Skip to main content

How to maintain a city road by day and Formula 1 track by night

Nearly a decade on from when Singapore’s Formula 1 (F1) track was first laid, Shell Bitumen’s high-performance binder, Shell Cariphalte, has been selected once more for resurfacing works. The Federation Internationale de l’Automobile (FIA) sets stringent standards for the performance of its tracks, which are made even more challenging given Singapore’s climate. The road surface must remain constant, despite temperatures of up to 30oC and humidity levels above 70%. The 5km Marina Bay Street Circuit, which
February 22, 2019 Read time: 2 mins
Shell Bitumen’s high-performance binder, Shell Cariphalte is being used at the Singapore F1 race track

Nearly a decade on from when Singapore’s Formula 1 (F1) track was first laid, 763 Shell Bitumen’s high-performance binder, Shell Cariphalte, has been selected once more for resurfacing works.

The Federation Internationale de l’Automobile (FIA) sets stringent standards for the performance of its tracks, which are made even more challenging given Singapore’s climate. The road surface must remain constant, despite temperatures of up to 30oC and humidity levels above 70%.

The 5km Marina Bay Street Circuit, which saw the first ever night-time race back in 2008, must withstand the rigours of everyday traffic as well as the occasional impacts of F1 racing cars travelling at over 300kph and braking around its 23 turns.

Shell Cariphalte was selected for the task because it has been designed to resist extreme heat, rutting, cracking, stripping and ageing. Its tough three-dimensional polymer network gives increased stiffness at high temperatures and low stiffness at low temperatures, increasing the performance range of the pavement and reducing the risk of cracking which is common for surfaces under high stress, says Shell Bitumen.

The resurfacing work, carried out by contractor United E&P, involved laying new asphalt around several of the turn areas. There were also minor changes to Turn 16 and 17, according to motorsport websites, which have been realigned, resulting the in length of the course being reduced by 2m to 5.063km. The work was carried out during the night, when there is less traffic, to minimise disruption.

For more information on companies in this article

Related Content

  • Shell’s John Read explains “adaptable bitumen” developments
    December 15, 2016
    Shell’s highly innovative bitumen and asphalt solutions are helping create future-ready urban road networks around the world to meet the needs of today and tomorrow. Shell’s general manager of bitumen technology, Professor John Read, takes a look at some of the company’s game-changing ideas. The next 30 or so years will see a significant transformation in the way we live. Whereas almost 75% of the world’s population lived in rural locations in 1950, around 75% will live in cities by 2050. The global popu
  • Scottish application for SMA surfacing technology
    May 20, 2014
    A new Scottish specification for stone mastic asphalt could help with some of the durability issues sometimes experienced in the UK An alternative specification for stone mastic asphalt has been used on the A90 in Scotland, with tests suggesting that the material will be more durable than thin surfacing produced under the standard UK specification, Clause 942 of the Specification for Highway works.
  • Extreme bridge deck
    December 15, 2017
    August saw the completion of the main bridge deck section on the mainland China side of the Hong King-Zhuha-Macau Bridge. The 55km-long link, comprising a series of tunnels and bridges crossing the Lingdingtang channel, will connect Zhuhai in Guangdong Province to Hong Kong and Macau.
  • Major advances in asphalt paving technology
    February 9, 2012
    Using the latest paving technology has allowed contractors to carry out difficult projects Contractors in Germany and Italy have been able to carry out very difficult asphalt paving applications, using the latest machines from Vögele and Volvo Construction Equipment respectively. In both instances these projects benefited greatly from the use of the latest generation equipment and it is debatable as to whether such high quality results could have been achieved with older machines.