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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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Month: March 2022

Phase 1: Objectives and Conclusions

March 29, 2022 Kylee hackman

An incubation greenhouse study was conducted to determine the efficiency of vetiver grass in lead phytoremediation. The objectives of this…

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Posted in: Phase 1

Aim 1:Incubation greenhouse study with lead spiked soils

March 28, 2022 Kylee hackman

Effective phytoremediation depends on factors such as soil chemistry, soil watering holding capacity, lead concentrations, plant species, and lead bioavailability.…

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Posted in: Phase 1

Aim 2: Evaluation of EDDS to promote lead phytoremediation in soil systems with naturally high lead retention capacity.

March 27, 2022 Kylee hackman

After six months of planting, EDDS and EDTA amendments were added at 3 different rates 0,10,15 mM/kg. Ethylenediaminetetraacetic acid (EDTA)…

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Posted in: Phase 1

Aim 3: Biochemical methods behind Vetivers tolerance

March 26, 2022 Kylee hackman

Biochemical mechanisms are also used to suppress the phytotoxic effects of heavy metals. A common mechanism is phytochelatins (PC) which…

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Posted in: Phase 1

Aim 4: Evaluate the use of a perennial, bitter tasting accumulator grass (Vetiveria zizanioides) in reducing human bioavailability of soil lead:

March 25, 2022 Kylee hackman

The bioavailability of lead in the soil is a determining factor for human health risk and exposure. The word bioaccessibility…

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Posted in: Phase 1

Phase 2: Simulated field study

March 24, 2022 Kylee hackman

A field study was conducted to evaluate the efficiency of chelating agents EDTA and EDDS on phytoremediation by vetiver grass…

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Posted in: Phase 2: Simulated Field Study

Phase 1 Greenhouse study: Aim’s 1 and 2

Kylee hackman

An incubation greenhouse study was conducted to determine the efficiency of vetiver grass in lead phytoremediation. The objective of this…

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Posted in: Phase 1 Greenhouse Study

Phase 2: Hurricane Sandy

March 23, 2022 Kylee hackman

The first application of EDTA was applied to the New Jersey field site. Hurricane Sandy hit the coastline a few…

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Posted in: Phase 2: Simulated Field Study

Phase 1 Greenhouse Study: Aim 3

Kylee hackman

Antioxidant enzymes are defense mechanisms that the plant releases during stressful conditions to prevent further oxidative stress. Superoxide dismutase, glutathione…

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Posted in: Phase 1 Greenhouse Study

Phase 2: First EDDS application

March 22, 2022 Kylee hackman

The first chelating agent application was EDDS at 10 mmol/kg. Leaching samples were analyzed before and after treatment of EDDS…

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Posted in: Phase 2: Simulated Field Study

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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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  • Full Research Paper
  • Phase 1
  • Phase 1 Greenhouse Study
  • Phase 2: Simulated Field Study
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