An exciting EPSRC PhD Studentship @CivilSheffield: The impact of sample line biofilms on drinking water quality and microbial compliance. The PhD programme benefits from being part of @CDTWire. Apply before 14th July 2023.
https://t.co/w4C2o52zFT
An exciting PhD opportunity @CivilSheffield: Modelling pathogen and biofilm behaviour within drinking water distribution systems. Closing date: Friday 30th June 2023.
https://t.co/dRRZ6gNZB0
A new PhD Studentship @CivilSheffield: The impact of disinfectant residuals on biofilms within drinking water distribution system. Closing date: Friday 30th June 2023. https://t.co/Hug4XBbZye
We are excited to announce five fully PhD studentships with @EPSRC@CDTWIRe at @EngineeringNCL. The studentships have been co-created with industry & are on a wide range of topics.
Check out the available opportunities & be a part of cutting-edge research: https://t.co/viIJBXWWqd
Thoroughly enjoyed the @IWAHQ Biofilms 2022 Conference – Processes in Biofilms, Fundamentals to Applications in December. It was great to present my @CivilSheffield research on biofilm monitoring within drinking water systems.
A new PDRA opportunity @CivilSheffield to enhance understanding of background leakage within water distrbution systems. Apply by 23rd January 2023. https://t.co/88YD5zPFRY
📣@CivilSheffield have 2 #PhD studentships available:
🥤Modelling pathogen & #biofilm behaviour within drinking water distribution systems https://t.co/0fOx306tHv
🚱The impact of disinfectant residuals on #biofilms within drinking water distribution https://t.co/FVqm9D0XqS
An exciting fully funded PhD studentship @CivilSheffield exploring the impact of disinfectant residuals on biofilms within drinking water distribution system. Apply by 31st January.
https://t.co/THGWlmRLay
A new PhD opportunity @CivilSheffield on a cutting edge new project modelling biofilm interactions in pipes. Apply by end of Jan https://t.co/kLrkeFAIA2
A great poster presentation from Killian Gleeson at the @WWEM_Exhibition. His poster is titled “Linking Water Quality Sensors in Distribution Systems” and is part of the @WaterSensors poster competition. @sheffielduni@Siemens@CDTWire
There are a number of fantastic #PhD opportunities available through #WIReCDT. All come with an enhanced stipend, all fees paid and a bespoke training and development programme. Find out more: https://t.co/viIJBXWWqd
Delighted to have our research looking into assimilable organic carbon cycling within drinking water distribution systems published in @WaterRes_J. Please click on the link below to read the open access article: https://t.co/QMUKkh0O41
Here is my #IWAPoster entitled “Why Manage Assimilable Organic Carbon Within Drinking Water?” in collaboration with @sheffielduni & @scottish_water. My poster highlights the link between organic carbon & the microbiology of drinking water. All comments and questions are welcome!
@IWAUKYWP@sheffielduni@scottish_water The AOC fraction of organics is small, representing 0.1-8.5 % of DOC, & is made up of low molecular weight organics. However, it’s really important to measure AOC as it is the fraction of carbon most easily consumed by bacteria, facilitating microbial growth in drinking water.
Here is my #IWAPoster entitled “Assimilable Organic Carbon Cycling Within Drinking Water” in collaboration with @sheffielduni & @scottish_water. My poster highlights the interactions between AOC, biofilms and drinking water quality.
All comments & questions are welcome!
@IWAUKYWP@sheffielduni@scottish_water Great question! Yes, total organic carbon (TOC) can be sub divided into different fractions of carbon which include dissolved organic carbon (DOC), biodegradable organic carbon (BDOC) and assimilable organic carbon (AOC).
🚨 The deadline for submission of abstracts to the TWENTY65 Conference 2021 is TODAY.
To be part of this exciting #water event submit your abstract here: https://t.co/Umns0tz4D4