Starting from 11:00 to 11:20

Review of design, operational conditions, and mathematical modeling of Anammox-based systems: A special emphasis on SNAD in soil-plant-based biofilters

• Speaker - Kamilya

  Kamilya

  ×

  Name

  Kamilya

  Company

  Queensland University of Technology

  Country

  Australia

  
  Biographical Sketch
  
  My name is Tuhin Kamilya. I am a Higher Degree Research (HDR) student in the Civil Engineering Department at Queensland University of Technology. Previously, I was a junior research fellow in the environmental engineering department of the Indian Institute of Technology Kharagpur. I am a first-class first gold medalist student and have a 9.07 CGPA (out of 10) in master's degree, and have 3 years of experience as a senior civil engineer in a multinational company (L&T ECC) as a senior civil engineer. I have experience with the constructed wetland system and have several publications in different top-reputed Q1 journals.

  
  All Sessions of "Kamilya"
  
  

  1. Review of design, operational conditions, and mathematical modeling of Anammox-based systems: A special emphasis on SNAD in soil-plant-based biofilters

  Close

Starting from 11:20 to 11:40

Interaction of micropollutants and bacteria in a constructed wetland treating road runoff

• Speaker - Seidl

  Seidl

  ×

  Name

  Seidl

  Company

  Ecole des Ponts ParisTech

  Country

  France

  
  Biographical Sketch
  
  Senior researcher in the field of urban hydrology, with focus on sustainable urban drainage systems and how nature can contribute to better treat urban run off.

  
  All Sessions of "Seidl"
  
  

  1. Interaction of micropollutants and bacteria in a constructed wetland treating road runoff

  Close

Starting from 11:40 to 12:00

Hydrologic and Water Quality Performance of a Bioretention Cell Eight Years Post-Construction

• Speaker - Winston

  Winston

  ×

  Name

  Winston

  Company

  Ohio State University

  Country

  United States

  
  Biographical Sketch
  
  Andrew Tirpak is a Research Scientist at The Ohio State University in Columbus, Ohio, USA, where he studies the performance of green stormwater control measures and ways to improve the treatment of urban and construction site runoff.

  
  All Sessions of "Winston"
  
  

  1. 2.16 Impacts of Urban and Forseted Land Use on Runoff Quality: Implications for Improved Stormwater Management
  2. 2.01 Comparing the hydrologic and water quality performance of bioretention and high rate biofiltration at a marina in Huron, Ohio, United States
  3. Hydrologic and water quality performance of an infiltrating constructed stormwater treatment wetland at an industrial marina in Superior, Wisconsin, United States
  4. Comparing the hydrologic and water quality performance of bioretention and high rate biofiltration at a marina in Huron, Ohio, United States
  5. Impacts of Media Composition, Vegetation Type, and Groundwater Interactions on Bioretention Cell Performance in Ohio, USA
  6. Hydrologic and Water Quality Performance of a Bioretention Cell Eight Years Post-Construction
  7. Holistic Hydrologic Benefits of Neighbourhood-scale Green Infrastructure Implementation in Columbus, Ohio, USA

  Close

Starting from 12:00 to 12:20

Removal of trace level organic chemicals from pre-treated wastewater in vegetated biofiltration systems

• Speaker - Yuan

  Yuan

  ×

  Name

  Yuan

  Company

  University of New South Wales (UNSW)

  Country

  Australia

  
  Biographical Sketch
  
  An MPhil graduate in Civil and Environmental Engineering with a strong academic foundation and expertise in Water Sensitive Urban Design (WSUD), specialising in water management and water treatment, showcasing a profound understanding of pollution and associated risks across various water sources.

  
  All Sessions of "Yuan"
  
  

  1. Removal of trace level organic chemicals from pre-treated wastewater in vegetated biofiltration systems

  Close

Starting from 12:20 to 12:25

A review on the role of media in anammox-based bioretention systems treating wastewater

• Speaker - Srivastava

  Srivastava

  ×

  Name

  Srivastava

  Company

  Queensland University of Technology

  Country

  Australia

  
  Biographical Sketch
  
  Ashish Srivastava is a PhD candidate at the School of Civil and Environmental Engineering, Queensland University of Technology, Brisbane. His research focuses on biofiltration for nitrogen removal from polluted waters using nitrification, denitrification, and the anammox process. He is interested to study the role of media and operational parameters to enhance biofiltration operation.

  
  All Sessions of "Srivastava"
  
  

  1. 1.25 A review on the role of media in anammox-based bioretention systems treating wastewater
  2. A review on the role of media in anammox-based bioretention systems treating wastewater

  Close

Starting from 12:25 to 12:30

Adsorptive removal of Cu2+ and Zn2+ from highway runoff by using alum sludge in a Permeable Reactive Barrier System

• Speaker - Wu

  Wu

  ×

  Name

  Wu

  Company

  University of Sheffield

  Country

  United Kingdom

  
  Biographical Sketch
  
  Dr. Yiqi Wu is a Post-doctoral Research Associate in Civil Engineering at the University of Sheffield. She has been collaborating closely with Network Rail on projects related to UK railway drainage assets. Yiqi has developed degradation and performance models that enable a better understanding of the impact of both asset conditions and future climate change on drainage performance. Her work extends to the development of a comprehensive whole-life cost framework, aiding in the effective management of assets by providing proactive intervention strategies to mitigate flooding risks and minimise overall life cycle costs. Additionally, Yiqi is actively involved in various research projects investigating the risk of railway drainage related failures using Machine Learning techniques.

  
  All Sessions of "Wu"
  
  

  1. 1.26 Adsorptive removal of Cu2+ and Zn2+ from highway runoff by using alum sludge in a Permeable Reactive Barrier System
  2. Analyzing the effectiveness of Blue and Green Infrastructures in urban environments using a fine-scale water balance model
  3. Adsorptive removal of Cu2+ and Zn2+ from highway runoff by using alum sludge in a Permeable Reactive Barrier System
  4. Coupling cross-scale modelling with SSP-RCP projections to investigate carbamazepine fates in rivers under climate change and urbanization
  5. Data-Driven Machine Learning approaches for prediction of failure events due to impaired drainage asset condition

  Close