'Typhoon-proof' Shenzhen's East Coast
Redevelopment of Shenzhen’s Eastern coastline
Dapeng is a natural green peninsula with a 130km shoreline stretched around it, located in the bay between Hongkong and Shenzhen. In September 2018, the typhoon Mangkhut damaged the infrastructure of the peninsula to various degrees. An international competition was launched to develop a plan to restore the coastline and raise protection standards against the more frequent occurrence of extreme weather events.
KCAP+FELIXX developed the ‘Triple dike strategy’, a multifaceted dike system that allows for an integrated approach towards the climate adaptive reorganization of the shore. Water safety strategies are connected to eco-development and nature restoration. This creates a resilient framework for social and economic growth. For 18 kilometers of coastline, KCAP + FELIXX is developing this concept into 6 strategic implementation projects. The realization started in 2019, and is expected to be completed in 2021.
TRIPLE DIKE
The triple dike moves away from a generic protection wall along the coast, towards the creation of three development zones, carefully embedded in current conditions and responding to the specific future needs of every single area. The 1st ‘outer’ dike zone increases the resiliency through wave attenuation, erosion reduction and the enhancement of sedimentation. The 2nd ‘middle’ dike is an elevated embankment, to stop the storm surge and the water pushed up by the waves. It’s not a big wall but a multifunctional zone: an exciting hilly park, an elevated waterfront with urban promenades, a tidal park or even a public building. The 3rd ‘inner’ dike is a hybrid structure which manages the rainwater following the principle of a sponge city. All runoff from adjacent villages and mountains is buffered, delayed and temporarily stored in rain-parks, raingardens, wet forests, wetlands and green streets.
A productive Resilience strategy
Dapeng is a mountainous peninsula with lush forests, intersected by riverbeds and creeks, connected to the sea with fantastic sand beaches and impressive rockeries. It offers an extraordinary lush and green environment in the direct proximity of Hongkong and Shenzhen. Along the shore, several small villages originate from fishing communities.
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Dapeng’s cultural resources and natural settings have fostered the development of tourism, within a vast expending metropolitan area with about 20 million inhabitants. The application of the triple-dike provides a framework to enhance these existing qualities while unlocking potentials for growth. The small-scale identity of the villages is protected by locating new developments within the existing boundaries. Each village’s specific character is strengthened to amplify the rich variation of recreational facilities. To minimize the infrastructural impact on the island, connectivity from the water is enhanced. An interconnected mountain and marine landscape boosts the ecological functioning of the peninsula.
Triple dike section: Guanhu
Triple dike section: Moonbay
Triple dike section: Dongshan
Triple dike section: Dongshan mangroves
Triple dike section: Shayuchong
Year
2019 - ongoing
Location
Shenzhen, China
Type
Masterplan, Infrastructure, Landscape, Public Space
Client
Water Resources Bureau of Shenzhen Municipality
Size
1500 ha
Awards
2021 Rethinking The Future TF Awards [3rd place]
2021 A+ Awards [winner]
2020 WLA Awards [shortlist]
2020 Eurasia prize [winner]
2019 Competition winner
Publications
Archdaily
Archello
Archiscene
Architectenweb
Blauwe Kamer E-zine
Bright
De Architect
Dredging Today
Dutch Water Sector
e-architect
gooood.cn
GreenBiz
moool.com
Nexus Media News
Outdoor Design Source
QQ.com
Revitalization
Shekou Daily
Straatbeeld
Technisch Weekblad
Tenderstream
The Guardian
Urbanica
Worldarchitecture
Worldlandscapearchitecture
Team & partners
Michiel Van Driessche
Marnix Vink
Deborah Lambert
Maria E. Castrillo
Fangfei Liu
Ramona Stiehl
Eduardo Marin Salinas
Klaudio Ruci
Ilva Mishtaku
Natalia Andreeva
Zamira Abazi
Nancy Smolka
Naya Tzika-Kostopoulou
Shuangyun Chen
KCAP
Deltares
Hope Landscape & Architecture
China Water Transport Planning & Design Institute