Skip to main content

TransLink trials 'virus-killing' copper on transit

Vancouver transport network's four-week trial aimed at improving Covid hygiene
By Ben Spencer November 27, 2020 Read time: 2 mins
TransLink’s project is part of a study in which copper-based products and organosilane will be installed on SkyTrain and buses (© TransLink)

Metro Vancouver's public transport agency TransLink is using copper as a cleaning agent on high-touch surfaces in a bid to make public transit safer during the coronavirus pandemic.

The project is part of a study in which various copper-based products and a protective coating called organosilane will be installed on light rapid transit system SkyTrain and buses to test how effective these agents are at destroying viruses and bacteria on public transport.

Organosilane is a wipe-on coating that provides protection against microbes such as bacteria, mould and mildew. 

TransLink says using copper and Organosilane in tandem with hygiene and cleaning protocols can help inhibit the build-up and growth of viruses and bacteria. 

During a four-week pilot phase, the products will be installed on two SkyTrain cars on the Expo and Millennium Lines, which both connect cities such as Vancouver and Burnaby. 

Additionally, surfaces will be swabbed twice a week and tested to determine antimicrobial effectiveness.

At the end of the month, the surfaces will also be assessed for durability.

“The risk of Covid-19 transmission on transit remains extremely low and this initiative will only bolster our comprehensive cleaning protocols which are already in place," TransLink CEO Kevin Desmond says.

"Any findings from this pilot project will be shared with our fellow transit agency colleagues and other industries which may be able to use this emerging technology.”

Teck Resources is funding the initial phase of the project as part of a copper and health programme. 

It follows studies conducted at Vancouver Coastal Health showing that copper is effective at killing bacteria.

Dr. Marthe Charles, medical microbiologist at Vancouver Coastal Health, says: “This project builds on preceding research and will increase our understanding of the effectiveness of copper in killing organisms on frequently-touched surfaces. Positive findings will then be used to study the impact of copper on bacteria and viruses such as Covid-19 and norovirus.”

Other partners include VGH & UBC Hospital Foundation, CHAIR (Coalition for Healthcare Acquired Infection Reduction) and the University of British Columbia.

For more information on companies in this article

Related Content

  • NUMO alliance erects ‘big tent’ to build more sustainable cities
    January 29, 2019
    A new alliance has formed to help governments and cities around the world integrate ride-hailing, dockless bikes and scooters and autonomous vehicles into communities. NUMO (New Urban Mobility Alliance) is to launch a range of pilot projects and will conduct public engagement research in cities which it hopes will serve as a guide to policy makers and the private sector. Zipcar co-founder Robin Chase, executive chair of NUMO’s steering committee, explained: “The pace of innovation and disruption on
  • CES 2021: Covid-19 accelerating positive change
    January 13, 2021
    Center for Automotive Research outlines knock-ons from road use re-allocation
  • Successful Bio-DME field tests point to a cleaner transport system
    June 4, 2012
    Volvo Trucks has announced it is running successful field tests with vehicles powered by bio-DME, a fuel that can be produced cost- and energy-efficiently from biomass. Since last autumn, ten specially adapted Volvo trucks have been operating on Swedish roads using the fuel which reduces carbon emissions by 95 per cent compared with conventional diesel. The field tests have now reached the halfway point and the results so far have both met, and exceeded, expectations.
  • 2getthere expands driverless system to run on Rotterdam’s public roads
    January 2, 2018
    2getthere will expand its Parkshuttle in Rotterdam region by providing six shuttle vehicles to run autonomously on public roads without a safety steward or driver on board as part of an agreement with the Capelle aan den Ijssel municipality. The project aims to increase regional capacity and will transport 500 passengers per hour in each direction with the first phase operational by next year.