cyclohexane

It's a large cyclohexane that's relatively non-polar (the first comment in that reddit link agrees).

To get the last 5% of water out you typically add benzene or cyclohexane, which remains as a trace contaminant in the final product.

But drawing cyclohexane would be difficult because of the non-planar hydrogens.

Interestingly cyclohexane, which has the same hexagonal 6-carbon structure as benzene but with 6 additional hydrogen atoms around the circle, has a miserable antiknock performance.

I think it’s aromatic hydrocarbons, rings like cyclohexane and hybridized rings like benzene, that tend to be greater risk with chronic exposure.

To push past that limit requires azeotropic distillation using such fun substances as cyclohexane, benzene, and isooctane, and they definitely do exist in the final distillation output.

- Why is their favicon cyclohexane instead of benzene, if that was why they're going for?

It's not gasoline now (according to wiki: cyclohexane, nonane, octane, heptane, and pentane.) Naptha also works in those stoves but doesn't last as long.

Methanol, ethanol, propanol, acetone, benzene, cyclohexane are all highly combustible and colorless.

Examples include alkanes, alkenes, alkynes like propane, ethylene, propylene, cyclohexane, etc.

Elemental analysis is both rather easy (just burn it and measure out the CO₂/H₂O/NO₂/SO₂ + other impurities) and rather useless (a cyclohexane and a hexene both have the same chemical formula yet have very different structures and very different reactive potentials).

Anyway not sure most residents even know where there but we have tons of hazardous chemicals at the site including drums of JP8 (jet fuel) stored outside near the “common areas”, giant totes of cyclohexane in a shed on the parking lot.

Cyclohexane rings connected by poly-yne chains of equal length.

Cyclohexane consumes around 10% of the world's benzene production; it is primarily used in the manufacture of nylon fibers, which are processed into textiles and engineering plastics.