Opening book details…
Can I read Polysulfides Made from Re-purposed Waste Are Sustainable Materials for Removing Iron from Water† on EtoBox?
Polysulfides Made from Re-purposed Waste Are Sustainable Materials for Removing Iron from Water† by Nicholas A. Lundquist; Max J. H. Worthington; Nick Adamson; Christopher T. Gibson; Martin R. Johnston; Amanda V. Ellis; Justin M. Chalker is a Materials Science article available to read on EtoBox.
What is Polysulfides Made from Re-purposed Waste Are Sustainable Materials for Removing Iron from Water† about?
Water contaminated with Fe^3+^ is undesirable because it can result in discoloured plumbing fixtures, clogging, and a poor taste and aesthetic profile for drinking water. At high levels, Fe^3+^ can also promote the growth of unwanted bacteria, so environmental agencies and water authorities typically regulate the amount of Fe^3+^ in municipal water and wastewater. Here, polysulfide sorbents—prepared from elemental sulfur and unsaturated cooking oils—are used to remove Fe^3+^ contaminants from water. The sorbent is low-cost and sustainable, as it can be prepared entirely from waste. The preparation of this material using microwave heating and its application in iron capture are two important advances in the growing field of sulfur polymers.
Who reads Polysulfides Made from Re-purposed Waste Are Sustainable Materials for Removing Iron from Water†?
It is typically read by researchers, students, and practitioners in Materials Science.
- Author
- Nicholas A. Lundquist; Max J. H. Worthington; Nick Adamson; Christopher T. Gibson; Martin R. Johnston; Amanda V. Ellis; Justin M. Chalker
- Publisher
- Royal Society of Chemistry (RSC)
- Published
- 2018
- Language
- EN
- Field
- Materials Science (Physical Sciences)