Consultancy



Plant Design at Womika Laboratories

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At Womika Coal & Minerals Technologies Pvt. Limited (WCMTPL), Plant Design is at the core of our operations, ensuring that every coal and mineral beneficiation project is tailored to deliver maximum efficiency, productivity, and sustainability. Plant design is an integral part of the mineral enrichment and coal analysis processes, as it determines how well each stage of the beneficiation system functions, as well as the long-term profitability and environmental sustainability of the plant. WCMTPL specializes in providing customized, high-performance plant designs that meet the specific needs of each client, taking into account factors such as raw material characteristics, desired end-products, and environmental compliance.

WCMTPL’s approach to plant design focuses on tailoring each system to the specific mineral or coal being processed. Every raw material has unique properties that influence how it should be treated, processed, and refined to achieve the highest quality products.

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Coal Testing

Advanced Technology in Plant Design

  • At WCMTPL, we believe in staying ahead of industry trends and integrating cutting-edge technologies into plant designs. Our plant designs incorporate a range of advanced technologies aimed at improving efficiency, product quality, and environmental performance.
  • Crushing and Screening Technologies: Modern crushing and screening technologies are used in the plant to break down raw materials to the appropriate sizes. These systems maximize efficiency and improve the overall processing speed by reducing bottlenecks in the beneficiation process.
  • Flotation Systems: We integrate flotation cells to selectively separate valuable minerals from waste materials. Our flotation systems are designed to increase recovery rates, ensuring maximum extraction of valuable minerals while minimizing environmental impact.
  • Gravity Separation and Magnetic Separation: These technologies are key in separating minerals based on their density or magnetic properties. In our plant designs, we use gravity concentrators, high-intensity magnetic separators, and other advanced separation techniques to enhance the purity and yield of the final products.