涉爆粉尘作业场所通风系统优化设计探讨
Discussion on optimized ventilation system design for explosive-prone dust workplaces
ES评分 0
| DOI |
10.12208/j.sdr.20250167 |
| 刊名 |
Scientific Development Research
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| 年，卷(期) |
2025, 5(4) |
| 作者 |
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| 作者单位 |
宁波乾业安全科技有限公司 浙江宁波
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| 摘要 |
涉爆粉尘作业场所的通风系统对安全生产至关重要。优化设计从多方面展开，合理规划气流组织，确保车间内空气有序流动，降低粉尘聚集风险；精准选择通风设备，匹配场所需求与设备性能；完善管道系统设计，保障通风效率与稳定性；同时建立监测与维护机制，实时掌握通风系统运行状态并及时维护。通过这些优化，能有效提升通风系统性能，减少粉尘爆炸隐患，营造安全的作业环境。
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| Abstract |
The ventilation system in explosive-prone dust workplaces is crucial for production safety. Optimization design involves multiple aspects: rational airflow organization to ensure orderly air circulation and reduce dust accumulation risks; precise selection of ventilation equipment matching workplace requirements and equipment performance; improved pipeline system design to guarantee ventilation efficiency and stability; and establishment of monitoring and maintenance mechanisms to track system operation status and perform timely repairs. Through these optimizations, the ventilation systems performance can be effectively enhanced, dust explosion hazards minimized, and a safe working environment created.
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| 关键词 |
涉爆粉尘；通风系统；优化设计；气流组织；设备选型
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| KeyWord |
Explosive-prone dust; Ventilation system; Optimization design; Airflow organization; Equipment selection
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| 基金项目 |
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| 页码 |
121-123 |
卓开凯*.
涉爆粉尘作业场所通风系统优化设计探讨 [J].
科学发展研究.
2025; 5; (4).
121 - 123.