Starting from 11:00 to 11:20

Hydrologic and water quality performance of an infiltrating constructed stormwater treatment wetland at an industrial marina in Superior, Wisconsin, United States

• 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

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Starting from 11:20 to 11:40

Surveillance and dimensioning of centralized filtration systems for stromwater treatment

• Speaker - Hilbrands

  Hilbrands

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  Name

  Hilbrands

  Company

  FH Münster University of Applied Sciences

  Country

  Germany

  
  Biographical Sketch
  
  Hello, my name is Eske Hilbrands, I am 27 years old and working since 2022 as scientific employee in the team of Prof. Dr.-Ing. Helmut Grüning at the FH Münster University of Applied Sciences. I have bachelor and master degree in environmental engineering and started my doctorate this year. My reasearch topic is stormwater treatment with (multilayered) filter systems in centralized scale.

  
  All Sessions of "Hilbrands"
  
  

  1. Surveillance and dimensioning of centralized filtration systems for stromwater treatment

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Starting from 11:40 to 12:00

Insights on the pollutant removal resilience and implications on the hydraulic conductivity of biochar amendments in bioswales

• Speaker - Páez-Curtidor

  Páez-Curtidor

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  Name

  Páez-Curtidor

  Company

  Technical University of Munich

  Country

  Germany

  
  Biographical Sketch
  
  Natalie Páez-Curtidor is a Research Assistant and Doctoral Candidate at the Chair of Urban Water Systems Engineering of the Technical University of Munich (TUM). She holds a master’s degree in Environmental Engineering from TUM and an Engineers’ degree in Chemical Engineering from the Universidad Nacional de Colombia. Her current research focuses on enhancing the pollutant retention of urban green infrastructure for stormwater management, with an emphasis on the use of carbonaceous soil amendments. She has previously conducted research in water safety planning, the water-energy-food nexus, decentralized water reclamation systems and Life Cycle Assessment.

  
  All Sessions of "Páez-Curtidor"
  
  

  1. Insights on the pollutant removal resilience and implications on the hydraulic conductivity of biochar amendments in bioswales

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Starting from 12:00 to 12:20

Climate robust integration of green and grey infrastructure for CSO-reduction

• Speaker - Strømberg

  Strømberg

  ×

  Name

  Strømberg

  Company

  Norwegian University of Science and Technology (NTNU)

  Country

  Norway

  
  Biographical Sketch
  
  PhD-Candidate at the Norwegian University of Science and Technology (NTNU) on stormwater and stormwater pollution. Associated with EU Horizon-project StopUP.

  
  All Sessions of "Strømberg"
  
  

  1. Climate robust integration of green and grey infrastructure for CSO-reduction

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Starting from 12:20 to 12:25

Merging SuDS and treatment wetland knowledge for improving bioretention system design for stormwater water pollution control

• Speaker - Rizzo

  Rizzo

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  Name

  Rizzo

  Company

  IRIDRA Srl

  Country

  Italy

  
  Biographical Sketch
  
  Anacleto Rizzo is M.Sc. in Civil Engineering, PhD in Engineering for Natural and Built Environment in 2013. He is an expert in water sustainable management (saving, reuse, recycling); nature-based solutions for wastewater treatment (constructed wetland); water management and climate change adaptation policy; ecosystem services; green and blue infrastructure; sustainable drainage systems (SuDS), co-design of Nature-based Solutions with citizens and stakeholders. Post-Doc in Numerical modeling of hydro-chemical processes in wetlands in 2014 (Politecnico di Torino). From January 2015 in-house consultant in Research, Development, Dissemination and Design for Iridra Srl; from April 2018 he became partner of Iridra Srl. He worked on more than 70 among feasibility studies and design projects on his specific topics (e.g., constructed wetland wastewater treatment plant or SuDS components). He worked since 2018 and is currently involved in several R&D EC Funded projects (H2020: HYDROUSA, PAVITR; MULTISOURCE, NICE; URBiNAT; ENI CBC MED: NAWAMED; Interreg: CWC, RES-EAU; PRIMA: AGREEMed; HE: P2GreeN, CARDIMED). He is author of 35 peer review papers (h-index 20; Source: Google Scholar 22nd Dec 2023) published on international peer review top-ranked journals, 57 conference proceeding for national and international conference, 29 book chapters as well as Editor of “Wetland Technology: Practical Information on Design and Application of Treatment Wetlands” (2019, IWA Publishing) and “Nature-Based Solutions for Wastewater Treatment” (2021, IWA Publishing). He is co-chair of IWA Working Group on Nature-Based Solutions. He is also within the Editorial Board of Science of the Total Environment and collaborates as reviewer for different top-ranked peer review journals (e.g. Ecological Engineering, Water Science and Technology).

  
  All Sessions of "Rizzo"
  
  

  1. 2.09 Merging SuDS and treatment wetland knowledge for improving bioretention system design for stormwater water pollution control
  2. Merging SuDS and treatment wetland knowledge for improving bioretention system design for stormwater water pollution control
  3. Retrofitting interventions with Sustainable urban Drainage Solutions for the hydraulic risk mitigation: the case study of Catania (Sicily, Italy)

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