I would really recommend just disconnecting the keg and refilling it in the fume hood. You're definitely inhaling a lot of solvent vapors while pouring in the open lab. Then you can degas in the hood without running a tripwire across the aisle.
So is the solvent dispensed by the system generally good to use for carbon-carbon coupling without having to sparge the solvent beforehand? Or freeze-pump-thaw?
TFW you have never seen a solvent purification system... I thought it was a distiller LMAO How many money you need to have a tap dispenser for solvents...
Seriouly? A line blockig a gangway and connected with a solvent container. At least use signal colors on the warning. But better use those cabel tunnels in black/yellow were even trucks could drive over. Even when it is temporary.
What type of plug into the wall do you need for this system's power?
I would really recommend just disconnecting the keg and refilling it in the fume hood. You're definitely inhaling a lot of solvent vapors while pouring in the open lab. Then you can degas in the hood without running a tripwire across the aisle.
Love those canisters!
Good one
Good
So is the solvent dispensed by the system generally good to use for carbon-carbon coupling without having to sparge the solvent beforehand? Or freeze-pump-thaw?
That's the idea, yes. See the original paper explaining the idea at pubs.acs.org/doi/abs/10.1021/om9503712
This solvent purification system company name, plz
MBraun
TFW you have never seen a solvent purification system... I thought it was a distiller LMAO
How many money you need to have a tap dispenser for solvents...
Seriouly? A line blockig a gangway and connected with a solvent container. At least use signal colors on the warning. But better use those cabel tunnels in black/yellow were even trucks could drive over. Even when it is temporary.