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The steam heat exchanger was previously operated with steam at 1.4 MPA and 180°C; now it is intended to use steam at 0.6 MPA and 234°C. How should this be calculated?
For this, you need to find a specialist in thermal engineering
For this, you need to find a specialist in thermal engineering
This condition is reversed; it should be 0.6 Mpa and steam at 180°C, or 1.4 Mpa and steam at 234°C! Furthermore, according to the law of conservation of energy, other conditions must be provided, such as the steam flow rate, the flow rate of the medium being heated, the desired temperature, specific heat, pipe diameter, and all other relevant information in order to carry out the calculations.
This condition is reversed; it should be 0.6 Mpa and steam at 180°C, or 1.4 Mpa and steam at 234°C! Furthermore, according to the law of conservation of energy, other conditions must be provided, such as the steam flow rate, the flow rate of the medium being heated, the desired temperature, specific heat, pipe diameter, and all other relevant information in order to carry out the calculations.
This condition is reversed; it should be 0.6 Mpa and steam at 180°C, or 1.4 Mpa and steam at 234°C! Furthermore, according to the law of conservation of energy, other conditions must be provided, such as the steam flow rate, the flow rate of the medium being heated, the desired temperature, specific heat, pipe diameter, and all other relevant information in order to carry out the calculations.
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