Olivia Bailey was recently named runner-up in the IChemE Water Special Interest Group 30th Anniversary Young Process Engineer Prize. This prize was created with the aim of engaging and drawing together the young minds of our community. It required the submission of a video presentation, as an individual or a team, on a project or research topic that addresses one or more of the following themes:
- The use of digital technologies and analytics in the water sector
- Managing the growing global water demand /water resilience in cities
- Improved water supply/sanitation in developing countries
- Resource recovery/circular economy
Olivia is a PhD researcher within the Department of Chemical Engineering and the Water Innovation & Research Centre (WIRC) at the University of Bath. Her research aims to develop a sustainable design for future sewer systems, focusing on opportunities for water conservation/wastewater concentration and the consequences for the sewerage system. In the video Olivia presents the main benefits and barriers to a low-flow, high concentration sewerage system including more effective resource recovery, heightened treatment efficiency and issues of sedimentation.
Jan Hofman said “Olivia has made a great video. She clearly explains the societal needs to reduce water consumption and how her research relates to the big challenges around water. It is a perfect example of the importance of water research for future generations”.
Olivia received a charitable donation in her name to a water/sanitation charity. View Olivia's video entry.
This January sees the next talk in the monthly 'Water Colloquium' series organised by WIRC @ Bath exploring the breadth of water research being undertaken at the University of Bath and beyond.
When: Thursday 18 January 2018 at 1.15pm
Where: Room 3.19, Building 4 East, University of Bath (Location and maps)
Note: This event is free and open to all.
The following post was contributed by Dr. Chrysoula Papacharalampou, a Research Associate in the Department of Architecture and Civil Engineering.
Research currently undertaken within the Research Unit for Water, Environment and Infrastructure Resilience (WEIR) sheds light on the utility of re-constructed flood flow data derived from historical evidence for enhancing contemporary flood risk assessment.
The focus of the interdisciplinary research project (funded by the Leverhulme Trust and involving historical architecture, hydraulic engineering and statistical modelling experts from Universities of Bath and Edinburgh) is the River Avon and its interactions with the historic City of Bath, over the last three centuries. The research aims to translate documentary evidence (e.g. historical newspaper articles, epigraphic evidence, and pictorial representations) into hydraulic models which represent past extreme conditions of the river. It also analyses the historic symbiotic links between the flooding events of the Avon River with the economic and cultural development of the City of Bath. The underpinning methodology contributes a structured approach for reconstructing historic flood events and integrating them into contemporary flood risk and policy analyses.
In November, Industry and academia combined to present the latest advances in sensors for water during the SWIG (Sensors for Water Interest Group) Innovation Brokerage Workshop. The sensors ranged from cutting-edge technology to KISS designs, and lab-on-a-chip approaches, all designed to detect toxins or living organisms in water.
The event was hosted by WIRC @ Bath and took place on 22nd of November at the University of Bath. Guest speakers and audience members came from a variety of scientific backgrounds, with representatives from the University of Bath, University of the West of England, University of Warwick, WRc, Environment Agency, Ashridge Engineering, Isle Utilities, Thames Water, Chelsea Technology Group, Piezotag, NOC, Meniscus, and the KTN, amongst others.
The following post was submitted by Professor Frank Marken from the Department of Chemistry.
A postgraduate researcher, Luthando Tshwenya from the University of Johannesburg, visited Bath with support from the DST/Mintek Nanotechnology Innovation Centre, University of Johannesburg, Water Research commission and the National Research Foundation, South Africa to pursue research into water desalination treatment with “ionic diodes”. The project is based on a collaboration of Professor Omotayo Arotiba in Johannesburg and Professor Frank Marken at Bath. During the three month stay, Luthando was able to develop new types of diodes by hot-pressing together polymer films. The micro-devices were shown to rectify cation flow and they could in future be combined with an anion rectifier to give a novel water desalination system that is driven by AC electricity without any side reaction or requirements for pumps. Water research features prominently at Bath and at the University of Johannesburg where Luthando plans to further develop this technology in his PhD.
Luthando presented his work at the Electrochem 2017 conference in Birmingham and a joint publication has been submitted entitled “Cationic Diodes by Hot-Pressing of Fumasep FKS-30 Ionomer Film onto a Microhole in Polyethylene Terephthalate”. Coauthors in this work are based in 4 institutions including:
- Department of Applied Chemistry, University of Johannesburg, South Africa
- Department of Chemistry, University of Bath, Bath BA2 7AY, UK
- Centre for Nanomaterials Science Research, University of Johannesburg, South Africa
- Department of Chemistry, Faculty of Mathematics and Natural Sciences, Bogor Agricultural University, Bogor, West Java, Indonesia
- University of Groningen, Groningen Research Institute of Pharmacy, Pharmaceutical Analysis, 9700 AD Groningen, The Netherlands
In September 2017, the NERC Centre for Doctoral Training in Freshwater Biosciences and Sustainability (FRESH CDT) was awarded (£2M) to the GW4 Water Security Alliance, together with its partners BGS and CEH. The FRESH CDT is now starting up, with the most important task to recruit students for the first cohort, coming in in October 2018.
The FRESH CDT will deliver 12 studentships will be available in the first round, including 3 for Bath. We will start advertising projects on 1 January 2018.
Our proposal considered the full process of co-designing and co-creating the PhDs with you our stakeholder community, via a series of engagement workshops. However, timing is against us for the Oct 2018 cohort intake as other institutions are already advertising potential projects. While PhD studentships will only commence in October 2018, we hope to start advertising potential projects by the end of year.
We are looking for projects in four themes:
- Quantify and manage emerging risks to freshwaters that stem from changing patterns in behaviours, demography, governance or climate
- Develop and test next generation tools for assessing and monitoring ecosystems and ecosystem services
- Tackle extinction and impairment in freshwater ecosystems
- Create integrated solutions to manage ecosystem service sustainability for people and ecosystems
We think this CDT and its research opportunities are of interest to many organisations and companies in the water field. We would be very much interested to engage with you on research in the abovementioned areas.
- We would be grateful if you could please suggest one or several research challenge questions (maximum 5-10 lines) that you consider relevant to your organisation. All will be circulated to our community of more than 200 water researchers and we will facilitate them in getting back to you to start refining any potential research project.
- Could you also please provide any potential co-supervisors from your organisation and/or the most appropriate contact for us to liaise with.
All projects will have to be submitted for approval to the FRESH CDT panel before the 1st January 2018.
For more information, contact Jan Hofman or the FRESH team in Cardiff.
This December sees the next talk in the monthly 'Water Colloquium' series organised by WIRC @ Bath exploring the breadth of water research being undertaken at the University of Bath and beyond.
Title: Water Scarcity and multi-functionality of the water supply chain
Speaker: Professor Louise Bracken
When: Thursday 14th December 2017 at 1.15pm
Where: Room 3.6, Chancellors' Building, University of Bath (Location and maps)
Note: This event is free and open to all.
On 24 and 25 October, the 12th biennial Conference on Drinking Water and Wastewater Technology was organised by the RWTH Aachen, Germany. WIRC was represented at the conference by Jannis Wenk who gave a presentation on his microbubble research. Jan Hofman is on the programme committee of this conference for many years. He chaired a session on redox processes and removal or organic micropollutants.
Two members of staff at the University of Bath have recently been awarded Fellowships from NERC.
Dr. Ilaria Prosdocimi from the Department of Mathematical Sciences has been awarded a Industrial Innovation Fellowship with a project titled "Developing Innovative Flood Frequency Estimation for a Resilient nation (DIFFER)". The project aims at developing innovative statistical methods to estimate flood risk across the UK based on existing but under-utilised records, with a special focus on the identification of possible increases in flood frequencies in the recent years. The project will rely on the collaboration with governmental and industry partners.
Dr. Danielle Wain from the Department of Architecture and Civil Engineering has been awarded a Industrial Mobility Fellowship with a project titled "Stirring things up: Do surface mixers in drinking water reservoirs improve water quality?". The project will focus on turbidity in raw water and will be a combined field and modelling project on Durleigh Reservoir with Wessex Water.
A research team at the University of Bath’s Centre for Sustainable Chemical Technologies, and the Water Innovation and Research Centre (WIRC), led by Simon Lewis, has developed a simple colour-changing test that detects high levels of fluoride quickly and selectively. The test changes from purple to blue when the levels of fluoride in the water are too high. Whilst the test is at the proof of concept stage, the team aims to develop it into a disposable test strip that is low cost and easy to use by anyone.
The Bath researchers are partnering with the Nasio Trust, a charity that works to protect and support vulnerable children in East Africa, to develop their system for ease of use in the field.
The team is now looking for additional partners to take the technology forward and help develop the test. They are also working towards adapting the technology to other types of notorious water contaminants of global concern, including mercury, lead and cadmium.
The core project team consists of Carlos López-Alled, Simon Lewis, Jannis Wenk and Tony James.
Read the full news article about the test.