ECRL's tunnel boring machines a step up from 'drill and blast' methods, says Dr Wee


  • News
  • Thursday, 23 Jun 2022

BENTONG: The tunnel boring machine (TBM) launched near Bukit Tinggi here will expedite the construction of the East Coast Rail Link (ECRL) project, says Datuk Seri Dr Wee Ka Siong (pic).

The Transport Minister said that previous excavation methods in the 665km ECRL alignment used the drill-and-blast method.

"We are optimistic that TBM1 is able to meet the engineering challenges and geological conditions when tunnelling through the hilly and mountainous terrain of the Titiwangsa Range.

"The teamwork and dedication at all levels of the ECRL project will pave the way for tunnel breakthrough at Genting Tunnel to be achieved as per schedule," said the Ayer Hitam MP during the launch event at the Bukit Tinggi portal of the tunnel, located on the Pahang side, on Thursday (June 23).

ALSO READ: PM launches ECRL's ground-breaking tunnel boring machine

The TBM1 machine was launched by Prime Minister Datuk Seri Ismail Sabri Yaakob.

Also present during the event were Pahang Mentri Besar Datuk Seri Wan Rosdy Wan Ismail, Kelantan Mentri Besar Datuk Ahmad Yakob, Finance Minister Tengku Datuk Seri Zafrul Abdul Aziz, Ambassador of the People's Republic of China to Malaysia Ouyang Yujing, Malaysia Rail Link Bhd (MRL) chairman Tan Sri Mohd Zuki Ali, MRL CEO Datuk Seri Darwis Abdul Razak, China Communications Construction Company (CCCC) Vice President Sun Ziyu and CCCC ECRL managing director Kong Qi.

TBM1 is first of two TBMs that will be used to excavate the twin-bore 16.39km Genting Tunnel, while TBM2, the second machine, will be fully reassembled and tested before starting work by the end of the year.

With an average excavation speed ranging from 400m and 600m per month, TBM1 is expected to take approximately 2.5 to three years to dig the 16.39km Genting Tunnel, which is set to be the longest rail tunnel in South East Asia.

Dr Wee said the Genting Tunnel excavation is a major step for the ECRL project, which is gearing towards peak construction in 2023, with 23,000 workers, comprising 70% locals, expected to work on this critical infrastructure.

ALSO READ: Smooth running of ECRL project due to strong support from four state govts, says Dr Wee

He added that the Genting Tunnel plays a pivotal role in the ECRL network as it will complete the much-needed "landbridge" for seamless freight movements between Kuantan Port and Port Klang, as well as link commuters from East Coast states to the Gombak Integrated Transport Terminal (ITT Gombak) in Selangor.

Dr Wee explained that the ECRL project is happening concurrently at three sections – A, B, C – involving 300 sites along the 665km alignment.

Dr Wee said Section C involves a 172km stretch from Mentakab to Port Klang, and there will be seven stations – Temerloh, Bentong, both in Pahang, as well as five in Selangor - ITT Gombak, Serendah Baru, Puncak Alam, Kapar, and Jalan Kastam.

The ECRL project, scheduled for completion in December 2026, will link Kelantan, Terengganu and Pahang to the Klang Valley, and is projected to derive 70% of its revenue from freight services, with the rest from passenger services when operational in January 2027.

Follow us on our official WhatsApp channel for breaking news alerts and key updates!
   

Next In News

Kenyan military deployed as East Africa floods kill dozens
Lukashenko talks up threats to Belarus to justify 'nuclear deterrence'
Italy's state TV journalists to strike over Meloni government's grip
Harvey Weinstein's conviction overturned by top New York court
Russia says it may downgrade ties with US if its assets are confiscated
Bomb squad rushed to KLIA after 'explosive' laptop found
Sabah Customs seizes smuggled alcohol worth over RM1.9mil at Sepanggar Port
Iraq hangs 11 convicted of terrorism in latest mass executions, security officials say
Spain prosecutor requests dismissal of corruption case against PM Sanchez's wife
Malaysian professor honoured by Hungarian university for advancing exercise medicine

Others Also Read