Hi Calligula, are you invested in FGR ?
I hope you know that FGR have 2 methods of making Graphene, VFD and the electrochemical exfoliation, FGR's total production of graphene is based on electrochemical = 100tpa
I think you need to do a little more research on VFD.
FGR / 2d fluidics are looking at increasing the size of the VFD units, the lab version has successfully been used to cut carbon nano tubes, has 3 methods of Biodiesel production - all are higher yielding / lower cost production to existing methods. it can make graphene, graphene oxide, carbon nano dots, graphene scrolls, fullerenes, used in cancer treatment, it can functionalise graphene, ect.
from the VFD website
"The scalability of processing depends on the volume of material required. For example, this could be a single Vortex Fluidic Device unit for niche applications in medicine and nanotechnology, or a parallel array of multiple units or a single large unit for much higher volume industrial applications."
Have a read through all of professor Raston's research papers ?
https://scholar.google.com.au/...ser=nP7OBe8AAAAJ&hl=en&oi=aoJust out of interest, can you point to one commercial manufacture of mono layer graphene ?
or any application that will need commercial quantities of mono layer graphene,
most application will be able to use FLG / GNP (3-10 layer graphene) i.e plastic, inks, concrete.
@ariande FGR's new specification is based on the electrochemical exfoliation, not VFD,
vfd was also invented in Australia,