METHODE OF DEG PREPRATION
The best solvent for glycerol is water because glycerol has high solubility in water. Other solvents that can be used include ethanol and propylene glycol.
Ethylene glycol and glycerol are commonly used as alcohols in waxes. Triacontanol is not typically used in waxes but is used as a plant growth stimulant.
The most basic / simplest is Methanol Useful alternative #1 is Ethylene Glycol Useful alternative #2 is Propylene Glycol There are also non-glycol, "Organic Acid Technology" (OAT) antifreezes used in some automotive applications.
One effective jet fuel freezing point depressant is Diethylene glycol monomethyl ether (DiEGME). It is commonly used in aircraft fuels to lower the pour point and prevent freezing at high altitudes. Other additives such as ethylene glycol and methanol can also be used as freezing point depressants for jet fuel.
no, but polyethylene glycol is.
zero
It's a solvent. It's one of the glycol ethers, and they're used in paints and some inks. If you see the word "cellusolve," you're dealing with a glycol ether. There are differences between the glycol ethers, but they're close enough that they can interchange.
The best solvent for glycerol is water because glycerol has high solubility in water. Other solvents that can be used include ethanol and propylene glycol.
The OH's in glycerol are what make it polor. They lead to the formation of a dipole. As they do in Alcohol and Glycol.
Diglycolamine has a molecular formula of C4H11NO2. This means it has 4 carbon atoms, 11 hydrogen atoms, a single nitrogen atom, and two oxygen atoms.
Ethylene glycol and glycerol are commonly used as alcohols in waxes. Triacontanol is not typically used in waxes but is used as a plant growth stimulant.
The sulfa drug in diethylene glycol, now the main ingredient in radiator antifreeze was used and people died from kidney failure.
no, you are mistaking di-ethylene for di-ethyline , hope this helps
Glycerol is heavier than ethylene glycol because it has a higher molecular weight and more hydroxyl groups, which contribute to its increased density. This increased density results in a higher mass per unit volume compared to ethylene glycol.
You get a polymer! When you have ethylene glycol react with phtalic anhydride in a basic sollution such as NaOH(aq) you'll get a linear polymer. When you have glycerol react with phtalic anhydride in the same way you'll get a crosslinked polymer. The important difference between glycerol and ethylene glycol is the amount of OH groups, and as we all know, the OH groups usually the group that reacts - particularly in the creation of polymers. So in this case your crosslinked polymer will be the glycerol as it has 3 OH groups. One in each end, allowing the molycule to connect with other molecules and create polymers, and one in the middle (connected to the 2nd Carbon Atom) allowing it to react with other polymers. I hope that sort of answers your question
yes its possible
1. DMSO 2. Ethylene glycol 3. Glycerol 4. 2-Methyl-2,4-pentanediol 5. Propylene glycol 6. Sucrose 7. Methylcellosolve 8. Dimethylformamide