The vision of Masdar City (the world’s first zero-carbon city to be created before 2020) was shared by the Masdar City team at a September 16, 2009, business-to-business seminar held at MaRS. The seminar attracted nearly 70 cleantech suppliers, green technology leaders, government policy makers and sector funders. This is an overview of the Masdar City Sustainability & Tech Roadmaps, presented at this seminar.

1. MasdarSustainability & Technology Roadmaps By: Dr. Nawal Al-Hosany Associate Director – Sustainability Mark Bone-Knell Department Manager – Intellectual Property

2. Outline Introduction Sustainability Definition Sustainability Approach at MasdarCity The Masdar Technology Roadmap Potential Areas of cooperation

3. What is Sustainability?

4. What is Sustainability? Reducing our impact on our planet and a better way to do business Earth's resources MUST be used at a rate at which it can be replenished. Protecting our environment (future generations) Being as energy efficientas possible Reducing and recycling waste Minimising pollution

5. What is Sustainability? … a better way to do business … a value-added, problem-solving approach … the practice of delivering solutions that create a desirable future for people, business, environment … a healthy state of dynamic balance between human and natural systems “In the 21st Century, global citizenship is not just a corporate responsibility, but also a prime business opportunity to grow our company in new ways.”— Debra Dunn, Senior VP, Hewlett-Packard

6. Masdar City sustainability vision A Sustainable City providing the highest quality of life with the lowest environmental footprint Carbon Neutral 100 % Renewable Energy Zero Waste Fossil Fuel Free Zone

7. Masdar’s Strategic Objectives Promote Triple Bottom Line (TBL) excellence and integration Be a catalyst in TBL and cultural transformation of the region and beyond Create innovations and practices that provide a “Masdar Product Line” Assess new creative sustainable solutions and practices Encourage sustainable practices, addressing challenges, and to further global knowledge

8. Masdar’s Sustainable Solutions Defined Sustainable solutions create tenant value and innovation from economically viable, environmentally sensitive, and socially responsible approaches: Apply sustainability principles to planning, design, construction, and operations Favor long-term, systems-oriented, high-value problem-solving Reduce life cycle costs Reduce energy, water, and material consumption Reduce waste in all forms, including emissions and heat Engage tenant employees and stakeholders positively Protect natural resources for use by future generations

9. MASDAR requires a spectrum of solutions Selection of resources and technologies Criteria for success Technology Specifications Land Use Plan Phasing and financing Detailed design and construction Master Plan Design Phase refinement Regulatory Controls Vendor proposals Site conditions Physically-based detailed modeling Integrated Systems Model KPIs Sustainability Dashboard

10. Sustainability Management System Measure Visualize Manage Operate

11. Sustainability Performance Themes

12. 100% Renewable Energy

13. Carbon Neutral

14. Balancing Passive and Active Strategies

15. Zero Waste

16. Water Conservation

17. Mobility No fossil fuel cars Walking Cycling Segways

18. Benefit of Being a Masdar “Strategic Enterprise” Decline in Living Systems Consequences for Business: Governments, standards, regulations Competition, prices, shortages, insurance Customer pressure, boycotts, bad publicity Employee recruiting, retention Community expectations and relations Defensive Enterprise Masdar Strategic Enterprise Time Population and Demand (Population x Affluence)

20. Context-Sensitive & Cultural Solutions

21. Green Buildings

22. Community Engagement

23. Ecological Currency

24. Natural Water Treatment

25. GHG Mitigation

26. Renewable Energy

27. LEAN Manufacturing

28. Green Chemistry

29. By-Product Synergy

30. Industrial Ecology

31. Pollution Prevention

32. Corporate Social Responsibility

33. Social Impact Analysis

34. GHG Mitigation

35. Base development ratio

36. Total Land Solutions

37. Green Buildings

38. Green Deconstruction

39. Env’l Mgt Systems

40. Sustainability Master Planning

41. Renewable Energy

42. Energy EfficiencyCity provides systems-oriented, long-term solutions to complex problems - the hallmark of sustainable solutions for the future!

43. The Masdar Technology Roadmap Process By: Mark Bone-Knell Department Manager – Masdar PDU Intellectual Property Knowledge Management Technology Roadmap Delivery

45. Create enhanced business value to complement the business model & close gaps

46. Capture integration across Water, Waste Management, Energy, ICT, and Transportation

47. Driven from global market analysis, international partners, global leaders and innovative companies in the industry sectors

48. Provide solutions that incorporates the highest technological solution with operations flexibility and asset integration

49. Contain recent and pending technology breakthroughs, new combinations of existing innovations, and side benefits

50. To provide a platform for future technology commercial deploymentDecision Framework

51. Roadmaps decision framework

52. Technology Gap Analysis The Technology Roadmap process is tailored to identify the key gaps in the demands / expectations across all technology sectors: Water Waste Energy / District Cooling ICT Transportation

54. Dry MRF + In-Vessel Composting

55. Biomass burner – construction wood waste

56. Waste minimization and AWCS

57. Alternative water options-Dew/Fog collector

58. Reduce undercroft lighting and ventilation

59. Reduce non-resident building electrical load

60. Geothermal energy + pumping to demand

61. Reduce street lighting load

62. Add 1 MW PV ground mount to 10 MW farm

63. Eliminate blackwater treatment electrical load – use biogas from anaerobic digestion

64. Reduce water distribution energy load

65. Water supply from seawater or groundwater

66. RO desalination plant on-site

67. Flora/Fauna/Wildlife/People optimization

68. Increase electrical distribution efficiency

69. Reduce ICT and PRT demand28% Energy gap compare to 44% gap for 10% better than AD reference results 11% Energy gap compare to 31% gap for demand < 40% AD reference w/Roadmaps Use Seawater or Off-Site Ground Water for potable water w/Green Power at intake or well location On-site Desalination, Brine Management & Reuse All Energy Projects in top 31 ranked Roadmaps

71. Grey Water Pilot

72. Desal Demonstration

73. CPV Study

74. CSP Study

75. PV Studies & Pilots

76. Cleaning/Shading

77. PRT/DC

78. Vertical Farming Demonstration

79. Waste Management

80. In-Vessel Composting Pilot

81. Construction Waste to Energy

82. Vacuum Waste

83. Demand Cooling Reductions

84. Triple Effect Absorption Chiller Pilot

85. Solar/Thermal Test Farm

86. Liquid Desiccant Pilot

87. Smart Home Appliances

88. Geothermal Pilots

89. International Villas Competition

90. Low Carbon Concrete Competition

91. Enhanced Ground Improvements for Piling

92. SMS Tool

93. Masdar Premium Tool

94. EMS Energy Audit Tool

95. Solar Salt Water Pond Demonstration

96. Solar Magic Demonstration

97. A/C Energy Saving Demonstration

98. Energy Thermal Piles Demonstration

99. Demand Modeling & Optimisation Tool

100. Ultra Low Consumption Appliances & Sensors

102. Carbon Sequestration Studies and Pilots

103. Energy and Thermal Storage

104. Energy System wide monitoring and optimizing

105. Shading Efficiency Reduction Prevention

106. Demand Reductions

107. Thermal and Electricity Passive Supplies

108. Cooling Systems (dry and hybrid)

109. PV & Panel Cleaners

110. CSP

111. Inverters Technology

112. Biofuels (Biogas and Biofuels)

113. Liquid and Dry Desicents

114. Algae Production and Fuel

115. DC Grid

116. Smart Grid and Buildings

117. Wind, NanoTechnologies

118. Biodiversity:

119. Food Studies, Codes, Pilots to reduce carbon footprint

120. Flora and fauna Studies, Codes, and Demonstrations

121. Wildlife Protection and Sustainable Mixtures

122. People Biodiversity Studies and Optimization

123. Farming and Plants Demonstrations

124. Allowable genetically modified plants study

125. Non-Profit Research Associations

126. Carbon Sequestration

127. Water Treatment Optimization

128. Desal

129. Brine Treatment and Reuse

130. Energy Optimization for Utilities

131. Waste to Energy

133. Water Supply Treatment and pre-treatment of groundwater

134. Brine Management for hyper-saline groundwater

135. Distribution and Collection Systems Leak Detection/Prevention Strategies

136. Wastewater Treatment

137. Smart Irrigation Systems

138. Open Call for Water related Innovations from Global Market

139. Greywater Treatment

140. Storm water Treatment, Storage, and Management

141. Biosolids Management

142. Reuse

143. Vacuum Systems and Distribution

144. Transportation:

145. Car Parks

146. Goods and Services Coordination

147. Response Optimization

148. Communications

149. Coordination

150. Waste Management:

151. Waste Management and Handling Facilities

152. Waste to Energy

153. Biomass to Energy

154. In-Vessel Composting

155. Biomass Reducers

156. Waste Reuse/Recycle

157. Food Management and Recycle/Reuse

158. Biofuels – biogas and biodiesel

159. ICT:

160. Voice Communications

161. Centralized Database

162. Smart Buildings

163. Systems Integrations

164. Emergency and Fire Coordination

165. Security

166. Operations

168. ‘Give me a long-enough lever and a place to stand, and I will move the World’Archimedes, 250 B.C. 29 The potential for global impact

169. Thank You