Editor”s be aware: Development of the Hetao Shenzhen-Hong Kong Science and Technology Innovation Cooperation Zone is dashing up, with Shenzhen Park and Hong Kong Park forming a unified entity that promotes cross-boundary innovation and technological growth. This three-half collection illuminates the transformative position of the zone in breaking down boundaries and fostering collaboration between the 2 areas. The second article focuses on Hetao’s institutional innovation and coverage breakthroughs.
Travel between Shenzhen and Hong Kong has by no means been extra handy for Aldous Ng Kwoksing, who commutes about 5 instances weekly between the 2 locations.
Efficient cross-boundary journey is essential for the chief, who attends to every day issues at his firm’s headquarters at Hong Kong Science Park, in addition to its Shenzhen subsidiary within the Hetao Shenzhen-Hong Kong Science and Technology Innovation Cooperation Zone.
It used to take Ng greater than an hour for a one-method journey — caught in lengthy queues and having to undergo sophisticated customs checks at Futian Port. But, that is historical past since Shenzhen launched the “No 1 Channel “cross-boundary system at Hetao.
“Previously, traveling from Hong Kong to Shenzhen was like going on a business trip. Now, I feel like I’m in the same city. It takes me just 30 minutes to drive between both places,” says Ng, chief govt officer of CU Datahub — a Hong Kong-based enterprise specializing in community coding expertise.
The “No 1 Channel” system, designed to facilitate scientific and technological cooperation between the Hetao zone and the particular administrative area, permits eligible people and autos to make use of particular channels.
Since the launch of a direct bus route between Hong Kong Science Park Shenzhen Branch at Hetao and Hong Kong Science Park in Pak Shek Kok, the New Territories, in August final 12 months, over 1,500 researchers have used the service. Compared to conventional boundary crossings, the brand new route has improved commuting effectivity by 30 %.