i completely agree LLMs are great tools.
" … rotary kiln simulation … "
Long ago i visited a cement plant and there were no insulation on this huge metallic tube where they were cooking of calcium oxide (++) to produce clincher(klinker?) and i was thinking that there should be a lot of possible optimizations … like having a counter flow process to recuperate heat while the klinker(?) is cooling …
The insulation is on the inside, the steel on the outside needs to be cold to bear the load. This is a limiting factor for indirectly fired rotary kilns.
They do all of what you say, generally really well optimized, since even tiny improvements mean large savings.
Eheran@lemmy.world 1 month ago
This is spreading like cancer now, huh? Why would you even start to think that I am a bot?
A_A@lemmy.world 1 month ago
i completely agree LLMs are great tools. " … rotary kiln simulation … "
Long ago i visited a cement plant and there were no insulation on this huge metallic tube where they were cooking of calcium oxide (++) to produce clincher(klinker?) and i was thinking that there should be a lot of possible optimizations … like having a counter flow process to recuperate heat while the klinker(?) is cooling …
Eheran@lemmy.world 1 month ago
The insulation is on the inside, the steel on the outside needs to be cold to bear the load. This is a limiting factor for indirectly fired rotary kilns.
They do all of what you say, generally really well optimized, since even tiny improvements mean large savings.
A_A@lemmy.world 1 month ago
Nice to know, keep on the good work 👍