wellemo
top menu
wellemo logo wellemo
главная / прохождение теста

Химия и технология нефти

Вопросов: 70, прохождений: 4

Вопросы


Вопрос 1

Non renewable forms of energy:

Вопрос 2

Move the crude up from the well into pipelines and storage tanks

Вопрос 3

Colorless, odorless gas with a simple chemical structure (CH4)

Вопрос 4

The largest field in the West Kazakhstan region

Вопрос 5

Used in large-scale industry,Cooled to -260F, it is now being used as a fuel for trucking and ocean-going vessels

Вопрос 6

PRODUCT OF NATURAL GAS

Вопрос 7

Fresh wash water is supplied by pump 15 to heat exchanger 10', heated to

Вопрос 8

WHERE IS SETTLED Drainage water?

Вопрос 9

the first distillation column, also called

Вопрос 10

The top product of the first column is

Вопрос 11

Boiling point of kerosene fraction

Вопрос 12

Boilnig point of diesel fraction

Вопрос 13

According to the density (API degree)light oil

Вопрос 14

Equipment is usually used for determining oil gravity in the oil field

Вопрос 15

When the volume of gas is relatively small compared to the volume of liquid, the method used to separate free water, oil and gas is called

Вопрос 16

When there is a large volume of gas to be separated from the liquid (oil and water), the vessel is called

Вопрос 17

It is mainly applied when there is a large amount of gas to be separated from a small amount of the light and heavy fluid (less than 10-20% by weight).

Вопрос 18

It is most efficient where large volumes of total fluid and large amounts of dissolved gas are present with the liquid.

Вопрос 19

Breaking up a large molecules

Вопрос 20

The different substances collected from distillation

Вопрос 21

What is Petroleum Used For?

Вопрос 22

It is a portable and suitable fuel for light industrial use and domestic heating (cooking)

Вопрос 23

uses include application in internal combustion engines, commonly used in private and commercial vehicles

Вопрос 24

Naphta is used:

Вопрос 25

Oil-water emulsion can be broken by:

Вопрос 26

Converts low-octane, straight-run naphtha fractions, particularly heavy naphtha that is rich in naphthenes, into a high-octane, low-sulfur reformate, which is a major blending product for gasoline

Вопрос 27

The raw material OF CATALYTIC REFORMING

Вопрос 28

Temperature at the top in a absorber of catalytic reforming process

Вопрос 29

Pressure in a absorber of catalytic reforming process

Вопрос 30

Why do we need to hydrotreated naphta material before reforming?

Вопрос 31

Catalyst of catalytic reforming

Вопрос 32

Catalyst of catalytic cracking process

Вопрос 33

The reaction products are separated from the catalyst dust in two-stage cyclones and sent to the bottom of the K-1 distillation column for separation

Вопрос 34

This units have the same type of fractionation scheme for cracking products and differ mainly in design and the principle of the reaction block

Вопрос 35

Large hydrocarbons are broken into smaller molecules using heat and a catalyst

Вопрос 36

Breaking up a large molecules

Вопрос 37

the different substances collected from distillation

Вопрос 38

Process flow diagram of a catalytic cracking unit with a once-through lift reactor

Вопрос 39

Feedstocks of catalytic cracking are typically

Вопрос 40

in which the water-oil emulsion is destroyed in an electric field with a strength of 1-3 kV / cm

Вопрос 41

Fresh wash water is supplied by pump 15 to heat exchanger 10' heated to

Вопрос 42

According to the density (API degree) heavy oil

Вопрос 43

Naphta is used

Вопрос 44

The desalinated oil pumped by pump 8 passes through a group of heat exchangers 10, 11, 23, 26, 29 in two parallel flows and heated to a temperature

Вопрос 45

Distillation column 2 operates at an overpressure reaching at some plants

Вопрос 46

Vapors of light gasoline the end of boiling of this fraction in some cases is

Вопрос 47

the main purpose of this process was to obtain an additional amount of gasoline from heavy oil residues, which, compared to straight-run fractions, has increased detonation resistance, but low chemical stability

Вопрос 48

CATALYST OF THERMAL CRACKING PROCESS

Вопрос 49

feedstock for the thermal cracking of distillate feedstock

Вопрос 50

The main target products of TCDS are thermal gas oil

Вопрос 51

What is heating temperature in tube furnace of thermal cracking process

Вопрос 52

Boiling point of water

Вопрос 53

Boiling point 78.3 DEGREE OF CELSIUS

Вопрос 54

the largest-volume contaminant in oil or gas production

Вопрос 55

Separated crude oil may contain water in

Вопрос 56

Oil is a mixture consisting of

Вопрос 57

Specify a property that doesn't apply to oil

Вопрос 58

Make the correct judgment: A) oil distillation is a physical process; B) cracking is a physical process

Вопрос 59

Rectification gases formed during oil distillation mainly contain

Вопрос 60

As the number of carbon atoms in hydrocarbon molecules increases, the boiling point of these hydrocarbons increases

Вопрос 61

Specify the oil fraction with the highest boiling point

Вопрос 62

Specify the fraction of oil with the lowest boiling point

Вопрос 63

Specify the physical method of oil refining

Вопрос 64

In thermal cracking, two molecules are formed from onealkane molecule

Вопрос 65

The detonation stability (octane number) is higher for gasoline produced in the course of

Вопрос 66

The process of obtaining 2,2,4-trimethylpentane (isooctane) from normal octane: CH3-CH2-CH2-CH2-CH2-CH2-CH2-CH2-CH3 (CH3)3 C-CH2-CH(CH3)-CH3is a process

Вопрос 67

The detonation resistance will be the lowest for gasoline that contains hydrocarbons.

Вопрос 68

Make the correct judgment: A) the quality of gasoline is determined by its detonation resistance; B) the quality of gasoline is characterized by its octane number

Вопрос 69

Gasoline with the following octane rating has the best detonation resistance

Вопрос 70

Specify the hydrocarbon whose detonation resistance is assumed to be 100

Загрузка…

Похожие тесты

Loading...

Комментарии

Пожалуйста, войдите в систему, чтобы оставить комментарий Войти
Еще нет комментариев. Будьте первым, кто оставит комментарий!
{{ comment.author.name }}
Удален {{ formatDate(comment.createdAt) }}
Этот комментарий был удален

{{ comment.content }}

{{ reply.author.name }}
Удален {{ formatDate(reply.createdAt) }}
Этот комментарий был удален

{{ reply.content }}