Extreme Engineering Interview Questions, Process, and Tips

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Q1. What is difference between piping and pipeline
Ans. 
Piping refers to the system of pipes used to transport fluids within a facility, while a pipeline is a long-distance transportation system for fluids or gases.
• Piping is typically used within a facility or plant, while pipelines are used for long-distance transportation.

• Piping systems are usually smaller in diameter and operate at lower pressures compared to pipelines.

• Piping systems are often designed for specific proce...read more
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Q2. Difference between tank and vessel
Ans. 
A tank is a container used for storing liquids or gases, while a vessel is a broader term that includes tanks and other types of containers.
• A tank is typically used for storing large quantities of liquids or gases, such as water tanks or fuel tanks.

• A vessel can refer to any type of container used for holding substances, including tanks, pressure vessels, and reactors.

• Tanks are usually designed for storage purposes, whi...read more
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Q3. Tank is always horizontal it is used for storage Vessel is horizontal and vertical it is used for chemical reaction
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Q4. Hiw many inlet or outlets in heat exchanger
Ans. 
The number of inlet or outlets in a heat exchanger depends on its design and purpose.
• Heat exchangers can have multiple inlet and outlet connections.

• The number of inlets and outlets can vary based on the type and size of the heat exchanger.

• Some heat exchangers may have separate inlets and outlets for different fluids.

• In a shell and tube heat exchanger, there are typically two inlets and two outlets, one for each fluid.

• P...read more
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Q5. There are 2 inlet and 2 outlets
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Q6. What is nozzle orientation hieght
Ans. 
Nozzle orientation height refers to the vertical distance between the centerline of a nozzle and a reference point.
• Nozzle orientation height is an important parameter in piping engineering.

• It is used to determine the elevation of a nozzle in relation to other components in a piping system.

• The height is measured from a reference point, which is typically a horizontal plane or a specific equipment datum.

• Nozzle orientatio...read more
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Q1. How many types of support
Ans. 
There are several types of supports used in piping engineering.
• Rigid supports: These provide fixed support to the piping system, preventing movement.

• Flexible supports: These allow for movement and absorb thermal expansion and contraction.

• Hanger supports: These are used to suspend the piping system from above.

• Spring supports: These use springs to support the weight of the piping system.

• Snubber supports: These are used t...read more
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Q2. How many types of primary support
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There are several types of primary supports in piping engineering.
• Primary supports are used to anchor and support the weight of the piping system.

• Common types of primary supports include pipe shoes, pipe clamps, and hangers.

• Pipe shoes are used to support the weight of the pipe at specific intervals.

• Pipe clamps are used to hold the pipe in place and prevent movement.

• Hangers are used to suspend the pipe from a structure ...read more
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Q1. How many types of piperack
Ans. 
There are several types of piperacks used in piping engineering.
• Piperacks can be classified based on their design and function.

• Common types include single-tier piperacks, multi-tier piperacks, and modular piperacks.

• Single-tier piperacks are used for smaller piping systems, while multi-tier piperacks are used for larger systems.

• Modular piperacks are pre-fabricated and can be easily assembled on-site.

• Other types include ...read more
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Q1. Why instal the vaccum mee plant
Ans. 
Installing a vacuum MEE plant helps in reducing energy consumption and increasing efficiency.
• Vacuum MEE plant reduces energy consumption by utilizing waste heat

• It increases efficiency by reducing the amount of steam required for evaporation

• It also helps in reducing the environmental impact by minimizing the amount of wastewater generated

• Example: A vacuum MEE plant installed in a chemical industry reduced their energy c...read more
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Q2. How is the operated mee plant
Ans. 
The operated mee plant is efficient and reliable.
• The plant is designed to produce high-quality mee noodles.

• It is equipped with advanced technology to ensure consistent production.

• The operators are highly trained to maintain the plant and troubleshoot any issues.

• Regular maintenance and cleaning schedules are followed to ensure optimal performance.

• The plant has strict quality control measures in place to ensure the safet
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