Herein, pomegranate-like Silicon/Nitrogen-doped graphene microspheres (PSNGM) constructed by individual Si nanoparticle core wrapped by flexible nitrogen-doped reduced graphene oxide nanosheets (NG) have been synthesized through a facile and industrially large-scale spray drying approach.
All the technological components of the project are already produced industrially at large scales.
Vegetable oils like rape seed or soybean oil are produced industrially in large scale.
Mineral separation by froth flotation is carried out industrially by large and complex circuit arrangements, the layouts of which are based on flotation kinetics, modelling and experience.
A distributive reaction-mixing synthesis model has been combined with an industrially proven large kinetic scheme, SPYRO®, which contains over 7000 reactions between 218 molecular and 27 radical species.
Fermented alcoholic beverages are produced traditionally at small scale as well as industrially at large scale.
Alcohol can be produced locally or industrially in large or small quantities based on the available resources across the world (ePURE, 2017).
Acetic acid is mainly produced industrially on large scale from methanol carbonylation which accounts for 65% of world capacity, but gives rise to many problems, such as corrosion and waste disposal.
This self-healing approach has been further implemented into industrially relevant, larger stringer run-out panels as a feasibility study, in which no knockdown to mechanical properties caused by the embedded vascular microchannels has been observed, this study has also shown similar promising results in terms of performance recovery.
Electron beam physical vapor deposition (EB-PVD) is an industrially well established large area PVD technology.
The food system is already pervasively shaped by the Farm Bill, which spends nearly $15 billion per year on subsidies and $10 billion on conservation measures, deeply shaping what farmers grow and where, and tending to benefit large, industrially oriented operations.
