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When a gas is to be stored, the type of compression that would be ideal is
- a)Isothermal
- b)Adiabatic
- c)Polytropic
- d)Constant volume
Correct answer is option 'A'. Can you explain this answer?
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When a gas is to be stored, the type of compression that would be idea...
For isothermal compression, work of compression is minimum hence isothermal compression is a ideal compression process.
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When a gas is to be stored, the type of compression that would be idea...
Ideal Compression for Gas Storage: Isothermal Compression
Isothermal compression is the ideal compression for gas storage because it maintains a constant temperature during compression. This means that the heat generated during compression is transferred out of the system, preventing a rise in temperature. The gas is compressed slowly, allowing time for the heat to dissipate.
Advantages of Isothermal Compression for Gas Storage
1. Lower energy consumption: Isothermal compression requires less energy than adiabatic or polytropic compression because it does not generate as much heat.
2. Longer equipment life: The lower temperatures associated with isothermal compression reduce wear and tear on equipment, extending its life.
3. Higher efficiency: Isothermal compression is more efficient than other types of compression because it does not waste energy by generating excess heat.
4. Lower emissions: Because isothermal compression uses less energy, it produces fewer emissions, making it more environmentally friendly.
Disadvantages of Isothermal Compression for Gas Storage
1. Slower compression: Isothermal compression is slower than adiabatic or polytropic compression because the gas is compressed slowly to maintain a constant temperature.
2. Higher capital costs: Isothermal compression requires more expensive equipment than other types of compression because it must be designed to maintain a constant temperature.
In conclusion, isothermal compression is the ideal compression for gas storage because it is more efficient, environmentally friendly, and equipment-friendly than other types of compression.
Isothermal compression is the ideal compression for gas storage because it maintains a constant temperature during compression. This means that the heat generated during compression is transferred out of the system, preventing a rise in temperature. The gas is compressed slowly, allowing time for the heat to dissipate.
Advantages of Isothermal Compression for Gas Storage
1. Lower energy consumption: Isothermal compression requires less energy than adiabatic or polytropic compression because it does not generate as much heat.
2. Longer equipment life: The lower temperatures associated with isothermal compression reduce wear and tear on equipment, extending its life.
3. Higher efficiency: Isothermal compression is more efficient than other types of compression because it does not waste energy by generating excess heat.
4. Lower emissions: Because isothermal compression uses less energy, it produces fewer emissions, making it more environmentally friendly.
Disadvantages of Isothermal Compression for Gas Storage
1. Slower compression: Isothermal compression is slower than adiabatic or polytropic compression because the gas is compressed slowly to maintain a constant temperature.
2. Higher capital costs: Isothermal compression requires more expensive equipment than other types of compression because it must be designed to maintain a constant temperature.
In conclusion, isothermal compression is the ideal compression for gas storage because it is more efficient, environmentally friendly, and equipment-friendly than other types of compression.
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When a gas is to be stored, the type of compression that would be ideal isa)Isothermalb)Adiabaticc)Polytropicd)Constant volumeCorrect answer is option 'A'. Can you explain this answer?
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