monitored parameters: TSS, COD,
BOD, EC, pH, Temp, NH4, DO, Chloride, NO3-
N
S::can Experiences: Real Time Water Quality Monitoring
Stations, Ganga Basin
The remote stations are field operational and tolerant to extreme environmental conditions in India, in high or low temperatures, high humidity coastal conditions and high temperature desert conditions.
Monitoring stations in Kannauj and Patna.
S::can Experiences: Real Time Water Quality
Monitoring Stations, Ganga BasinMeasurement results from Okhla: Continuous results every 10 minutes, automatic file transfer.
GIS based Ganga river basin mapping: Tailor made software solutions
Manage, organise and analyse large amounts of data
Make wise and robust water management decisions
Get the full benefit of real-time monitoring & early-warning systems
Optimise operations and planning
Early warning and forecast system in Slovenia
Optimised river operations inNew South Wales, Australia
Improved information
management in the Lake
Victoria Basin
Sharing water resources fairly in
the Nile river basin
GIS based Ganga river basin mapping: A Framework
GIS based Ganga river basin mapping: MIKE
Experiences: Nile Basin Decision support system
Participants: