Marc Edwards

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Virginia Polytechnic Institute and State University

United States

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Marc Edwards is a Professor at Virginia Polytechnic Institute and State University, USA. His research focuses on drinking water quality, specifically the effects of various compounds and environmental factors on water safety and public health. Recent articles by Professor Edwards explore topics such as lead service lines, heavy metals in drinking water, and the interactions between microbial communities in water systems.

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Corrosion Research

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Marc Edwards

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Articles (30)

Investigation of Organotin Compounds in Drinking Water Contacting Aged PVC Pipes

Mechanistic Study of Iron Sequestration by Phosphates

A Novel, Metal-Based Approach to Identify Residences with Lead Service Lines

Retrospective Analysis of Drinking Water Microcosm Microbiomes Reveals an Apparent Antagonistic Relationship between Neochlamydia and Legionella

Testing for heavy metals in drinking water collected from Dog Aging Project participants

Household Point-of-Use Faucet Filters for Lead Removal: Field Performance and User Experiences

A Novel Mechanism of Lead–Tin Solder Spallation in the Presence of Nitrate

Untangling the Effects of Hydraulic Design on Opportunistic Pathogen Growth Potential with an at-Scale Plumbing Rig

Water Heater Type, Temperature Setting, Operational Conditions, and Insulation Affect Ecological Niches for Legionella Growth

Guidance for Residents Addressing Copper Problems in Drinking Water: Opportunities and Challenges

Zinc Orthophosphate Can Reduce Nitrate-Induced Corrosion of Lead Solder

Effects of Copper on Legionella pneumophila Revealed via Viability Assays and Proteomics

Competition for engineering tenure-track faculty positions in the United States

A Citizen Science Approach to Evaluating Consumer Water Safety Concerns (2011–2022)

Considering a Utility-Centric Framework Based on “Minimum Orthophosphate” Criteria for Mitigation of Elevated Cuprosolvency in Drinking Water

Exploring Aspects of Water Infrastructure System Trust in US Shrinking Cities

Simultaneous Use of Polyphosphate for Sequestration and Antiscaling

Free Chlorine Can Inhibit Lead Solder Corrosion via Electrochemical Reversal

Shotgun Metagenomics Reveals Impacts of Copper and Water Heater Anodes on Pathogens and Microbiomes in Hot Water Plumbing Systems

Considering Some Negative Implications of an Ever-Decreasing U.S. Centers for Disease Control and Prevention (CDC) Blood Lead Threshold and “No Safe Level” Health Messaging

Phosphate Chemical Use for Sequestration, Scale Inhibition, and Corrosion Control

Rapid Pitting of Copper Tube from Deposits of Cathodic Manganese in Hot Water Systems: Mechanism and Effects of Water Chemistry

Did a nocebo effect contribute to the rise in special education enrollment following the Flint, Michigan water crisis?

Metagenomic Profiling of Pathogens in Simulated Reclaimed Water Distribution Systems Operated at Elevated Temperature Reveals Distinct Response of Mycobacteria to Filtration and Disinfection Conditions

Seasonal Fluctuations in Nitrate Levels Can Trigger Lead Solder Corrosion Problems in Drinking Water

Exploring the Relationship between Public Trust toward the Water Sector and the Use of Bottled Water within US Shrinking Cities

Premise Plumbing Pipe Materials and In-Building Disinfectants Shape the Potential for Proliferation of Pathogens and Antibiotic Resistance Genes

Challenges Controlling Cuprosolvency in Drinking Water Using “Minimum pH” Criteria

Stability of Cement Mortar Lining in Drinking Water Supply Pipelines under Different Hardness and Alkalinity Conditions

Copper Pipe, Lack of Corrosion Control, and Very Low pH May Have Influenced the Trajectory of the Flint Legionnaires’ Disease Outbreak

Collaborators (5)

Kelsey Pieper

Greg Gamble

Richard Helm

Rebekah Martin

David M. Cwiertny

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