Yes, for those you need quality steel and machine it with precision, every single one. You can not simply make a larger reactor to scale production 10x.
Yes, for those you need quality steel and machine it with precision, every single one. You can not simply make a larger reactor to scale production 10x.
For artillery ammunition?
Fuck, man, artillery shells are made to fired in the thousands. Dumb rounds, at least, require no such level of precision - and, for that matter, making a ‘larger reactor’ is an oversimplification of the process necessary to scale the production of explosive material.
I am pretty sure I can grasp exactly how to scale up the production of some chemical as a chemical engineer doing exactly that as a job. Bulk production of chemicals is EASY to scale compared to such discrete manufacturing.
The level of precision requires tuning the casing. If you think that is not precision, okay, whatever precision means for you is not relevant. It is hard to scale. You can not simply cast them continuously and be done with it.
I am pretty sure I can grasp exactly how to scale up the production of some chemical as a chemical engineer doing exactly that as a job. Bulk production of chemicals is EASY to scale compared to such discrete manufacturing.
Most facilities are not built for rapid expansion of processing explosive material. The current expansion of US RDX production capacity is projected to take half-a-decade and a billion dollars.
Explosives are dirt cheap and easy to manufacture on an industrial scale. If they put less somewhere, cost or availability is not the reason.
Man, this is a war in which artillery ammunition has seen severe supply shortages, not delivery shortages.
Everything has a cost.
Yes, for those you need quality steel and machine it with precision, every single one. You can not simply make a larger reactor to scale production 10x.
For artillery ammunition?
Fuck, man, artillery shells are made to fired in the thousands. Dumb rounds, at least, require no such level of precision - and, for that matter, making a ‘larger reactor’ is an oversimplification of the process necessary to scale the production of explosive material.
I am pretty sure I can grasp exactly how to scale up the production of some chemical as a chemical engineer doing exactly that as a job. Bulk production of chemicals is EASY to scale compared to such discrete manufacturing.
The level of precision requires tuning the casing. If you think that is not precision, okay, whatever precision means for you is not relevant. It is hard to scale. You can not simply cast them continuously and be done with it.
Most facilities are not built for rapid expansion of processing explosive material. The current expansion of US RDX production capacity is projected to take half-a-decade and a billion dollars.