NO, you cannot at present use a hydrocarbon gas detector which generally use IR absorption technology to detect hydrogen.
BC type Dry powder extinguisher is the hydrocarbon extinguisher since it is used for extinguishing hydrocarbon fires.
Vaseline is a hydrocarbon base; a substance used to contain other active ingredients.
When it comes to camping gas, the main component is typically propane, which is a highly flammable hydrocarbon gas. Butane is another commonly used component in camping gas, and it is also a flammable hydrocarbon gas. These gases are used as fuel for camping stoves, lanterns, and heaters due to their high energy content and ease of use.
butadiene
diesel is a hydrocarbon!
hydrocarbon
Every hydrocarbons(hydrogen and carbon containing compounds covalently bonded) especially alkanes are highly combustible.so any hydrocarbon can be used but mainly used are methane, butane and the most is petroleum which is also a derivative of hydrocarbon.
checking ph
Methanol. CH4 is Methane. OH is an alcohol (so you ad the "ol" ending). So you get: Methane + ol --> Methanol. It is a poisonous alcohol commonly synthesized from methane gas (natural gas), typically of petroleum origin, but also possible from natural "biogas". It is used in "racing fuel", biodiesel production, as well as a solvent.
BC type Dry powder extinguisher is the hydrocarbon extinguisher since it is used for extinguishing hydrocarbon fires.
Vaseline is a hydrocarbon base; a substance used to contain other active ingredients.
You probably mean hydrocarbons.... In organic chemistry, a hydrocarbon is an organic compound consisting entirely of hydrogen and carbon. The term 'hydrocarbons' is informally used in the energy industry to refer to oil and gas.
butadiene
oils
boo
When it comes to camping gas, the main component is typically propane, which is a highly flammable hydrocarbon gas. Butane is another commonly used component in camping gas, and it is also a flammable hydrocarbon gas. These gases are used as fuel for camping stoves, lanterns, and heaters due to their high energy content and ease of use.
C3H8 + 3 NH3 → 3 HCN + 7 H2 Is the Shawinigan Process where a hydrocarbon reacts with ammonia (propane is just used as an example) CH(O)NH2 → HCN + H2O The decomposition of methanamide is also a common way to produce Hydrogen cyanide