Investigations Of Supported Bi- And Tri-Metallic Nzvi: Nitrate Reduction And Heavy Metal Removal

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Title

Investigations Of Supported Bi- And Tri-Metallic Nzvi: Nitrate Reduction And Heavy Metal Removal

Content partner

Victoria University of Wellington

Collection

Open Access Victoria University of Wellington

Description

nZVI has been well documented as an effective reagent to remove contaminants, including organic and inorganic substances. However, the drawbacks of nZVI are agglomeration and bioaccumulation due to its magnetic property and nanosize. One of the solutions for these problems is putting nZVI on non-toxic support. Microsilicate600 (Misi), a silicate from a geothermal deposit in Rotorua, New Zealand, has been established to be useful in adsorbing nZVI. Doping nZVI with other metals to generate bim...

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Format

Research paper

Research format

Scholarly text / Thesis

Thesis level

Doctoral

Date created

2020

Creator

Loc Tran

URL

https://figshare.com/articles/thesis/Investigations_Of_Supported_Bi-_And_Tri-Metallic_Nzvi_Nitrat...

Related subjects

Inorganic materials (incl. nanomaterials) / Macromolecular materials / Structure and dynamics of materials / Atmospheric composition, chemistry and processes / Environmental nanotechnology and nanometrology / nanoparticles / nano Zero Valent Iron / bimetallic / trimetallic / microsilicate / nitrate remediation / heavy metal removal / School: School of Chemical and Physical Sciences / Environmental Chemistry (incl. Atmospheric Chemistry) / Chemical Characterisation of Materials / Environmental Nanotechnology / Expanding Knowledge in the Chemical Sciences / Degree Discipline: Chemistry / Degree Level: Doctoral / Degree Name: Doctor of Philosophy

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