High-effective gas-water separator

Abstract

The invention provides a high-effective gas-water separator, which includes a tube head, a tube body, a flow guide part, a secondary separation flow guide trough, a water fog and oil fog collector, and an air oriented flow guide device. The tube head includes a tube body connection port and a flow guide connection port arranged on the lower end of the tube head, a gas inlet arranged on the front end of the tube head, and a gas outlet arranged on the back end. The flow guide connection port is connected to the upper part of the flow guide part. An assembling position of the secondary separation flow guide trough is disposed in the middle of the flow guide part. A circular cylinder, of which the interior is circular and the exterior is trough-like in shape, is designed at the lower end port. The secondary separation flow guide trough is connected to the middle part of the flow guide part through the assembling position of the secondary separation flow guide trough in a sleeving manner. The water fog and oil fog collector and the air oriented flow guide device successively sleeve the flow guide part and are arranged above the secondary separation flow guide trough. The inner wall of the tube body sleeves the circular cylinder, of which the interior is circular and the exterior is trough-like in shape, of the flow guide part; and the outer wall of the tube body is arranged through the flow guide part and the secondary separation flow guide sleeving the flow guide part. The water fog and oil fog collector and the air oriented flow guide device are then connected to the tube body connection port at the lower part of the tube head.

Description

technical field

[0001] The invention relates to a gas-water separator, in particular to a high-efficiency gas-water separator with extremely high requirements on the quality of gas used in terminal equipment. Background technique

[0002] Compressed air is the second largest power energy after electricity, and it is also a process gas source with multiple uses. Its application range covers environmental protection, automobile manufacturing, petroleum, chemical industry, metallurgy, electric power, machinery, light industry, textile, electronics , food, medicine, biochemistry, national defense, scientific research and other industries and departments.

[0003] As we all know, the source of compressed air comes from the atmosphere, and the atmosphere contains quite a lot of impurities, mainly: solid particles - about 140 million particles per cubic meter in the atmospheric environment, about 80% of which are smaller than 2μm, the air compressor filter is unable to eliminate i...

Images