So I happen to have access to +40 gallons of 2 different organic solvents and was wondering if there's anything interesting/useful I can do with them.
The solvents are 1-Butoxy-2-Propanol and 2-Butoxyethanol. They work wonders for degreasing but surely those butyl groups are just begging to do
something fun! Cou - 2-6-2020 at 22:41
Make acetate esters by fischer esterification. see if they have an interesting smell.
draculic acid69 - 3-6-2020 at 04:29
Can they be hydrolyzed like esters into there respective alcohols?njl - 3-6-2020 at 04:45
Lucky! like drac suggested you could hydrolyze the ether to ethylene glycol and butanol (both useful in large quantities), and the ester to the acid
and ether. I think you can selectively hydrolyze the ester with a strong base and then the ether with an acid after workup.Sulaiman - 3-6-2020 at 06:09
I'd consider selling them in 1 litre bottles via eBay then use the cash to buy more interesting stuff draculic acid69 - 3-6-2020 at 18:20
I'd consider selling them in 1 litre bottles via eBay then use the cash to buy more interesting stuff
I'd agree selling some or trading some is definitely a good idea. Also hydrolyzing some into other products to play with opens up possibilities as
well.DraconicAcid - 3-6-2020 at 18:27
Can they be hydrolyzed like esters into there respective alcohols?
I seem to recall that hydrolysis of an ether is pretty difficult. You may have better luck cleaving them into alkyl halides.Cou - 3-6-2020 at 20:27
Ethers can be hydrolyzed by HBr into alkyl halides. the products will be 1-bromobutane and 1,2-dibromoethanedraculic acid69 - 4-6-2020 at 01:25
Am I right in guessing that hydrochloric acid might be too weak to make the chlorides
Anyway the alkyl halides sound more interesting and they further open up possibilities.
I think straight butanol or secbutanol can be used as a petrol substitute without modification of the car.
[Edited on 4-6-2020 by draculic acid69]Tsjerk - 4-6-2020 at 01:27
Making the chlorides will just be very slow. draculic acid69 - 4-6-2020 at 01:30