A multi-stage wet dust collector
By designing a multi-stage wet scrubber, which employs multi-stage spraying and filtration, the problem of poor dust reduction in existing technologies has been solved, achieving efficient dust removal and resource recovery, and improving safety and economic benefits.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- HAINAN BRANCH OF CHINA NATIONAL OFFSHORE OIL (CHINA) CO LTD
- Filing Date
- 2025-07-23
- Publication Date
- 2026-07-17
AI Technical Summary
Existing wet dust removal devices have poor dust reduction effects and cannot effectively handle the dust generated in drilling mud mixing systems, affecting workshop production safety and worker health.
Design a multi-stage wet dust collector, including a primary dust removal mechanism, a secondary dust removal mechanism, and a tertiary dust removal mechanism. It performs multi-stage dust reduction on the air through multi-stage spraying and filtration, and combines a water recycling system to improve the dust reduction effect.
Multi-stage dust reduction was achieved, significantly improving dust removal efficiency, reducing dust concentration in the workshop, lowering safety risks, and allowing the sludge to be recycled, thus improving economic benefits.
Smart Images
Figure CN224506620U_ABST
Abstract
Claims
1. A multi-stage wet dust collector characterized by, The system includes a dust collection box (100), a primary dust collection mechanism (200), a secondary dust collection mechanism (300), a tertiary dust collection mechanism (400), and a fan (500). The dust collection box (100) is equipped with a partition (110) with a through hole (111). The partition (110) divides the interior of the dust collection box (100) into a primary dust collection chamber (120) and a secondary dust collection chamber (130). The primary dust collection mechanism (200) is located in the primary dust collection chamber (120), and the secondary dust collection mechanism (300) is located in the secondary dust collection chamber (130). The primary dust collection chamber (120) is equipped with a suction port (140), and the secondary dust collection chamber (130) is equipped with an air outlet (150). The tertiary dust collection mechanism (400) and the fan (500) are both located at the air outlet (150).
2. The multi-stage wet dust collector of claim 1, wherein, The primary dust removal chamber (120) is located below the secondary dust removal chamber (130).
3. The multi-stage wet precipitator according to claim 1, wherein The dust collection box (100) is equipped with a water tank (600) at the bottom. The primary dust collection mechanism (200) includes a primary nozzle (210) and a primary filter screen (220) both located in the primary dust collection chamber (120). The primary filter screen (220) is located between the primary nozzle (210) and the water tank (600).
4. The multi-stage wet precipitator according to claim 3, wherein The primary dust removal mechanism (200) also includes a mixing chamber (230) located inside the primary dust removal chamber (120), the primary nozzle (210) being located above the mixing chamber (230), and the primary filter (220) being located at the bottom of the mixing chamber (230).
5. The multi-stage wet precipitator according to claim 3, wherein The secondary dust removal mechanism (300) includes a secondary nozzle (310) and a secondary filter (320) both disposed in the secondary dust removal chamber (130), and the secondary filter (320) is located between the secondary nozzle (310) and the water tank (600).
6. The multi-stage wet dust collector according to claim 5, characterized in that, The secondary dust removal mechanism (300) also includes multiple mixing tanks (330) disposed in the secondary dust removal chamber (130). The mixing tanks (330) are provided with dust inlet (331) and air outlet (332). Multiple secondary nozzles (310) and multiple secondary filters (320) are provided. The secondary nozzles (310) are located inside the mixing tanks (330), and the secondary filters (320) are disposed at the bottom of the mixing tanks (330).
7. The multi-stage wet precipitator according to claim 6, characterized in that The secondary dust removal mechanism (300) also includes a baffle (340) disposed between the plurality of mixing tanks (330), and the dust inlet (331) is located between the baffle (340) and the through hole (111).
8. The multi-stage wet dust collector according to any one of claims 1 to 7, characterized in that, The three-stage dust removal mechanism (400) is made of filter cotton.
9. A multi-stage wet dust collector according to any one of claims 3 to 7, characterized in that It also includes a primary return pipe (610) and a secondary return pipe (620). The two ends of the primary return pipe (610) are connected to the water tank (600) and the primary dust removal mechanism (200) respectively. The two ends of the secondary return pipe (620) are connected to the water tank (600) and the secondary dust removal mechanism (300) respectively. Both the primary return pipe (610) and the secondary return pipe (620) are equipped with water pumps (700).
10. The multi-stage wet precipitator of claim 9, wherein, The water tank (600) is also equipped with a water level gauge (630) and a water detection device (640), and the water tank (600) is connected to a water source pipe (650) and a sewage pipe (660).