All Extraction articles
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FeatureDecomposition in daily life
Introduce your students to some applications of decomposition reactions: clean energy, bleach and baking
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FeaturePhytomining: how to mine a tree
Useful metals can be extracted from contaminated soil using plants
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ResourcePhytomining | 14–16 years
Explore cutting edge industrial solutions to traditional mining with these differentiated resources which include an interactive cloze, sequencing activity and a storyboard template.
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Interview‘We can’t get rid of fossil fuels and not have an alternative’
Meet Phil Mercer, a chemist helping plan for a new lithium mine in Cornwall
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FeatureYour place or mine? The local business of lithium mining
Lithium-ion batteries will power the next generation of electric cars, but how can we mine lithium with minimal impact on the environment?
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NewsA more energy-efficient lithium electrolysis
Could a ceramic hold the key to cheaper and less noxious lithium extraction using electrolysis?
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NewsCatalyst metal recovery adds greener notes to whisky production
Magnetite nanoparticles recover copper waste from whisky manufacturing process
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ExperimentReduction of copper(II) oxide by hydrogen
Determine the formula of copper(II) oxide by reducing it using hydrogen or methane, in one of three methods available to you in this practical. Includes kit list and safety instructions.
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Magnificent moleculesTungsten carbide
The alloy that links armour-piercing bullets and ball point pens
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Exhibition chemistryCreating copper
Declan Fleming presents a beautiful demonstration with lots of teaching potential
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ResourceNuclear decommissioning: turning waste into wealth
This context/problem-based learning (C/PBL) resource is part of a collection we have commissioned for you to use with your undergraduate students. This 5 credit module is based on the following scenario:Your students will consider the management of a nuclear decommissioning project with a focus on adding value by re-purposing the ...
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ResourceWaste to wealth videos: Peter Ivanov
This resource forms part of a collection of videos that aims to provide undergraduate students with insights into what it is like to work in the nuclear industry.In these videos Peter Ivanov explains what it is like to work as a radiochemist. He describes the role of solvent extraction in ...
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ExperimentExtraction of iron on a match head
Try this practical as a small scale example of metal extraction, reducing iron(III) oxide with carbon on a match head. Includes kit list and safety instructions.
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ResourceManufacturing sodium carbonate
A worksheet with an account of the Solvay process and questions on the process and raw materials. This resource is part of the ‘Sodium carbonate – a versatile material’ resources collection, which presents learning material based on the manufacture and uses of sodium carbonate made by the Solvay (ammonia-soda) process.
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ExperimentColourimetric determination of copper ore
Use this practical to introduce students to the determination of copper ore by colourimetry using copper(II) sulfate. Includes kit list and safety instructions.
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ResourceThe isolation of the platinum group metals │16–18 years
A comprehension exercise on the solvent extraction of platinum, supported by a demonstration of the partition of iodine between two solvents