Intelligent steam reclaiming machine set

Abstract

The invention discloses an intelligent steam reclaiming machine set, which comprises a machine head. The machine head comprises a closed gear pump shell, a drive gear and a driven gear which are mutually meshed are arranged in the gear pump shell, and the drive gear is in transmission connected with a power drive device. The intelligent steam reclaiming machine set has a simple structure, reduces a middle drive link, greatly improves the service performance of equipment, simultaneously improves the stability, and greatly enhances the radial load of a steam reclaiming machine.

Description

technical field [0001] The invention relates to a steam recovery device, in particular to an intelligent steam recovery unit which recovers residual steam and condensed water after boiler steam is used and represses them into the boiler for reuse. Background technique [0002] In existing industrial production, steam is needed in some technological processes, such as grain, oil, food processing, papermaking, pharmaceuticals, brewing and other enterprises all need boilers to produce steam. After the steam is used, most of the water vapor is emptied, which not only wastes the heat energy of the water vapor, but also causes a large degree of waste of water resources. The existing steam recovery equipment adopts the recovery of steam residual steam, and through the secondary cycle of steam To achieve the regeneration and utilization of residual steam, to a certain extent avoid the waste of heat and water resources contained in steam. At present, steam recovery equipment generall...

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Problems solved by technology

After the steam is used, most of the water vapor is emptied, which not only wastes the heat energy of the water vapor, but also causes a large degree of waste of water resources. The existing steam recovery equipment adopts the recovery of steam residual steam, and through the secondary cycle of steam To achieve the regeneration and utilization of residual steam, to a certain extent avoid the waste of heat and water resources contained in steam. At present, steam recovery equipment generally uses a motor to drive a reciprocating steam compression pump to work, and the steam and water mixture is pressurized and sent to the boiler. Inside, after heating, a circulating steam supply is formed to achieve the purpose of residual steam recovery, energy saving and water saving. However, the structure of this recovery machine is relatively complicated, resulting in high production costs, and because there are many intermediate links, the power consumption is large, and the stability Poor, it is necessary to adjust the gap between each other frequently to ensure the normal operation of the equipment, which greatly reduces the radial load of the steam recovery machine

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