Masdar New Presentation Dec 09
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Transcript of Masdar New Presentation Dec 09
Presented byPresented by
Presented byPresented by
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Agenda
THE MASDAR INITIATIVE
MASDAR CITY OVERVIEW
LIFE IN MASDAR CITY
DOING BUSINESS AT MADSAR CITY
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Masdar’s mission
Masdar is Abu Dhabi’s Future Energy Company
It is a wholly-owned subsidiary of the Mubadala investment company and has a multi-faceted mission to:
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Masdar’s business units
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• Masdar Institute• Masdar City
• Masdar CleanTech Fund
• Direct Investments• Masdar City
• Masdar investments• Manufacturing• Deployment• Masdar City
The Cleantech lifecycle
STAGE 1 STAGE 2 STAGE 3
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Masdar Institute
A graduate level, research driven university in partnership with MIT Offering Master’s and PhD programs in science and engineering disciplines, focused on alternative energy, environmental technology and sustainable development.
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Masdar Institute
100 students commenced studies Sept 2009 Occupying a new campus located at Masdar City
in early 2010 Full bursary for all students
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Masdar Institute profile
Independent, not-for-profit, research-driven graduate level institute
Developed with the support and cooperation of the Massachusetts Institute of Technology (MIT)
Offers Masters and PhD programs in science and engineering disciplines, with a focus on alternative energy and sustainable technologies
Welcomes and encourages applications from qualified local and international students and provides fellowships to talented students who meet its high admission standards
World class Faculty recruited with the assistance of MIT
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Masdar Institute vision
MIST VISION
To be a world class, graduate-level research and educational institution
Provide the world with future leaders and critical thinkers in science and technology
Position Abu Dhabi as a knowledge hub and engine for socioeconomic growth
MIST EDUCATIONAL PROGRAM MISSION
Provide students with the knowledge, skills and experience necessary for successful careers in industrial or academic roles in their chosen fields
Provide students with domain expertise and alternative energy and sustainable technologies and policies
MIST MISSION
Establish the nucleus of a high technology research development infrastructure
Develop a highly skilled pool of human resources capable of accelerating the development of indigenous technology and enterprise
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MIT involvement
Masdar Institute of Science and Technology is being established with the guidance and adviceof MIT, to be modeled academically and administratively after MIT
MIT Assists in Development of degree programs and curriculum
Recruitment of Faculty and high level administration
Joint collaborative research between MITand MIST faculty
MIST faculty spend up to one year at MIT working with their MIT counterparts on graduate course development and research projects
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MI educational program components
ACADEMICS Coursework
Provides technical and analytical skills Seminars, training sessions and workshops
Provides additional extent and breadth of knowledge
RESEARCH Thesis
Provides deep expertise in a topic of regional and/or global importance
Provides capabilities in planning, problem formulation, data gathering and integration, and communication
Multidisciplinary collaboration Provides broad perspective needed in both academia and industry
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Masdar Institute programs
2011
PhD Program begin
2010
Microsystems Electrical Engineering
2009
MSc Materials Science and Engineering
MSc Mechanical Engineering
MSc Engineering Systems and Management
MSc Information Technology
MSc Water and Enviroment
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Educational programme strategic design
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Research
Beyond classroom training, novel research is a key element of the MIST educational experience
Each student is required to complete an original thesis pertaining to a research topic of his or her choosing
Collaboration across programs is encouraged to provide an intellectually stimulating environment that fosters new innovations and ideas
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Research exchange mechanisms
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Masdar City
Masdar City will be a crucible for the discovery and development of clean and sustainable technologies. It will bring together government and academic institutions, multi-national and start-up businesses, and ambitious and motivated individuals, within the world’s first city for sustainable living. This city will provide a test-bed for emergent innovations and, in the process catalyse and world-class cleantech hub in Abu Dhabi.
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Home of Irena
The International Renewable Energy Agency (IRENA) is an intergovernmental organization focusing on renewable energies
The overarching goal of IRENAis a rapid transition towards the widespread and sustainable useof renewable energy worldwide
The IRENA HQ will be locatedin Masdar City in the MasdarHQ building
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Masdar power
As a renewable energy power project developer, Masdar Power adds renewable energy to the electricity generation mix on a world wide scale
The unit makes direct investments in individual utility scale projects in all areas of renewable energy and sustainability, with a focus on concentrated solar power (CSP), Photovoltaic solar energy and on and offshore wind energy
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Masdar power
Masdar Power is developing a 100MW CSP plant in the Western Region of Abu Dhabi Emirate, called SHAMS 1
International projects include the 1GW LondonArray offshore wind farm and a wind farm in the Seychelles that will provide 25 percent of the island’s energy needs.
The unit also is developing a 500 MW hydrogen-fired power plant in Abu Dhabi that uses advanced technologies to make hydrogen power commercially viable today by feeding the CO2 into the CCS network to be developed by Masdar Carbon.
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Solar investments – UAE
The Abu Dhabi is committed to a 7% target of renewable power capacity by 2020, which is 1,500 MW, mostly from solar
Masdar is investing in utility scale Concentrating Solar Power (CSP) and PV projects
CSP is a dispatchable renewable energy source and key to achieving a large part of the target.
Shams 1 is the first CSP plant using parabolic trough technology in Abu Dhabi. Masdar owns 60%, a foreign shareholder the remaining 40%
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Solar investments – UAE
Location Madinat Zayed, Abu Dhabi
Capacity 100 MW
Power generation 210 GWH/a
Start of operation 2012
Plant footprint 2.5 km2
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Solar investments – Torresol
Torresol is a Joint Venture between the Spanish group Sener and Masdar. The company develops, builds, owns and operates Concentrated Solar Power (CSP) plants.
Technology Focus: The Company focuses on Tower and Parabolic Trough technologies; all projects have storage capacity.
Markets: Torresol is currently building 3 plants in Spain (Fully project financed and EPC contracted), and is currently looking at opportunities in the Middle East, North Africa and North America.
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PLANT TECHNOLOGY LOCATIONCAPACITY
(MW)PRODUCTION
(GWH)
GemasolarCentral tower
Spain 17.5 ~100
Valle 1&2Parabolic
troughSpain 2 x 50 ~2 x 175
Solar investments – Torresol
PROJECTS
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Wind investments – London Array
Offshore wind is the fastest growing renewable energy sector with potential for 30 GW by 2020
Located in the Outer Thames Estuary, close to London (UK)
Will be the largest Offshore Wind Farm in the World, with a first Phase of 630 MW (1,000 MW consented)
Phase 1 will use 175 Siemens 3.6 MW wind turbines
Ramsgate
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Wind investments – London Array
Masdar is partnering with the leading Offshore Wind developers: E.ON: 54,000MW of installed generation
capacity including 2,000MW of wind
Dong: Number 1 offshore wind developer (330MW operating,1,200 MW in development)
Masdar owns 20% of the Project
Phase 1 project costs estimated ₤2.2bn
Project Completion: Jan 2013
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WinwinD represents a €120 million investment for Masdar in the high growth wind turbine industry, building out Masdar’s expertise across the wind sector value chain. The annual world wide wind turbine market presently represents $30bn.
Wind investments – WinwinD
TECHNOLOGY
Unique Multibrid technology
Combines the reliability of a directdrive with the compactness ofa traditional gear system
Results in high availability,high reliability, high outputand low maintenance costs
Installed base of ~250MW 3MW
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*Annual production capacity
Wind investments – WinwinD
MARKETS & FACILITIES
Two greenfield purpose built facilities completed in 2009 in Finland and India
Hamina, Finland facility produces 3MW turbines primarily servicing Nordic Europe and actively expanding throughout the continent
Chennai, India facility produces 1MW turbines and blades, supplying Europe, India and beyond
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Masdar clean tech fund
INVESTMENT CRITERIA
Range preference of $5M to $50M per investment distributed evenly through Series A-D rounds
Breakthrough technology with solid intellectual property protection
Strong management teams
Global scope
INVESTMENT FOCUS
Power generation, Storage, Transport, Water, Waste management, Advanced materials, Building efficiency, Power grid efficiency, Enabling technologies
International companies that Masdar can add value and strategic support of commercialization and productionin the MENA region
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MASDAR CLEAN TECH FUND I-$250M
Direct investments in 12 clean tech companies
Invested in 4 leading funds focusing on cutting-edge clean technology
By Stage
Early Stage($1-3m)25%
Late Stage(~$20m) 30%
Growth Stage($5-12m)45%
By Sector
FundInvestments30%
Other15%
Water20%
Masdar clean tech fund
Solar35%
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Masdar carbon
GOALTo become a leader in carbon reduction projects in the region
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OBJECTIVES STRATEGY
Masdar carbon strategy
Drive the progress to a low carbon economy in the Middle East & Africa
Become a global leader in carbon emissions reduction projects
Focus on target sectors: Oil & Gas, Renewable Energy and Energy Efficiency
Carbon Capture and Storage (CCS)
CDM projects
Build on Abu Dhabi’s energy legacy and position in the region
Establish partnerships with leading carbon players
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The CCS network project – Abu Dhabi
National Carbon Capture & Storage network CO2 capture from existing and future
power & industrial sources Transportation pipelines Injection in oil reservoirs for EOR
Targeting a significant cut to Abu Dhabi’s carbon footprint
Phase 1 project launched inAug 2008 (FEED) targeting 5 million TCO2 capture per year
Build an early model of large scale commercial stage application
Drive carbon capture technological progress
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End-to-end CDM solution
CAPACITY BUILDING
Institutional DNA, CDM project development, carbon markets for: Government institutions (Ministry of Energy, Ministry
of Environment etc.) Oil, gas and power companies Other industries (cement, sugar, fertiliser etc.)
ORIGINATE COMMERCIALISE
PROJECT IDENTIFICATION:
Opportunity assessment, project screening, feasibility studies and site inspections
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End-to-end CDM solution
CDM DOCUMENTATION
Project Idea Notes (PINs), Project Design Documents (PDDs) and new Methodologies
PROJECT MANAGEMENT
Technology sourcing, physical project management, local/UN approvals, verification, monitoring of emissions
CARBON FINANCE
Carbon asset commercialization, equity finance, project finance
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Clean development mechanism
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Process & responsibilities
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Masdar carbon
GEOGRAPHICAL FOCUSMiddle East and Africa (leads in Senegal, Cote d’Ivoire, Ghana, Angola, Nigeria, Togo, Morocco, Tunisia, Egypt, South Africa), Central Asia (leads in Uzbekistan and Azerbaijan)
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Masdar carbon
TARGET CDM SECTORSOil & Gas
Power
Renewable Energy
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Flare gas reduction and recovery project
Flare gas reduction and recovery project
CO2 recoveryfrom flue gas
Flare gas reduction and recovery project
Waste Heat Recovery 100 MW Concentrated Solar Power plant at MASDAR City
Low pressure gas network rehabilitation
Flue gas recovery for ammonia production
Masdar CDM project portfolio
Recovery and utilisation of flare waste gases
Fuel switch in industrial facilities
Energy efficiency improvements
Waste heat recovery
CO2 recovery
Pipe leak reduction
Waste to energy
Renewable energy (wind, solar)
Zero carbon – Masdar City
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World Future Energy Summit
The Davos of the renewable energy industry, that meets in Abu Dhabi every January.
There were over 18,000 attendees in 2009.
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World future energy summit
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Zayed future energy prize
Honoring those who have made the greatest contribution to renewable energy and sustainable living.The award winner has devoted more than 13 years of his life in developing one of the most successful market- based sustainable models to reach the off-grid rural people on a mass scale.
Under his leadership Grameen Shakti has installed more than 200,000 Solar Home Systems, to become one of the largest and fastest growing Solar PV programs in the world benefiting more than 2 million rural people all over Bangladesh.
2009 Winner Mr. Dipal Chandra Barua- Grameen Shakti, Bangladesh
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Location
The Masdar Initiative is based in Masdar City, Abu Dhabi.
The United Arab Emirates is strategically located at the crossroads between the east and west.
A gateway to the Middle East and North Africa, the Indian Sub-continent and Europe.
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Market opportunity
Access to emerging markets:
• MENA
• Indian Sub-continent
• Levant
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United Arab Emirates
UAE FAST FACTS
Population (2009): 4,800,000
Surface Area: 83,600 km²
GDP per capita (2008):
US$ 40,000
Exports (2008)US$ 210,500 (millions)
Imports (2008):US$ 145,800 (millions)
Major Trading Partners
(2008, % of Imports)
China (13.5%)
India (9.8%)
USA (9.2%)
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Masdar City location – Abu Dhabi
ABU DHABI FAST FACTS (2007)
Population: 930,000
GDP per capita: $64,300 USD
Annual Tourists: 1,800,000
Residential Units: 180,000 (approx.)
Office Space: 1,400,000 m²
Industrial Space: 4,000,000 m²
Tertiary Institutions: 13
Source: Plan Abu Dhabi 2030, EIU
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MENA & GCC economic outlook
MENA is growing ahead of the global economy
Emerging markets have contributed 2/3 of global growth since 2002.
EM Major beneficiaries of ‘Great Moderation’ – the large decline in the volatility of inflation and real GDP – starting in the early 1980s.
Increased evidence of ‘de-coupling’ from US/EU business cycles
MENA countries have achieved above trend average real GDP growth (5.9%e over 2004-2008).
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MENA & GCC economic outlook
GCC have achieved average real GDP growth of 7.9%e over 2004-2008 vs. 4.6% in 1998-2003, with increased diversification of economic activity, while in nominal terms growth has averaged over 25% p.a.
Growth is investment led with strong private sector participation and record FDI levels.
Investment & infrastructure leading to an increase in productivity growth, economic diversification and absorptive capacity.
Positive demographics & migration sustaining low labour costs & output growth.
Total GCC medium-term project investments stood at $2,193bn. Of this 41.8% ($918bn) is within the UAE.
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UAE double taxation agreements
Algeria Canada India Malaysia Philippines Thailand
Armenia China Indonesia Malta Poland Tunis
Austria Czech Republic Italy Mauritius Romania Turkey
Azerbaijan Egypt Japan Mongolia Seychelles Turkmenistan
Belgium Finland Jordan Morocco Singapore United Kingdom
Belorussia France Korea Mozambique Spain Ukraine
Bosnia Germany Lebanon New Zealand Sudan Yemen
Bulgaria Holland Luxembourg Pakistan Syria
The UAE has signed double taxation treaties with over 45 countries
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Financial crisis– impact on MENA & The Gulf
MENA, especially the Gulf region, has not been severely hit by toxic assets and financial turmoil thanks to: Profitable domestic markets Small stock of outstanding securitised/structured products Limited expertise in managing structured investment products Regulatory/prudential requirements limited exposure to sub-investment
grade investments & instruments Growing importance of and compliance with Shari’a Ample liquidity from the increasing net capital flows (due to high returns) and
from oil exports Fiscal discipline and sizeable stock of foreign assets
However the drop in oil price will cloud the outlook and put strains on public finances
Contagion came from the equities slump as a resultof deleveraging, the ensuing global credit crunch,and – needless to say – a drop in commodity prices
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Masdar City
Masdar City is a 6 sq km cleantech cluster that has been designed using traditional arabic principles of architecture and planning, combined with the latest environmental technologies to create a carbon neutral, sustainable, low waste city that provides an attractive quality of life.
An international seat of learning, specialising in sustainable and alternative energy study is at its heartand will help Masdar City to become an hub of research and development into these critical
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Masdar City
It is a development model that encourages innovation and partnership in the research and development of different environmental technologies.
It is within a business environment that is designed to promote entrepreneurship, by reducing bureaucracy and increasing incentives, including a zero tax footprint.
The City is ideally located at the crossroads of one of the fastest growing regional economic areas, and offers easy access and a secure regulatory system to facilitate trade and development within this area.
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Masdar City – site
Masdar City brings together all of the functioning aspects of a modern city while reducing the environmental impact without sacrificing the quality of life.
Reinvention of the traditional Arabic city where the person, not the vehicle is paramount.
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Masdar City – site
MASDAR CITY FAST FACTS
Total Site Area: 700 ha
Large Square:Small Square:Supporting Infrastructure: Landscape:
225 ha55 ha45 ha375 ha
Resident Population: 40,000
Commuters: 50,000
Residential Density:140 People/Hectare
Peak Daily Density:245 People/Hectare
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Masdar City’s phased development
The Phased developmentof the Cleatech test bed.The phasing allows the testing and development that will take place during the construction and operationof Phase 1 to be includedin subsequent phases.
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Masdar City
A Sustainable City providing the highest quality of life with the lowest environmental footprint
Cleantech Cluster
Powered by 100% Renewable Energy
Zero Waste
Carbon Neutral
Fossil fuel Free
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Masdar City
OBJECTIVES Nurture innovation and promote invention
Set ambitious challenges, and assist partners to achieve them
Prove that sustainable living can enhance quality of life
Have registered a significant number of meaningful new patents by 2015
Improve PV cell efficiency by 30% by 2020
Achieve solar grid parity by 2020
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Masdar City is unique
The city will be powered entirely by renewable energy The city has been designed to operate as efficiently as possibly,
and to utilise the latest energy efficient technologies and design The city will contain the world’s first city-wide, carbon neutral
public transportation system The city has a ‘low water use’ objective The city’s ‘Test bed’ concept means that it is being designed,
developed and occupied through innovative technology-development partnership Pushing the boundaries of construction technologies
to achieve sustainable breakthroughs Full-support and partnering to achieve these objectives In-city testing of emergent technologies
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Cleantech cluster
Flagship tenants include: IRENA, GE, BASF...
Pro-business environment
Strategic access to markets
Access to R&D and Business incubation funds
0% import tariffs
0% business or personal tax
100% foreign ownership
No restrictions on capital movement
Very robust IP protection
Special, best practice, legal and regulatory regime
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How does the city work?
Intelligent planning and design
Carbon neutral power supply
Carbon neutral transportation and mobility
Low water use and carbon neutral production
Low waste
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Inspiration from traditional arabic cities
Narrow streets
Natural shading
High Density/Low Rise Living
Public spaces
Mixed Use
Walkable
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City layering
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A city powered by renewable energy
100% renewable energy
170 MW from Photovoltaics
<30 KWh per capita per day energy usage (9x LESS than USA)
Less energy usage results in a lower per sq m cost
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In partnership with:
10MW photovoltaic plant in operation
5MW thin-film and monocrystalline
Registered under the UN’s CDM programme
Connected to the Abu Dhabi Grid
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Carbon neutral
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Integrated mobility
Walking, electric vehicles, cycling, PRT and LRT arethe modes of transportation within Masdar City
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PRT
Car Park (outside)
Transportation grid
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Integrated mobility
Interior view of the PRT
PRT FAST FACTS
PRT Vehicles 3,000
PRT Stations 85-100
Max. Walking Distance to PRT Station
150 m
Personal Rapid Transit (PRT)
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Waste management strategy
50% of materials recycled
33% waste-to-energy
17% composting
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Sustainable supply chain
Tracking the carbon footprint and embedded carbon of all products going into Masdar City
Detailed life-cycle analysis of all products (cradle to cradle)
Assisting partners in developing a more efficient supply chain
Creating a database of “Masdar Approved” products
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Water strategy
Reduce consumption to 100 L/p/d
Reduce water leakage to 3%
Recycle 90% of grey water
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Sustainability approach
“Triple Bottom Line” approach to Sustainable Development
Sustainability Management Systems
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Why Masdar City?
Masdar City is conceived to drive innovation and business success in the Cleantech sector
Masdar City provides a strategic platform delivering access to key markets
The Masdar Vision presents opportunities for a rangeof partners
Masdar City’s unique architectural concept enhances quality of life whilst achieving considerable improvements in sustainability and providing opportunities for important research and technology testing
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Opportunities
ICT
Transportation
Energy Utilities
Infrastructure City Management
Real Estate
Architecture and Planning
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