Method for enabling long-period stable operation of differential pressure copper pump
A stable operation, long-term technology, applied in the preparation/separation of ammonia, etc., can solve problems such as rising power consumption, and achieve the effect of easy maintenance, saving power consumption and reducing investment
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[0012] For a 25m 3 / h differential pressure copper pump, equipped with two 15 kW low-pressure feeding pumps of the same specification. Two low-pressure feed pumps are connected in parallel. When the 1# low-pressure feeding pump is running, the 2# low-pressure feeding pump is used as a backup. When the 1# low-pressure feeding pump fails and needs to be repaired, the 2# low-pressure feeding backup pump is used, which not only facilitates the maintenance of the low-pressure feeding pump, but also ensures the long-term stable operation of the differential pressure copper pump. At the same time, the price of a low-pressure feed pump is 20,000 yuan and the power is 15 kilowatts, while an electric high-pressure copper pump costs 300,000 yuan and the power is 155 kilowatts. Therefore, adding a low-pressure feed pump is more expensive than using an electric high-voltage copper pump. The pump saves investment and power consumption.
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