Industrial Upgrade: From Coal Mining to Tourism 
{"autoplay":"true","autoplay_speed":"8000","speed":"1000","arrows":"true","dots":"false","loop":"true","nav_slide_column":5,"rtl":"false"}
{"autoplay":"true","autoplay_speed":"8000","speed":"1000","arrows":"true","dots":"false","loop":"true","nav_slide_column":5,"rtl":"false"}

DETAILS

LocationWuhai, China
Size1,666 sq km

The Inner Mongolian city of Wuhai is transforming from focusing on coal mining as its main industry to tourism. This very special place has many different, striking landscape types located within just 1666 sq. kilometers: sand dunes, mountains, and wetlands, plus adjacency to the Yellow River. Consequently, the city has decided to boost its tourism. Already planned is a lake flowing through the site, to be built off of the current Yellow River; but within 10 years it will have already lost 2/3 of its volume. SWA Group was hired to help design Wuhai’s marina on the new lake and also to help guide the city in its tourism plan.

Related Projects

Downtown Jebel Ali Landscape Master Plan, UAE

Downtown Jebel Ali is a new development located 35 kilometers southwest of Dubai, along an 11 km stretch of Sheikh Zayed Road. Representing the first phase of a major mixed-use development on the outskirts of Dubai, the project includes two high-rise office buildings and two high-rise apartment buildings with access to Sheik Zayed Road. Mixed-use buildings and...

Suzhou Center

The Suzhou Center is a landmark urban space within the Suzhou Central Business District that embodies the spirit of the city of Suzhou as a gateway for intersecting old and new cultural and historic heritage. The successful combination of high-density development and ecological conservation will allow for Suzhou to transition to a garden city where state-of-th...

Shunde Guipan River Waterfront

SWA participated in a competition reimagining 19-kilometers of the Guipan River waterfront in Shunde, China. While the Pearl River Delta is one of the fastest growing regions of Southern China, one of the many casualties of this growth was the delta itself. Presently, Shunde has a growing flooding problem enhanced by channelizing, condensing, and containing th...

Fort Wayne Riverfront

As a city that was built and thrived because of its location as a crossroads between wilderness and city, farm and market, the realities of infrastructure both natural and man-made are at the heart of Fort Wayne’s history. We consider waterways as an integral part of open spaces of the City, forming a series of infrastructural systems that affect the dynamics ...

Nanhu New Country Village

China’s rapid urbanization over the past several decades has radically diminished its agricultural landscapes and labor force, focusing instead on industrial and technological advancements. The Nanhu New Country Village brings a contemporary approach to integrating agriculture and residences in a village setting, enhancing existing rural character, and improvi...

Shekou Promenade

A gateway for China’s open-door policy, Shekou has revitalized its fragmented and hazardous coastline into a dynamic six-kilometer promenade that masterfully captures the area’s cultural and natural essence.

The promenade repurposes the disconnected former industrial waterfront into a celebrated open space system with new recreation programs...

Thousand Lantern Lake Park System

Nanhai Citizen’s Plaza and Thousand Lantern Lake Park exemplifies the exciting and innovative opportunities for master planning and urban design in new international communities. The site is located in the newly established city of Nanhai, and consists of a commercial precinct, public parks, and civic buildings arranged around a series of lakes and waterways. ...

Shunde Guipan River Waterfront

SWA participated in a competition reimagining 19-kilometers of the Guipan River waterfront in Shunde, China. While the Pearl River Delta is one of the fastest growing regions of Southern China, one of the many casualties of this growth was the delta itself. Presently, Shunde has a growing flooding problem enhanced by channelizing, condensing, and containing th...