News | September 21, 2020

TasWater Response To Covid-19 Is Platform's 'Most-Read'

Typhon
A presentation from Typhon Treatment Systems showed how the company’s LED-based UV water treatment demonstrates exceptional energy efficiency.

A paper explaining how Australian water and wastewater utility TasWater responded to the Covid-19 crisis is the most-read document on the Water Action Platform.

Welcoming a presentation from TasWater chief executive Michael Brewster on the platform’s now monthly webinar, Isle chairman Dr Piers Clark said, “Mike wrote a board paper on how TasWater coped in a post-Covid world. It now stands as the most requested document on the Water Action Platform, having been accessed by over 50 utilities all around the world.”

The Water Action Platform is an initiative dedicated to collaboration and knowledge-sharing in the water sector and is sponsored by leading water industry partners. It pools experience and expertise from utilities around the world and started as a response to Covid-19, but now encompasses a much wider range of topics.

Key learnings are taken from information shared in WhatsApp groups accessed by over 1,100 people in utilities in 88 countries, alongside insight and analysis from technology consultancy Isle’s expert team. Here are the latest learnings from the Water Action Platform, selected from the webinar broadcast on 10 September.

Webinar 18: Top six learnings

  1. Covid-19: Innovation and productivity fared well at TasWater
    New ways of working due to Covid-19 increased the pace of change and innovation from years to weeks, according to TasWater chief executive Michael Brewster. Speaking on the Water Action Platform webinar, he said, “Some of the things that we tackled in weeks would have taken months or even years in the past - with new ways of doing things - design sprints, agile design principles, embracing new digital technology, new productivity gains and obviously with everybody moving to work from home.

    “And while it’s largely anecdotal, productivity appears not to have been too badly impacted, in fact, it’s very difficult to find areas where productivity has dropped off.”

  2. Holistic risk index can help prioritise water investment
    A new water security risk index for Covid-19 that rates countries in the Indo-Pacific region according to their holistic Covid-19 risk was described as “brilliant” by Piers Clark. The aim is to identify which water-based interventions might give the most impact and it allows users to understand and prioritise the investment that could reduce risk in the short, medium and long term.

    Clark said, “It’s the best such tool I have seen so far and through this platform I have seen a lot of them. It’s very simple to use and uses elements of health, economics and water security to assess each country’s ability to respond.”

    The index funded by the Australian government through the Australian Water Partnership and implemented through the International WaterCentre in Brisbane and Griffith University, Queensland.

  3. Wastewater testing detects Covid-19 in student dorm
    Wastewater-based epidemiology (WBE) has stopped a Covid-19 outbreak at a US university before it even began. According to the Washington Post, the University of Arizona has been monitoring wastewater emitted from student accommodation and found viral DNA from SARS-CoV-2 in the wastewater of a dormitory, even though the 311 residents had tested negative a couple of days before.

    Two students were found to be asymptomatic but tested positive. They were quarantined and an outbreak averted.

  4. Happy Tap roll-out could save many lives
    A tiny entrepreneurial team that had already developed a robust and water efficient handwashing station prior to Covid-19, is raising funds for expansion into new international markets. The easy-to-install Happy Tap is recommended by the World Health Organisation and UNICEF for Covid-19 response and is already being used in UK schools and in communities in Cambodia, Vietnam and Bangladesh.

    Piers Clark said, “This is story of entrepreneurial spirit and foresight which could lead to saving the lives of many people around the world. We all know that washing hands is vital in the defence against the virus, but this advice rings hollow if you don’t have access to water.”

  5. Typhon UV system offers 90% energy saving
    An LED-based ultra-violet (UV) water treatment system developed by UK company Typhon Treatment Systems has demonstrated exceptional energy efficiency over conventional UV systems and has been validated by US Environmental Protection Agency protocols. Recent large-scale tests with a UK utility, to remove the taste and odour impacting compound geosmin, exceeded expected performance.

    Typhon claims to have the most optically and electrically efficient method of applying UV radiation from LEDs. The light-emitting diodes (LEDs) are mounted on a complex array of reflectors that evenly distribute photons, inactivating microrganisms without the need for mercury or submerged lamps.

    Piers Clark said, “Capital costs seem to be similar to conventional mercury UV equipment, but the big saving comes from the energy efficiency, with a 90% saving over current state-of-the-art UV systems.”

  6. Tests show virus reach from toilet flushing
    Scientists have reported on the discovery of SARS-CoV-2 ribonucleic acid (RNA) on bathroom surfaces in a long-vacated sixteenth-floor apartment in Guangzhou, China. They believe the matter arrived there via faecal wastepipe aerosols from toilet flushing in the apartment below where five people had contracted Covid-19.

    The collaborative team from China, USA and Australia carried out an onsite tracer experiment that showed how virion-sized particles in aerosols from toilet flushing could reach bathrooms up to 12 levels above in high-rise blocks with connected sewage collection. A fluid dymamics simulation showed a “massive upward transport of the virus aerosol particles during flushing,” which had led to indoors spread of the virus.

    Advise to concerned residents is unchanged: open windows often, wash hands with soap and water frequently and clean surfaces thoroughly.

To find out more about any of the topics listed, the Water Action Platform webinar 18 can be viewed here.

The next monthly webinar takes place on Thursday 8 October 2020 at 7.30am and 4.30pm BST. To sign up to receive an invitation click here.

About Water Action Platform
The Water Action Platform provides a forum for the sharing of learning and best practice across the water sector. It was initiated in March 2020 in response to the COVID-19 pandemic but now covers a much wider range of water-related topics. Membership grew rapidly and it involves over 745 people from 395 organisations across 64 countries. For more information, visit
www.wateractionplatform.com

About Isle
Isle is an independent technology and innovation consultancy that brings together technical and commercial specialists to facilitate relationships. Our team are highly skilled engineers and scientists with extensive and diverse consulting expertise.

Isle’s global sector knowledge is across water, waste, the built environment, energy and carbon. We use this valuable expertise to identify technology deal-flow, undertake due diligence, provide market intelligence, and work with investors.

We have extensive in-house experience in bringing new technologies to market and an established framework to support innovation, technology development, strategy and growth, and investment.

Through our global innovation forum, the Technology Approval Group (TAG), we have a strong track record in identifying emerging technologies and accelerating their market uptake. The forum revolutionises the way new technologies are adopted and commercialised - connecting expertise, investment and inspired ideas to bring them to life.

Isle also offers a range of interactive and engaging training courses as part of our Programme for Water Professionals.

Source: TasWater