Tunnelbuilder Promoting the world's tunnelling industry to a huge qualified audience

View the Spanish Tunnelbuilder website View the Italian Tunnelbuilder website

Archive Search

China

China, Dachaoshan - cn/39

Hydro

Hydro-Bureau Nos. 1, 3, 8, 14 with Gezhouba Engineering Co. are contractors to YunNan Dachaoshan Hydropower Co. for 1,350 MW power project. Underground construction comprises 220 x 26 x 60 m power house cavern to house six turbines; 220 x 22 x 70 m surge chamber; 160 x 16 x 18 m transformer chamber; and 1.2 km x 2 m-diameter tailrace. MBT reports it has supplied a Meyco sprayed concrete Spraymobile and admixtures. More details on products at www.mbt.com February 2000.



Permalink

China, Beijing - cn/38

Light Rail

Work started in mid-Dec. 1999 on a 40.8 km U-shaped light rail line in the Chinese capital, Beijing. The $707.8 million line has been designed to relieve traffic congestion, improve air quality, and stimulate the property market in various districts. The line, with 30.3 km at grade, 7.7 km elevated, and 2.8 km in tunnel, will cover north Beijing, running from Xizhimen in the northwest to Huilongguan in the northeast. After completion, which is scheduled for 2001, the line will be extended from Huilongguan to Dongzhimen by 2006. It will provide interchanges with the city's circular metro line at Dongzhimen and Xizhimen. February 2000.



Permalink

China, Tseung Kwan O - cn/37

Railway

The twin 1.8 km-long Pak Shing Kok tunnels are under construction using drill & blast. Meyco reports three Spraymobiles in use successfully building 250 mm shotcrete layer in one pass using Meyco SA160 alkali-free accelerator with Sika LA400 superplasticiser. More from www.mbt.com January 2000.



Permalink

China, Hong Kong - cn/36

Drainage

  Invitation for prequalification for design and construction of 1.4 km-long, 4 m-internal diameter stormwater tunnel, six access shafts and 450 m-long box in Kowloon Tong and San Po Kong districts. Closing date Friday 10th March, 2000. For details e-mail Derek Arnold at arnolddc@BV.com or visit www.info.gov.hk/dsd/english/projects/related/related1/dc9905.htm January 2000  Transfield/China Harbour Engineering jv awarded $A90 million contract to design and construct 1.4 km-long x 5 m-diameter Kai Tak stormwater drainage tunnel, access shafts and drainage culverts. Visit www.transfield.com.au 11/01.International competitive bidding (tender notice No. 10/WSD/07), deadline 30th November, 2007 for the ground investigation works for Inter-reservoirs Transfer Scheme (IRTS), water tunnel between Kowloon Byewash Reservoir and Lower Shing Mun Reservoir. The scope of the project comprises the construction of a water tunnel, approximately 2.8 km in length and 3 m in diameter, and the associated intake and outfall structures at both ends of the tunnel. The geology of the area basically comprises of mainly granite. At the portal, contractors will make use of conventional mechanical excavation (hydraulic hammer and backhoe). The main tunnel will be built by a tunnel boring machine. The temporary support depends on rock mass quality (envisaged support may include rock bolts, welded wire mesh, steel arches and/or shotcrete). As permanent support lining, the tunnel may be partly unlined subject to development of hydraulic design but permanent rock bolts will be anchored in unlined portions whereas in lined portions, cast in-situ lining or shotcrete will be preferred (with adequate finish for optimal hydraulic roughness). In the main tunnel, a conveyor belt or mining train with wagons will be used to transport the rock away. The project is still in preliminary design and bids for construction are expected to be invited in July 2009. Work is scheduled to start in December 2009 for completion in April 2012. The cost of the tunnel is HKD220 million. Contact Water Supplies Department, Hong Kong, tel. +852 28294798, fax +852 25861696, e-mail Ricky Wong Kin San ricky_ks_wong@wsd.gov.hk. Visit www.wsd.gov.hk/en/html/press_tender/tender/contracts.htm#10/WSD/07 and www.epd.gov.hk/eia/register/profile/latest/esb154.pdf to know more about the project. 48/07.The environmental impact assessment for the Inter-reservoirs Transfer Scheme (IRTS), a 2.8 km-long 3 m-diameter water tunnel between Kowloon Byewash Reservoir and Lower Shing Mun Reservoir has been awarded to Mott Connell for HKD950,000. Visit www.mottconnell.hk 48/07.Investigation during design and construction of the Inter-reservoirs Transfer Scheme (IRTS), a 2.8 km-long 3 m-diameter water tunnel between Kowloon Byewash Reservoir and Lower Shing Mun Reservoir for the 2007-2013 period has been commissioned to Black & Veatch for HKD5.5 million. Visit www.bvhk.com and www.epd.gov.hk/eia/register/profile/latest/esb154.pdf to know more. 48/07.



Permalink

The Drainage Services Department (DSD) signed a EUR496,37 million (HK$763 million) contract with Bouygues Travaux Publics in Hong Kong to build the Inter-reservoirs Transfer Scheme between Kowloon Byewash Reservoir and Lower Shing Mun Reservoir in Kowloon. The works include construction of a water tunnel of about 2.8 kilometres with 3 metres diameter from the Kowloon Byewash Reservoir to the Lower Shing Mun Reservoir and the associated intake and outfall structures at both ends of the tunnel.  When completed in 2022, the tunnel will serve dual objectives of improving flood protection level in West Kowloon areas and optimising water conservation, by transferring collected surface runoff from the Kowloon group of reservoirs to the Lower Shing Mun Reservoir.This 38-month works contract commenced on 27.02.2019. Contract n. DC/2018/08. Visit https://www.dsd.gov.hk/EN/Our_Projects/Contracts_Consultancies_Awarded/ContractsProject2019-2.html

and

http://dragageshk.com/news-post/bouygues-travaux-publics-wins-new-contract-of-the-water-tunnel-in-the-inter-reservoirs-transfer-scheme-of-drainage-services-department/.

09/19.



Permalink

The Drainage Services Department (DSD) signed a EUR496,37 million (HK$763 million) contract with Bouygues Travaux Publics in Hong Kong to build the Inter-reservoirs Transfer Scheme between Kowloon Byewash Reservoir and Lower Shing Mun Reservoir in Kowloon. The works include construction of a water tunnel of about 2.8 kilometres with a 3 metre diameter from the Kowloon Byewash Reservoir to the Lower Shing Mun Reservoir and the associated intake and outfall structures at both ends of the tunnel.  When completed in 2022, the tunnel will serve dual objectives of improving the flood protection level in West Kowloon areas and optimising water conservation, by transferring collected surface runoff from the Kowloon group of reservoirs to the Lower Shing Mun Reservoir. This 38-month works contract commenced on 27.02.2019. Contract n. DC/2018/08. Visit https://www.dsd.gov.hk/EN/Our_Projects/Contracts_Consultancies_Awarded/ContractsProject2019-2.html

and

http://dragageshk.com/news-post/bouygues-travaux-publics-wins-new-contract-of-the-water-tunnel-in-the-inter-reservoirs-transfer-scheme-of-drainage-services-department/.

09/19.




Permalink

China, Hong Kong - cn/35

West Rail

  Kier Hong Kong Ltd in jv with Penta-Ocean Construction of Japan awarded $225 million contract to construct Tsuen Wan station for Kowloon-Canton Railway Corporation (KCRC). Station box will be constructed on reclaimed land within a diaphragm wall cofferdam 400 m-long x 40 m-wide x 15 m-deep and approach tunnels will be cut and cover protected by diaphragm walls. In total, over 2 km of diaphragm wall up to 28 m-deep will be required. Excavation involves removal of some 500,000 cu m of material and construction will require 225,000 cu m of concrete. Kier is already working in jv with Zen Pacific for KCRC to construct the $160 million Mei Foo station. January 2000.  French manufacturer NFM reports the launch this week of its new 8.5 m-diameter EPB on a 1.8 km drive for the Dragages/Zen Pacific joint venture at the West Rail project. The machine is the first EPB to be deployed in Hong Kong, and is also the largest TBM to enter service in the territory to date. It was designed by NFM under licence from Mitsubishi and was manufactured in Shanghai. It is equipped with both screw and belt conveyors and a rotating segment erector, and will build an average 11 m/day of 7.6 m i.d tunnel in mixed ground. It is scheduled to complete the first tube in six months and will be dismantled and returned to the launch shaft for the second tube which should be completed 15 months from now. For contact visit www.zenpacific.com April 2000.   Feasibility study underway for $1 billion connection between Nam Cheong on West Rail and Hung Hom on East Rail via Tsim Sha Tsui East. Visit www.arup.com 29/01.



Permalink

China, Hong Kong - cn/34

Railway Proposals

  New study identifies six new corridors for development by 2016: the West Rail Phase III link from Yuen Long to Lok Chau; the long-planned KCR branch from Tai Wai to the Kwai Chung container terminal; the link with Ma On Shan line to Kowloon via Choi Hung and the former airport at Kai Tak which may feed into a fourth cross-harbour rail tunnel; the Green Island extension of the MTR Island line to Tuen Mun; a duplicate East Rail corridor between Kowloon, Tai Wai and Shenzhen; and a route around Victoria Peak to the southern part of Hong Kong Island. December 1999.   Proposed 4.3 km tunnel option approved by KCRC to limit damage to wildlife in the Long Valley wetland to be crossed by second trans-border railway line between Sheung Shui and Lok Ma Chau, near Shenzhen, using EPB with precast concrete segmental lining, with station box at Kwu Tung. Project cost to rise by HK$2 billion to HK$10 billion and opening delayed by two years until about 2007. Visit http://www.kcrc.com.hk/eng/service/index.html 41/01.   Feasibility study contract awarded to Maunsell Consultants Asia for a rail tunnel on the proposed port rail line from Hong Kong's Kwai Chung container port to Tai Wai, where it will connect with China's rail network. The planned new harbour line would terminate close to Container Terminal 8 (CT8) in Hong Kong. This would be the first direct rail link between Kwai Chung and China. Visit www.maunsell.com.hk 46/01.   The environmental impact assessment (EIA) report for the Kowloon-Canton Railway Corporation (KCRC) Lok Ma Chau spur line has been approved by the government. The proposal comprises a 7.3 km combined tunnel and viaduct scheme designed to minimise disruption to wetlands in Long Valley. The new plans for the project are expected to be presented to the Executive Council for approval in June. Visit www.kcrc.com.hk/eng/service/index.html 12/02.   The 7.4 km Sheung Shui to Lok Ma Chau spur line project has been authorised. A 4.3 km tunnel will be built between Sheung Shui and Chau Tau. On completion, the line will provide a rail link branching off from East Rail to a new rail boundary terminal at Lok Ma Chau where direct transfer to the Shenzhen metro will be provided. Construction is expected to start in the fourth quarter of 2002 for completion by mid-2007. The project will be funded by the KCRC at a cost of about HK$10 billion. Visit www.kcrc.com 25/02.  The Kowloon-Canton Railway Corporation (KCRC) awarded a HK$2.8 billion tunnelling contract to Dragages et Travaux Publics and Bouygues, for the East Rail Lok Ma Chau spur line extension. The contract involves the construction of two parallel tunnels, each of about 5.2 km, from Sheung Shui north under Long Valley to Chau Tau. A 8.75 m-diameter EPB TBM will be used for excavation of 3.5 km of tunnels under Long Valley, while cut-and-cover method will be used for the remaining 1.7 km western and eastern approaches. Detailed design as well as preliminary works on the eastern approach will start this month. TBM excavation to start by the last quarter of 2003.The joint venture's bid was the highest but included a proposal to advance the completion date for full two-tunnel operations by five months to 30th October, 2006. The 7.3 km Lok Ma Chau-Sheung Shui line will open to passenger trains by end March 2007. Read E-News Weekly # 43. Visit www.kcrc.com/eng/index.html 45/02.



Permalink

China, Tianjin - cn/33

Metro

  The Tianjin metro, when it opened in 1974, was the second largest in China with a length of 7.4 km. Extension with total length of 10.24 km has been financed under an Australian government loan of $110 million, of which 15 % was allocated for overseas purchase of vehicles, signalling, communication and power equipment. Total investment is $384.6 million, of which $276.9 million is from domestic sources. More information from Geng Shengli, Tianjin Municipality, Bldg 5, 12 Qu, Heping Jie, Dongcheng District, Tianjin, China 100013, tel +86 22 421 6482, fax 421 3017. Also undergoing feasibility studies is Tianjin Suburban Line 1 with a total length of 60 km. November 1999.   Construction starting on $830 million project to extend existing 7.4 km-long line 1 to 26 km with 48,000 pax/h capacity. Completion by December, 2005. www.xinhua.cn 33/01.  Planning and design work for Lines 2 and 3 of the Tianjin metro has been completed and construction is expected to commence soon. Line 2 will be 22.5 km-long and will run from east to west and 20.3 km of the line will be underground. Of 20 stations, 18 will be built below ground.The 28.4 km Line 3 will run from north to south and 20 km of track will be underground. 2.2 km will be built at ground level and 6.2 km will be on elevated viaducts. There will be a total of 22 stations with three on elevated platforms, 17 underground and two on ground level. 28/03.



Permalink

China, Harbin - cn/32

Underground LRT Line 1

Total length of 14.5 km at feasibility stage. Contact Ding Dalong, Heilongjiang Province, 5 Fuxingmenbei Dajie, China 100088, tel +86 803 3322, fax 3203. November 1999.



Permalink

China, Wuhan - cn/31

LRT Metro Line

Total length of 15.9 km undergoing feasibility studies. Contact Li Longsun, Hubei Province, A44 Baishiqiao Lu, Haidian District, China 100081, tel/fax +86 831 4488. November 1999.



Permalink

China, Chengdu - cn/30

Metro Line 1

  Total length of 12 km. Contact Yang Chaobin, Sichuan Province, 5 Gongyuantoutiao, Jianguomen, China 100005, tel +86 512 2277, fax 512 2361. November 1999.



Permalink

Page: