Geneviève Pelletier

Full Professor

Laval University

Canada

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Geneviève Pelletier is a Full Professor at Université Laval in Canada. Her research focuses on water quality management, including real-time control solutions for combined sewer overflows, optimization of sampling locations in water distribution systems, and the performance assessment of stormwater management infrastructures. She has published extensively on the impacts of climate change on water systems and the efficiency of various treatment processes, contributing significantly to advancements in environmental engineering.

Articles (14)

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2024

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2024

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2024

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2024

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2023

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2023

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2022

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2021

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2021

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2021

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2021

Collaborators (2)

Sophie Duchesne

Full professor

INRS Eau Terre Environnement

CANADA

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Manuel J Rodriguez

Professor

Laval University

CANADA

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Geneviève Pelletier

Research Interests

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About

Articles (14)

Application of Real-Time Control and Source Control Solutions to Reduce Combined Sewer Overflows: A Review of Approaches and Performances

Performance Assessment of Stormwater Management Infrastructures in a Parking Lot near Montreal, Canada

Optimizing sampling location for water quality degradation monitoring in distribution systems: Assessing global representativeness and potential health risk

Optimal distribution of green and grey infrastructures coupled with real time control of the sewer for combined sewer overflows control as an adaptation measure to climate change

Full-scale determination of pipe wall and bulk chlorine degradation coefficients for different pipe categories

Identifying key pipe attributes and locations to best determine chlorine decay coefficients within a water distribution system

Spatiotemporal optimization of water quality degradation monitoring in water distribution systems supplied by surface sources: A chronological and critical review

Comparison of methods to evaluate overland travel times for source water protection

Real-time model predictive and rule-based control with green infrastructures to reduce combined sewer overflows

Comparative efficiency of oxidation processes to remove acesulfame in water treatment plants supplied by surface water sources

Comparison of Hydrological Model-Based and Geographical-Based Approaches for Estimating Water Travel Times for Source Water Protection

Optimization of Real‐Time Control With Green and Gray Infrastructure Design for a Cost‐Effective Mitigation of Combined Sewer Overflows

Seasonal hydrological and water quality performance of individual and in-series stormwater infrastructures as treatment trains in cold climate

Performance of green infrastructure for storm water treatment in cold climate (Canada)

Collaborators (2)

Sophie Duchesne

Manuel J Rodriguez

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