Unit 3 : Fuels Flashcards

1
Q

is the hardest type of coal and has more carbon and more energy.

A

Anthracite

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2
Q

has low carbon content but high in hydrogen and oxygen contents.

A

Lignite

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3
Q

falls in between the range of anthracite and lignite coals for its
hardness and energy output.

A

Bituminous

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4
Q

is the branch of chemistry which deals with mass and volume relations in unit operations and unit processes.

A

Stoichiometry

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5
Q

This states that a pure chemical substance always contains its elements in the same proportions by weight, and that, when two elements unite to form a series of compounds, the weight of one element combining with a fixed weight of the other are simple integral multiples of each other.

A

Law of Definite and Multiple Proportions.

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6
Q

the application of the laws of conservation of matter, of elements and of energy, and of the chemical laws of combining weights to the processes and operations of industrial chemistry.

A

Industrial Stoichiometry

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7
Q

combustible gas that occurs in porous rocks of the earth’s crust
(methane (CH4), ethane (C2H6), propane (C3H8), butane (C4H10), CO, H2, N2)

A

Natural Gas

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8
Q

natural gas in liquid form

A

Liquefied Natural gas

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9
Q

can be liquefied under moderate pressure at normal temperature but are gaseous under normal atmospheric pressure

A

Liquefied Petroleum Gas

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10
Q

applied to lower thermal value gases obtained by the pyrolysis and
steam decomposition of high thermal value gases

A

Re-formed Gas

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11
Q

made from thermal decomposition of oils

A

Oil Gases

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12
Q

generated by blasting a deep, hot bed of coal of coke continuously
with a mixture of air and steam

A

Producer Gas

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13
Q

a blast of air is forced through a fuel bed and steam is passed
through forming blue water gas

A

Blue Water Gas

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14
Q

water gas enriched with oil

A

Carbureted Water Gas

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15
Q

Industrial fuels that usually contain CO, light or low molecular weight hydrocarbons and sometimes nitrogen and oxygen

A

Gaseous Fuels

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15
Q

a byproduct of the manufacture of pig iron in blast surfaces

A

Blast Furnace Gas

16
Q

Light and heavy oils obtained in the refining of petroleum oil

A

Liquid Fuels

17
Q

strip-mined and extracted with hot water to recover heavy oil

A

Tar Sands

18
Q

non-porous rocks containing organic kerogen; extracted by pyrolysis
after mining

A

Oil Shale

19
Q

obtained by synthesis or fermentation process (methyl or ethyl)

A

Alcohol

20
Q

fuel oil that contains residual oil left over from distillation

A

Heavy Oils

21
Q

an expression of the number and type of atoms that are present in
a single molecule of a substance. It represents the actual formula of a molecule.

A

Molecular Formula

22
Q

also known as the simplest formula. the
ratio of elements present in the compound.

A

Empirical Formula

23
Q

oxygen required for complete combustion

A

Theoretical Oxygen