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Disaster Resilience - Infrastructure to Combat Climate Change Creating Disaster-Resilient Communities ICC Hong Kong, May 30 th, 2007.

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Presentation on theme: "Disaster Resilience - Infrastructure to Combat Climate Change Creating Disaster-Resilient Communities ICC Hong Kong, May 30 th, 2007."— Presentation transcript:

1 Disaster Resilience - Infrastructure to Combat Climate Change Creating Disaster-Resilient Communities ICC Hong Kong, May 30 th, 2007

2 What’s an Arup?

3 Drivers of Change Climate Energy Water Waste Demographics Urbanization

4 Definition Disaster Aversion: mitigating disasters we are causing or causing to accelerate Disaster-Resistance: designing systems to withstand events (typically through single- system approaches) Disaster-Resilience: designing flexible, adaptive and redundant systems, typically through an integrated approach

5 At what scale should we be addressing these issues? Increasing dependence on large- scale grids/distribution systems = increased vulnerability to climate change/disasters (mega-farms, national energy grids, telecoms, etc)

6 Vulnerable Communities (metropolitan areas) Growing urban populations stressing existing resources/systems Poorly articulated growth strategies promote consumption of natural buffers/critical areas Distributed governance responsibility = difficult coordination / slow reaction Corporate resilience heavily linked to resilience of public infrastructure = threat to competitiveness in global economy

7 Characteristics of Disaster-Resilience Communities Link prevention strategies with buildings/infrastructure (critical facilities) Buildings fail gently at specific points Energy, water, communications strategies can function detached from local / regional / national grids Industrial / food strategies, warehousing Performance-based regulatory schemes encourage innovation

8 Examples Non-bonded braces (seismic zones) Energy independence – wind, sun, biofuels Fuel cell powered buses (Dongtan) and ferries (Treasure Island) double as back up power for critical facilities Integrated design approach to high density compact development = energy efficiency, more open space, reduced infrastructure costs Recycling 100% water to live within community’s water budget

9 Conclusion A sustainable (integrated design) approach is the most rational pathway to long term value creation and competitive advantage The most robust of all risk management strategies: depth, breadth, at intersections and over time. Without an economic lever customary belief is difficult to dislodge To optimize conditions for human development over time a city must be environmentally, socially, economically and culturally sustainable

10 Thank You


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