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Sustainable Lead Remediation
A Novel Phytoremediation Method to Cleanup Lead-Based Paint Contaminated Soils: Phase III - Demonstration Study
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Author: Kylee hackman

Lead exposure route:

February 14, 2022 Kylee hackman

According to the United States Agency for Toxic Substances and Disease Registry (ATSDR) and the US Environmental Protection Agency (USEPA),…

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Posted in: Background Information

Mechanism of lead in the body:

February 13, 2022 Kylee hackman

Lead in fine particles can be inhaled and absorbed directly through the lungs or ingested and absorbed by the GI…

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History of Toxicity and Research:

February 12, 2022 Kylee hackman

Lead toxicity was first recorded as early as 250 BC when physician Nikander of Colophon associated acute lead poisoning with…

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EPA Regulations:

February 11, 2022 Kylee hackman

The EPA regulations for lead concentrations in soil are 400 ppm(parts per million) for residential property, child-occupied facilities, or play…

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Lead clean up:

February 10, 2022 Kylee hackman

Despite efforts to reduce lead exposure, there are still many house/housing facilities that contain lead-based paint. Children pose the most…

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Soil properties, bioavailability, chelating agents:

February 9, 2022 Kylee hackman

Phytoremediation success depends on the bioavailability of the lead in the soil. Bioavailability is the amount of metals available for…

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Posted in: Background Information

Background of the two cities:

February 8, 2022 Kylee hackman

Residential areas in San Antonio, Texas, and Baltimore, Maryland, were chosen for the study (Andra et al. 2006). Baltimore, Maryland,…

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Posted in: Background Information

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Recent Posts

  • Full Research Papers
  • Phase 1: Objectives and Conclusions
  • Aim 1:Incubation greenhouse study with lead spiked soils
  • Aim 2: Evaluation of EDDS to promote lead phytoremediation in soil systems with naturally high lead retention capacity.
  • Aim 3: Biochemical methods behind Vetivers tolerance

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  • Phase 1 Greenhouse Study
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