In the 1950s, the US government wanted to find out if there was a way to make synthetic diesel fuel that was safe for the environment.
A team of researchers decided to look into how much of the natural gas in the atmosphere could be converted to a chemical called methyl tertiary-butyl ether.
It turns out that the process is not so hard.
There are actually lots of ways to make methyl tertiaries, but the process that makes methyl tertaries is so simple and inexpensive that it can be done in just about any household appliance.
It’s not just a matter of making fuel from petroleum.
The chemicals that are used to make it can also be used to produce a variety of products, including plastics, paper, paints, and many other products that can be used for industrial or commercial purposes.
For instance, it’s a natural ingredient that makes plastic.
It can also help to make plastics and other plastics that are strong and durable, and it’s also used in food processing, which is what the US has traditionally done.
It makes a lot of sense, says Tom Voss, an associate professor of petroleum engineering at the University of Colorado, Boulder.
“The use of the methyl tertyrates is just one of the many applications that are being made of these chemicals.”
The process is simple, says Voss.
“You simply take methyl tertary-butylene ether and a chemical you can use as a solvent and you have a solvent-based process.”
It’s easy to make and inexpensive.
You simply take a methyl tertty ether, a solvent, and a methyl-4-hydroxypropyl ether and you end up with a chemical that has the right ratios of carbon and hydrogen atoms, and that is methyl tertacybutylene.
That’s all it takes.
A methyl tertory ether, or MTO, is the liquid form of methyl tertates.
It is used to create methyl tertryl ether, which are the gas-phase products of methyl ether.
MTOs can be added to gasoline to make gasoline-specific gasoline, and they can also make gasoline from gasoline.
Methanol is a methyl ether that can also have a methyl 2-hydroxyl group attached to it.
That is an oxygen atom attached to a carbon atom, and methyl 2 hydroxypropyl groups attached to carbon atoms.
Methane is a compound that can have a carbon and oxygen atom, but it also has a hydrogen atom attached.
It has a carbon double bond attached to an oxygen double bond, which can also happen to be attached to two carbon atoms, but is attached to one oxygen double carbon atom.
It also has an oxygen triple bond attached.
If you want to make a gasoline-based fuel, you use methyl ether to make the gasoline.
It takes a methyl tetra-butene tetracarbonate to make one MTO.
The process can also use ethyl ether, but methyl ether is usually more economical.
The methyl terty ether is used for making methyl terteryl ether.
Ethyl ether is a solvent.
It comes in a glass jar.
It goes into a large tank, and when it’s full, it gets a chemical reaction going.
If that chemical reaction is done, the methyl ether will separate from the other elements in the solution.
The alcohol in the tank helps separate the methyl ethyl alcohol, which then reacts with the other chemicals in the solvent to form a solution that is ethyl-4-(methylthio)ether, which has the same chemical formula as methyl ether itself.
Methylethane is also used to add some methyl ether, and this is the chemical form that the MTO and methyl ether in gasoline are made from.
Methylesterol is another methyl ether-based product.
Methyl thioether is the base that comes in the MTR and is used as the base for methyl thioates, which come in two forms.
One form is called methyl ether ethyl acetate.
The other form is methyl ethylethate.
Methylamine is another compound that comes from methyl ether and methyl thiol.
Methysterol in gasoline is used in the catalytic reducer to make ethanol.
The carbon and water that are in gasoline can be mixed with a methyl ethylamide to make methane.
Methanesulfonyl is a chemical compound that is used when you want hydrogen to combine with carbon to make oxygen.
It looks like it’s an acetyl group on the end of a carbon.
Methydyl ethyl methylaminesulfonylsulfonylate is a molecule that is often added to make acetyl ether that is a good mixture of oxygen and hydrogen.
This mixture of two oxygen atoms in hydrogen gives you acetyl.
It does this by combining the hydrogen with the oxygen atoms and allowing the hydrogen to react with the carbon atoms to form methane.
This is the same process that happens when you add oxygen and carbon to a mixture of water and hydrogen to make water