SUEZ: Sustainable Solutions for Desalination & Water Reuse

SUEZ: Sustainable Solutions for Desalination & Water Reuse Miguel Angel SANZ Director of Strategic Development - SUEZ Treatment Infrastructure IDA Director SP2017 World Congress Technical Chair SIWW 2016 Desalination & Water Reuse Business Forum, Singapore 13 July 2016 1 I

Seawater Desalination: Sustainable Solutions for Desalination & Water Reuse 00 SUEZ 01 Desalination and Sustainable Solutions 02 Masdar: Next Generation in Desalination 03 Case Studies 2 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016

SUEZ, ready for the resource revolution WATER & TREATMENT INFRASTRUCTURE RECYCLING & RECOVERY 92 000 000 people supplied 1 200 drinking water facilities 65 000 000 People served 2 300 waste water treatement sites 44 000 000 tons of treated waste 57 000 000 People benefiting waste collection 47 Incinerators worldwide 5 138 GWh produced annuallly with waste 10 000 000 people receiving desalinated water Over 250 Desalination Plants Presence in 70 countries over 80,000 employees 15.1 billion turnover in 2015 323,000 industrial and business customers 14 000 000 tons of valorized waste 3 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016

Wide portfolio of SUEZ Treatment Infrastructure water municipal Drinking water Landfill municipal & industrial Desalination Wastewater & reuse Biosolids waste Sorting & recycling Incineration (Energy from waste) Organic waste treatment industrial Process water Hazardous waste treatment 4 I Design, Construction, Operation and Maintenance and Financing EPC, DB, O&M, DBO, BOT, BOO, SUEZ - MA Sanz SIWW 2016 10/14 July 2016

Desalination: Our long Commitment World Desalination : Almost than 15,000 plants in operation or under construction Able to supply 85,500,000 m3/day In 150 Countries SUEZ s Desalination: PIONEERS: OVER 45 YEARS EXPERIENCE FOR SUSTAINABLE DESALINATION Installed capacity by country: < 10 000 m3/d > 10 000 m3/d < 50 000 m3/d > 50 000 m3/d < 100 000 m3/d > 100 000 m3/d < 500 000 m3/d > 500 000 m³/d More than 250 plants Built or under construction Able to supply over 4,000,000 m 3 /day 1,800,000 m 3 /day RO under SUEZ O&M O&M DB DBO BOT RO Leaders today: 11 RO Plants over 100,000 m³/day each 6 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016

Energy Consumption: evolution & optimization in SUEZ references kw.h/m3 Years 10.00 9.00 8.00 7.00 6.00 5.00 4.00 3.00 2.00 1.00 0.00 1st RO pass Consumption Total Consumption Historical Evolution of Energy Consumption in SWRO Theoretical Limit for TDS of 36000 a 39500 mg/ln(100% efficiency and Osmotic Pressure) 1970 1975 1980 1985 1990 1995 2000 2005 2010 2015 2020 Year 1972 1983 1987 1992 1997 1999 2002 2003 2006 2009 Plant Ouat I. Lanzarote I Costa Teguise- Pajara- Fue. Telde- GC Bahia de Palma Carboneras Fujairah Perth Llobregat Site France Canary I.-SP Canary I.-SP Canary I.-SP Canary I-SP Balearic I.-SP Almería-SP EAU W. Australia Barcelona Production(m3/day) 70 400 2000 2500 15000 68000 120000 170500 143700 200000 TDS (mg/l) 37500 37500 37500 37500 37500 39500 39500 39000 36500 39500 Energy Recovery No ERD. TP Guinard TP Rev.P. TP Pelton TP Pelton TP Pelton TP Pelton TP Pelton ERI ERI Rack size(m3/day) 70 400 1000 2500 5000 7500 10000 11500 14500 21000 RO Passes 1 1 1 1 1 1 1 2 (85%) 2 (100%) 2 (20%) Evolution & Innovations Size of the plants Membrane evolution E. Recovery systems 1.75-1.50 2012 Melbourne Victoria-AUS 445000 36500 ERI 21500 2 (100%) 2015 Barka Oman 280000 39000 ERI/WS 26000 2 (30%) 2016 Rosarito Mexico 190000 36000 ERI/WS 28000 1 7 I SUEZ - MA Sanz Seawater Desalination: Environment & Sustainability

Renewable energies: Getting the 0 Carbon footprint Pioneers using Renewable energies in SW desalination 2006- Perth, Australia, 145 000 m 3 /day. First large facility in the world to be Powered by Renewable Energy. Wind Farm 83 MW, 150 % plant annual needs. First SWRO Plant @ 0 Carbon footprint 2009- Barcelona, Spain, 200 000 m 3 /day. Photovoltaic panels on roofs 1,3 MW, 20.372 m2 of surface. Saving 850 CO2 T (2% approx. of overall consumption) 2012- Melbourne, Australia, 450 000 m 3 /day. 3 rd largest SWRO in the world and the largest BOT in water treatment. Renewable Energy Certificate (REC) 2 Wind Farm with a total of 483 MW >> 90MW of max. plant need. Green Plant in 225 Ha @ 0 Carbon footprint 8 I SUEZ - MA Sanz Seawater Desalination: Environment & Sustainability

Masdar: The Renewable Energy Desalination Pilot Plants MASDAR RE & SW DESALINATION PROGRAM TARGETS More energy efficient technologies that can be powered by 100% renewable energy sources Technologies that are reliable, robust, bankable, and suitable for UAE seawater and environmental conditions Innovative solutions for potential use in the UAE on an industrial scale SUEZ: INNOVATIVE PILOTS The project covers the design, construction, commissioning, operation, maintenance and evaluation of 2 pilot plants, over a period of 18 months. In the 1 st pilot SUEZ s plant reaches the potable water production of 100m 3 per day with the last generation of the Reverse osmosis technologies. Target of reducing the energy consumption of this experimented technology by around 10%. 10 I SUEZ has included a second pilot to test a breakthrough technology in desalination able to increase the overall permeate production using the bine as water source. Inaugurated in November 2015 SUEZ - MA Sanz SIWW 2016 10/14 July 2016 @ Ghantoot

LIM Technology: A New Hybrid RO BRINE LIM PERMEATE LIM EXCHANGER LIM REGENERATION LIM SuperBRINE 11 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016 LOW GRADE WASTE Temp. < 90 C Heat Liquid Ionic Membrane

Masdar: SUEZ Ghantoot Pilots, January 2016 12 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016

Working for the Next Generation of Sustainable SW Desalination Plants Energy Source: Conventional CCPP Wind Farm PV CSP Geothermal Mixed solution Heat from Industry E Seawater Grid Pretr. SW RO Desalination RO Brine E Postr. Water W H EXCHANGER LIM REGENERATION Waste Heat E BRINE H 13 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016

REUSE Case Studies West Basin, California, USA Doha West, Qatar Wastewater from Los Angeles DBO Contract signed in 2005 Hyperion WWTP. WWTP capacity: 135 MLD (from 2009) PPP for 20 years. 110 MLD Increased to 280 MLD to handle the wastewater from 1,040,000 PE from Doha Combinations of technologies are used With its state-of-the-art membrane UF system, the facility can recycle 100% of the wastewater water for 300 customers: Industrial, to produce 5 different types of treated Commercial & Public Agencies Use of the recycled water: 55% sent to farms 42% sent to green areas of Doha 3% for aquifer injection Aspire polishing plant with RO treatment to supply water for FIFA WC 2022 main stadium area. For Irrigation, lake and cooling. 15 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016 Edward C. Little Water Recycling Facility

Desalination & BOT Case Studies Victorian Desalination plant Melbourne, Australia $A3.5 billion project Largest Water BOT in the world. 30 years 450,000 m3/d of water produced 4 million of people served 3 rd largest SWRO in the World 84 km underground water transfer pipeline, 87 km underground power line 225 ha ecological reserve 100% of the energy required offset through Renewable Energy (Wind) 2010, 2013 & 2014 Global Water Awards 16 I SUEZ - MA Sanz SIWW 2016 10/14 July 2016 Barka IV Desalination plant Oman IWP- BOO, 20 years 280,000 m3/d of water produced Largest SWRO Plant in Oman For Oman Power and Water Procurement (OPWP) Contract signed in March 2016 SPC Partners: Itochu, Suez, Engie & Towell Eng. Suez TI in charge of 100% EPC DAF, DMF and 2 stages RO. Suez and Engie built also Barka II To supply Dinking water in 2018.

Thank you for your attention Miguel Angel SANZ Director of Strategic Development - SUEZ Treatment Infrastructure IDA Director SP2017 World Congress Technical Chair SIWW 2016 Desalination & Water Reuse Business Forum, Singapore 13 July 2016 17 I