Compositional Evaluations of Marble Powder Particulates and Design of a Novel Dust Collector System for Industrial Indoor Dust Emission Control

This project focuses on the comprehensive compositional evaluation of marble powder particulates and the subsequent design of a novel dust collector system aimed at industrial indoor dust emission control. The initial phase involves characterizing the physical and chemical properties of marble powder, including particle size distribution, morphology, and chemical composition, to understand its behavior and inform effective collection strategies. This detailed characterization is crucial for optimizing the design parameters of the dust collection system, ensuring that the chosen separation mechanisms are appropriate for the specific particulate matter. The second phase encompasses the conceptualization, detailed engineering design, and analysis of a novel dust collector. This design will integrate fundamental principles of

fluid dynamics, particulate separation, and material science to achieve high collection efficiency. Key considerations include minimizing pressure drop, optimizing filtration media or cyclone geometry, reducing energy consumption, and simplifying maintenance procedures. The objective is to develop a robust, efficient, and potentially scalable system capable of mitigating airborne marble dust, thereby improving indoor air quality and ensuring compliance with industrial emission standards. The project emphasizes practical design considerations and the potential for implementation in real-world industrial settings to address a significant environmental and occupational health concern.

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