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Writer's pictureHannah Casswell

Announcing the Finalists for the SWIG Early Career Researcher Poster Competition at WWEM 2024!

We are excited to unveil the finalists for this year's SWIG Early Career Researcher Poster Competition. After a rigorous review of many exceptional entries, three standout researchers have been selected to showcase their innovative work at the upcoming WWEM conference. The conference will be held on October 9th and 10th at the Birmingham NEC, and we invite you to join us in celebrating these remarkable achievements.


Meet the Finalists:


  1. Jah Shamas

    University of Sheffield


    Abstract: While the dynamics of pressurized pipelines are well understood, less attention has been given to their partially-filled counterparts. This research investigates hydraulic conditions in these pipes, focusing on how energetic turbulent structures exert wall-normal pressure fluctuations. Jah's work utilizes a novel flush-mounted fiber-optic sensor (FOS) embedded in the pipe wall to relate boundary layer pressure fluctuations to flow dynamics. The proposed method can infer turbulent pressure lengthscales and estimate mean flow velocity across different flow regimes.

  2. Michaela Hogan

    Aquamonitrix Ltd / T.E. Laboratories Ltd (TelLab)


    Abstract: Current methods for monitoring nitrite, nitrate, and ammonium in wastewater treatment are outdated and limited. Michaela’s research introduces the total inorganic N analyser developed to provide real-time data with lab-quality accuracy and ease of maintenance. The Aquamonitrix TIN analyser supports process control in wastewater treatment plants by optimizing energy use and emissions control, providing a more effective approach to nitrification/denitrification processes.


  3. Yicheng Yu

    University of Sheffield


    Abstract: This poster explores the use of robotic systems equipped with acoustic sensors for inspecting wastewater pipes. Yicheng’s research presents a more efficient alternative to traditional CCTV methods, leveraging acoustic waves to detect and localize defects with improved accuracy. The technology integrates microphone array processing techniques, such as modal decomposition and beamforming, to enhance sensing range and computational efficiency. The research also introduces a theoretical framework to address factors like wall roughness and water levels, paving the way for autonomous robots in pipe inspection.


Presentation Details:


  • Date: October 9th, 2024

  • Time: 14:30

  • Location: Regulatory Monitoring stage, WWEM Conference


Each finalist will have 10 minutes to present their poster to an audience of delegates and a panel of judges. The presentations will also be displayed on a screen during this time.


Get Involved!


We encourage all attendees to support these emerging researchers by attending their presentations and casting your vote for your favorite poster. Your participation is crucial in recognising and celebrating their groundbreaking work.


Join Us at the Gala Dinner!


The winner of the SWIG Early Career Researcher Poster Competition will be announced during the Gala Dinner on the evening of October 9th. We encourage everyone to attend this exciting event to support our finalists and celebrate their outstanding contributions. It’s a fantastic opportunity to network and enjoy an evening of recognition and celebration.


If you haven’t registered for WWEM yet, you can do so here.


We look forward to seeing you at WWEM and celebrating the exceptional work of our finalists!



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