Underground space development for sustainable urban development – the Singapore experience
ID:415 View Protection:ATTENDEE Updated Time:2022-05-20 11:02:28 Hits:580 Invited speech

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Abstract
The underground has been increasingly recognized as an important resource and part of the solutions to meet the needs for sustainable urban development. However, despite its promise and many benefits, the use of underground space has tended to be the last resort, due to high development cost and the complexities and challenges in its planning and development. Underground space development is complex because of the large size and budget of the development, the multi-disciplined nature of such projects, the long lead time in the planning and development, and the large number of and often diverse types of components or subsystems and stakeholders. The dynamic nature involving multiple time scales, which often outlive the technology cycle time, means that the requirements often change with geopolitical events and other economic and social development in society. Amidst such complexities, the task is often made even more difficult due to lack of long-term planning and coordination which results in high cost due to many constraints and construction in highly developed and congested urban settings.

While the use of underground space in Singapore has been largely driven by resource constraints such as land space and water, there are many major benefits for sustainable urban development. In 2010, the Economic Strategies Committee of the Singapore government made developing underground space part of the government’s long-term economic strategy with specific recommendations on master planning, geological investigations, investment in research and development, and addressing various legal and policy issues. With this, the use of underground space has been elevated to a strategic level and has become an economic imperative in resource-scarce Singapore.

Based on the experience of Singapore, this presentation discusses the key sustainability issues and the important roles that underground space can play in responding to these issues. It gives an overview of underground space use, recent developments, and future perspectives in Singapore, discusses key challenges, and examines possible strategies and key lessons for optimum use of underground space as part of Singapore’s sustainability efforts.
Keywords
Underground space;Sustainable development;Singapore
Speaker
Yingxin ZHOU
Academy of Engineeirng Singapore

Dr Zhou is a mining engineer with more than 30 years of experience in research, engineering, and teaching in rock engineering and underground space technology. He played leading roles in several major pioneering rock engineering and research projects and served as technical advisor to many government ministries in Singapore. He led the rock engineering and technology development for the underground ammunition facility in Singapore and developing new safety standards for underground ammunition storage which have been adopted by NATO.

Dr Zhou is a Fellow of the Academy of Engineering Singapore and Fellow of the International Society for Rock Mechanics and Engineering (ISRM). He has been Director (Asia) and a Board Member of the Associated research Centers for the Urban Underground Space (ACUUS) since 2013. He served as ACUUS Vice President during 2013-2016 and ISRM Vice President (Asia) during 2011-2015. He received the Defence Technology Prize 2018 Individual (Engineering) Award and was twice featured in the Institute of Engineers Singapore (IES) Who’s Who in Engineering in Singapore in 2013 and 2020.

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Important Date
  • Conference Date

    May 26

    2022

    to

    May 27

    2022

  • May 03 2022

    Draft paper submission deadline

  • May 26 2022

    Contribution Submission Deadline

  • May 28 2022

    Registration deadline

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China University of Mining and Technology
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