Primary Prevention of Outdoor Lead (Pb) Exposure on Residential Properties in Rochester, NY, and Potential of a Sustainable Remediation Solution Involving the Reuse of Drinking Water Treatment Residual (WTR), a Waste Generated Daily by the City

Padmini Das; Stephanie Zamule; Deanna R. Bolduc; Michelle J. Patton; Meghan L. Mendola; Julia Penoyer; Benjamin Lyon; Hanna M. Chittenden; Alexander C. Hoyt; Cassandra V. Dupre; Jack J. Wessel; Ivan Gergi; Charlotte V. Buechi; Jane A. Shebert; Mandeep Chauhan; David Giacherio; Jacob C. Phouthavong-Murphy

doi:10.26434/chemrxiv.12780482.v1

Earth, Space, and Environmental Chemistry

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Primary Prevention of Outdoor Lead (Pb) Exposure on Residential Properties in Rochester, NY, and Potential of a Sustainable Remediation Solution Involving the Reuse of Drinking Water Treatment Residual (WTR), a Waste Generated Daily by the City

10 August 2020, Version 1

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This content is a preprint and has not undergone peer review at the time of posting.

Abstract

Prevention of lead (Pb) poisoning is imperative for public health and environmental justice. This study presents both assessment and affordable mitigation of Pb exposure risks at individual yard scales, which are critically important to homeowners to attain primary prevention, but not yet explored thoroughly.

Keywords

Lead (Pb), primary prevention, in-situ risk assessment, XRF, soil, dust, urban gardens, remediation, chemical immobilization, water treatment residual, WTR, Al-WTR

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ChemRxiv Final Pb Manuscript Das

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Aug 10, 2020 Version 1

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The content is available under CC BY NC ND 4.0

DOI

10.26434/chemrxiv.12780482.v1

Funding

Private partial support by Mr. Larry Peckham and Mrs. Nancy Peckham through Nazareth College High School Summer Research Program in 2018

Nazareth College Summer Opportunities for Activities in Research and Sponsorship (SOARS) in 2018 (partial support)

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None

Primary Prevention of Outdoor Lead (Pb) Exposure on Residential Properties in Rochester, NY, and Potential of a Sustainable Remediation Solution Involving the Reuse of Drinking Water Treatment Residual (WTR), a Waste Generated Daily by the City

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Abstract

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DOI

Funding

Author’s competing interest statement

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