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Safety in the Indian Petroleum Industry

Total questions: 64

Worksheet time: 32mins

Name
Class
Date
1.

What is the primary focus of safety in the Indian petroleum industry?

a)

Ensuring profitability

b)

Reducing production costs

c)

Ensuring safe performance at all times

d)

Increasing market share

2.

Which organization was set up by the Government of India to oversee safety in the oil and gas industry?

a)

Ministry of Environment

b)

Oil Industry Safety Directorate (OISD)

c)

Indian Oil Corporation

d)

Petroleum Safety Board

3.

What approach does OISD use to develop standards for the oil and gas sector?

a)

Top-down management

b)

Iterative and participative

c)

Centralized decision-making

d)

Random sampling

4.

What is the old adage mentioned in the document regarding regulation?

a)

Regulation is unnecessary

b)

Self-regulation is the best regulation

c)

External regulation is superior

d)

Regulation hinders progress

5.

What is the primary purpose of OISD standards?

a)

To replace statutory requirements

b)

To facilitate sound engineering and operating practices

c)

To inhibit the use of any engineering practices

d)

To provide legal advice

6.

How often are OISD standards reviewed and revised?

a)

Every 5 years

b)

Every 15 years

c)

At least every 10 years

d)

Every 20 years

7.

What should be done if there is a difference between statutory norms and OISD standards?

a)

Follow the statutory norm

b)

Follow the less stringent requirement

c)

Follow the more stringent requirement

d)

Ignore both requirements

8.

What is required within one year of the release of a revised OISD standard?

a)

Complete system overhaul

b)

Implementation of necessary changes

c)

No action is required

d)

Legal consultation

9.

What is the focus of Preventive Maintenance?

a)

To predict equipment failures

b)

To perform maintenance after a breakdown

c)

To prevent equipment failures before they occur

d)

To analyze root causes of failures

10.

Which maintenance type involves analyzing the root causes of failures?

a)

Predictive Maintenance

b)

Condition Based Maintenance

c)

Root Cause Analysis (RCA)

d)

Performance Review

11.

What does LLFS stand for in maintenance practices?

a)

Look, Listen, Feel, Smell

b)

Listen, Learn, Feel, Smell

c)

Look, Learn, Feel, Smell

d)

Look, Listen, Feel, Speak

12.

What is the purpose of Reliability Centered Maintenance (RCM)?

a)

To ensure equipment is lubricated

b)

To focus on reliability and maintenance strategies

c)

To decommission equipment

d)

To document maintenance procedures

13.

What is the primary goal of Asset Integrity Management (AIM) in rotary equipment?

a)

To increase production speed

b)

To prevent equipment failures

c)

To reduce equipment size

d)

To enhance aesthetic design

14.

Which of the following is NOT covered by the asset integrity management of rotary equipment?

a)

Selection and installation

b)

Aesthetic design

c)

Operation and maintenance

d)

Failure analysis

15.

What does an accelerometer do in the context of rotary equipment?

a)

It measures temperature changes

b)

It provides an output proportional to acceleration

c)

It controls the speed of rotation

d)

It prevents static electricity

16.

What is the function of an agitator in rotary equipment?

a)

To measure acceleration

b)

To impart whirling motion and maintain homogeneity

c)

To prevent static electricity

d)

To act as a seal

17.

What is an alarm point in the context of rotary equipment?

a)

A device to prevent static electricity

b)

A pre-determined value that triggers an alarm

c)

A type of seal configuration

d)

A component that measures acceleration

18.

What is the function of a barrier fluid in a mechanical seal system?

a)

To increase the temperature of the process fluid

b)

To isolate the pump process liquid from the environment

c)

To decrease the pressure in the seal chamber

d)

To lubricate the pump bearings

19.

What is the purpose of a blower in rotary equipment?

a)

To decrease the temperature of the air

b)

To move large volumes of gas/air with moderate increase in pressure

c)

To compress liquids for hydraulic systems

d)

To reduce noise levels in machinery

20.

What does the term "critical speed" refer to in the context of rotary equipment?

a)

The speed at which the equipment operates most efficiently

b)

The speed at which the rotor natural frequency matches with its excitation frequency

c)

The maximum speed the equipment can safely operate

d)

The speed at which the equipment consumes the least energy

21.

What is the function of a fuel injector in a diesel engine?

a)

To cool down the engine

b)

To inject fuel into the cylinder at the proper instant

c)

To increase the engine's horsepower

d)

To reduce the engine's emissions

22.

What is the significance of the Best Efficiency Point (BEP) in pump operation?

a)

It is the point where the pump operates at maximum speed

b)

It is the flow rate at which the pump achieves its highest efficiency

c)

It is the point where the pump consumes the least power

d)

It is the pressure at which the pump operates most quietly

23.

What is the primary function of a governor in an engine?

a)

To increase the engine's power output

b)

To provide feedback for speed adjustment

c)

To cool the engine components

d)

To reduce fuel consumption

24.

Which system controls and maintains the turbine speed steady?

a)

Hydraulic System

b)

Electrical System

c)

Governing System

d)

Cooling System

25.

What is the purpose of hydrodynamic bearings?

a)

To increase friction

b)

To support load without shaft-to-bearing contact

c)

To reduce noise

d)

To increase speed

26.

What does the Manufacturer’s Report/Record Book (MRB) contain?

a)

Operating instructions

b)

Documentation supplied by the manufacturer

c)

Safety guidelines

d)

Maintenance schedules

27.

What is the Maximum Allowable Speed?

a)

The speed at which the engine stalls

b)

The highest speed for continuous operation

c)

The speed at which the engine starts

d)

The lowest operational speed

28.

What is the definition of Maximum Continuous Speed?

a)

The speed at which the engine overheats

b)

The upper limit of the operating speed for continuous service

c)

The speed at which the engine idles

d)

The speed at which the engine shuts down

29.

What does the term "Normal Operating Point" refer to?

a)

The point of maximum efficiency

b)

The point of minimum efficiency

c)

The point of maximum speed

d)

The point of minimum speed

30.

What is the function of a radiator in rotary equipment?

a)

To increase the pressure of intake air

b)

To cool circulating water using surrounding air or fans

c)

To measure vibrations in terms of displacement

d)

To protect the shaft from wear and corrosion

31.

What does the term "shutdown point" refer to in rotary equipment?

a)

The speed at which a prime mover operates

b)

The pressure of the compressor system when shut down

c)

The preset value of any parameter at which equipment shutdown occurs

d)

The assembly of all rotating parts of an equipment

32.

Which device is used for measuring or monitoring acceleration, velocity, and displacement in rotary equipment?

a)

Turbocharger

b)

Transducer

c)

Vibration Meter

d)

Seal Ring

33.

What is the purpose of a turbocharger in rotary equipment?

a)

To measure the acidity of lube oil

b)

To improve an engine's volumetric efficiency

c)

To indicate mandatory requirements

d)

To test the degree of oxidation of lube oil

34.

What are the stages of Asset Integrity Management (AIM) of rotary equipment?

a)

Design, Testing, and Maintenance

b)

Concept and Design, Procurement, Manufacturing and Testing

c)

Installation, Operation, and Decommissioning

d)

Planning, Execution, and Evaluation

35.

What are the two major groups of pumps mentioned in the document?

a)

Centrifugal pumps and axial pumps

b)

Rotodynamic pumps and positive displacement pumps

c)

Submersible pumps and jet pumps

d)

Diaphragm pumps and gear pumps

36.

What is the primary purpose of a rotodynamic pump?

a)

To trap a fixed amount of fluid

b)

To convert energy into pressure head

c)

To reduce the temperature of the fluid

d)

To separate impurities from the fluid

37.

Which factor is NOT listed as a consideration for the selection/design of pumps?

a)

Media (Fluid)

b)

Pressure & Temperature

c)

Color of the pump

d)

Hydraulics

38.

Why is proper selection of pumps critical in the hydrocarbon industry?

a)

It enhances the aesthetic appeal of the facility

b)

It is a critical factor in overall safety

c)

It reduces the cost of production

d)

It increases the speed of operations

39.

What standards should pumps conform to for hydrocarbon services?

a)

API standards or equivalent

b)

ISO standards only

c)

NFPA-20 requirements

d)

NACE MR-0175 Standard

40.

What is the minimum Net Positive Suction Head (NPSH) margin required for pumps in non-water services?

a)

0.3 meters

b)

0.6 meters

c)

1.0 meters

d)

1.5 meters

41.

What should the casing of a pump be designed to withstand?

a)

Maximum Allowable Working Pressure (MAWP) at corresponding temperature

b)

Minimum Allowable Working Pressure (MAWP) at any temperature

c)

Maximum Allowable Working Pressure (MAWP) at room temperature only

d)

Minimum Allowable Working Pressure (MAWP) at room temperature only

42.

What type of casings should be used for centrifugal pumps under certain conditions?

a)

Axial split casings

b)

Radial split casings

c)

Horizontal split casings

d)

Vertical split casings

43.

What is required for materials when the process fluid contains contaminants like H2S?

a)

Compliance with NACE MR-103 / MR-0175 Standard

b)

Compliance with API standards only

c)

Compliance with NFPA-20 requirements

d)

Compliance with ISO standards only

44.

What type of welding is required for auxiliary connections to the pressure casing for flammable or hazardous liquids?

a)

Spot welding

b)

Socket-welded, butt-welded, or integrally flanged

c)

Laser welding

d)

Seam welding

45.

What should be provided for pumps in hydrocarbon service according to the document?

a)

Automatic shut-off valves

b)

Casing vents and drains routed to a safe location

c)

Pressure relief valves

d)

Temperature sensors

46.

How do positive-displacement compressors function according to the document?

a)

By using rotating vanes to impart velocity

b)

By confining successive volumes of fluid within a closed space

c)

By using impellers to increase pressure

d)

By decreasing the volume of the closed space

47.

Which condition is NOT mentioned as a reason to prefer an engineered/API compliant machine?

a)

High service criticality with respect to safety

b)

Machine is single line equipment for continuous duty

c)

Machine is of small size

d)

Nonavailability results in significant production loss

48.

What are some conditions under which a vendor standard machine may be selected?

a)

Machine is in hazardous process applications.

b)

Machine size is large.

c)

Machine is in intermittent service.

d)

No spare machine is available.

49.

Which of the following is a factor to consider for the selection of compressors?

a)

Color

b)

Service

c)

Brand

d)

Weight

50.

What should be considered in the basic compressor design and materials?

a)

Color and shape

b)

Gas composition, toxicity, and flammability

c)

Brand and model

d)

Weight and size

51.

What is the maximum rotational speed for reciprocating compressors in Hydrogen service?

a)

500 RPM

b)

350 RPM

c)

250 RPM

d)

450 RPM

52.

What is the maximum allowable discharge temperature for reciprocating compressors in utility services?

a)

200 degrees centigrade

b)

150 degrees centigrade

c)

170 degrees centigrade

d)

180 degrees centigrade

53.

What is the minimum pressure above which radial split design should be used for centrifugal compressors?

a)

10 bar

b)

15 bar

c)

20 bar

d)

25 bar

54.

Which standard should steam turbines comply with for large single line equipment like compressors?

a)

API 610

b)

API 612

c)

API 614

d)

API 616

55.

What is the maximum speed for steam turbines used in smaller spared equipment?

a)

4,000 RPM

b)

5,000 RPM

c)

6,000 RPM

d)

7,000 RPM

56.

What should be provided in reciprocating compressors for explosion relief?

a)

Pressure relief valve

b)

Crank case explosion relief device

c)

Safety vent

d)

Overpressure alarm

57.

Which of the following is essential before finalizing steam turbines for industrial power plants?

a)

Cost analysis

b)

Proven-ness, control, and protection system

c)

Aesthetic design

d)

Noise level assessment

58.

What is the purpose of suitable monitoring and control systems in turbine sections?

a)

To increase the speed of the turbine

b)

To prevent excessive pressure/temperature

c)

To reduce the size of the turbine

d)

To enhance the color of the turbine

59.

Which safety systems are mentioned to prevent unsafe situations in turbines?

a)

Sentinel valves, rupture discs, safety relief valves

b)

Color coding, size reduction, speed enhancement

c)

Temperature increase, pressure decrease, size expansion

d)

Noise reduction, vibration increase, speed control

60.

What should be specified to ensure steam purity?

a)

Limits of contaminants like sodium and chlorides

b)

Color of the steam

c)

Size of the steam particles

d)

Speed of steam flow

61.

What is required for the machine and control system regarding extractions?

a)

Compatibility with specified quantity of extractions

b)

Increase in size of extractions

c)

Reduction in speed of extractions

d)

Color coding of extractions

62.

What should be provided for gas turbines based on ambient air conditions?

a)

Suitable air filtration system

b)

Color coding system

c)

Size reduction system

d)

Speed enhancement system

63.

What is the primary purpose of conducting a risk assessment in the oil and gas industry?

a)

To enhance employee training programs

b)

To comply with environmental regulations

c)

To increase production efficiency

d)

To identify potential hazards and mitigate risks

64.

What is the role of a safety valve in pressure systems?

a)

To regulate the flow of fluids

b)

To measure the temperature of the system

c)

To prevent overpressure by releasing excess pressure

d)

To enhance the efficiency of the system