Abstract

The on-going Kwasa Damansara Township development is aspire to be a township development with an initiative to unlock the land value and spur development in the region, and demands a high quality built environment. The township development strategy has considered a number of sustainable elements such as landscape and ecology, water, waste, green infrastructure, green buildings, green mobility and green energy. The key design objective for the proposed development is to create a new focal point that reflects the township of a 21st Century; one that is green, connected and has a sense of place making. The Urban Design Guidelines was prepared to guide and assist all the stakeholder contribution towards a well coordinated development and high quality public realm and build environment. In doing so, one of the initiatives was to formulate the long term solution for the flooding, drainage and stormwater related issues by urban stormwater management. By integrating stormwater management planning with landscape and environmental planning, it will add aesthetic and recreational values to the water amenities. The township development is planned to become a showpiece of the urban stormwater management for the region.

Highlights

  • Conventional stormwater system has long been in practice in Malaysia which adopts the rapid disposal, localised, reactive, and mono-functional drainage concepts

  • Emphasis is on the necessity of the use of MSMA in all stormwater system design and implementation in order to protect the environment of the surrounding areas

  • 3 Concept of Integrated Stormwater Management In Kwasa Damansara township development, both planning and designing of the project land is subject to mandatory planning compliance of the local authority

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Summary

INTRODUCTION

Conventional stormwater system has long been in practice in Malaysia which adopts the rapid disposal, localised, reactive, and mono-functional drainage concepts. This approach has traditionally been focused on managing flood impacts based on a conveyanceoriented approach. With the increasing need to meet demands for green technologies and arrest climate change, stormwater engineers are facing a stiffer challenge to produce effective and sustainable urban drainage system. This requires the need to inject new technologies or innovation into the design of stormwater facilities. Emphasis is on the necessity of the use of MSMA in all stormwater system design and implementation in order to protect the environment of the surrounding areas

Project Background
Concept of Integrated Stormwater Management
Control at Source
Stormwater treatment train
Green Density
Development of Stormwater Master Plan
Stormwater System
Minor system
Major system
River System
Green-Blue Corridor
Findings
Conclusions
Full Text
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