High-pressure atomizing system for laboratory

Abstract

The invention discloses a high-pressure atomizing system for a laboratory. The high-pressure atomizing system comprises a water tank (6), wherein water outlets at the lower part of the left end of thewater tank (6) communicate with water inlets of a plurality of water supply water pumps (7); water outlets of all water supply water pumps (7) communicate with a plurality of water boosting pipelines(100) after being converged; a water outlet of each water boosting pipeline (100) communicates with a plurality of atomizing humidification pipelines; and the water boosting pipelines (100) are usedfor carrying out boosting treatment on water coming from the water supply water pumps (7) and then outputting the water to the atomizing humidification pipelines for sprinkling. The high-pressure atomizing system for the laboratory, disclosed by the invention, can stably and efficiently carry out humidification treatment on the inner space of the laboratory, thereby obviously reducing thermal loadincreased in the laboratory and accordingly reducing the demand on the inner refrigerating quantity of the laboratory and reducing the whole energy consumption of the laboratory. A great energy saving effect is realized, and popularization is facilitated.

Description

technical field [0001] The invention relates to the technical field of thermal experiments, in particular to a laboratory-used high-pressure spraying system. Background technique [0002] At present, for thermal engineering laboratories or large-scale high and low temperature environmental laboratories, due to the needs of experiments, it is sometimes necessary to humidify the laboratory. [0003] At present, a steam generator (commonly known as a boiler) is usually used to humidify the laboratory. For a steam generator, it is a mechanical device that uses heat energy from fuel or other energy sources to heat water into hot water or steam. Therefore, if a steam generator is used to humidify the laboratory, it will add additional heat load (ie, heat release) to the interior of the laboratory while humidifying, which will affect the temperature index in the laboratory. The interior space of the room is treated by corresponding refrigeration to provide a large amount of cooli...

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Problems solved by technology

Therefore, if a steam generator is used to humidify the laboratory, it will add additional heat load (ie, heat release) to the interior of the laboratory while humidifying, which will affect the temperature index in the laboratory. The interior space of the room is treated by corresponding refrigeration to provide a large amount of cooling capacity to neutralize the additional heat load, so that the temperature index in the laboratory can reach a stable state, thus significantly increasing the overall energy consumption of the laboratory, and The temperature index and humidity index in the laboratory are not easy to adjust and control

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