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Chang Nong Lim

As seen in: Royal Society of Chemistry
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Articles

Sustainable fertiliser mesh, ‘4D’-precision engineered by flow chemistry: minimising agrochemical pollution

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By Sutton Bonington Campus, Chang Nong Lim, Ian Fisk, Glen Osmond
| Royal Society of Chemistry Verified
Sustainable fertiliser mesh, ‘4D’-precision engineered by flow chemistry: minimising agrochemical pollution† Flow chemistry is best when opening “novel process windows”, and one of six NPW paths is “new chemical transformations”. Flow chemistry has a large impact on syntheses which are particularly mixing-sensitive.
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Sustainable Fertiliser Mesh, '4D'-Precision Engineered by Flow Chemistry: Minimising Agrochemical Pollution

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By Chang Nong Lim, Ian Fisk, Nam Tran, Volker Hessel
| Royal Society of Chemistry Verified
Sustainable Fertiliser Mesh, '4D'-Precision Engineered by Flow Chemistry: Minimising Agrochemical Pollution Flow chemistry is best when opening “novel process windows” (Hessel et al., 2013), and one of six NPW paths is “new chemical transformations”. Flow chemistry has large impact on syntheses which are particularly mixing-sensitive.
Open in Who Shared Issue with article?
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