Dewatering Horizontal Screens: Reducing Waste and Water Footprint

May 8, 2024

Reduce waste and water footprint with dewatering horizontal screens from Hawk Machinery. Explore their benefits and uses for sustainable resource management.

Industries seek innovative solutions like dewatering horizontal screens to reduce waste and conserve resources, especially if they have to separate solids from liquids. Dewatering horizontal screens have emerged as a valuable tool for many industrial operations as they offer a sustainable approach to managing resources and reducing the water footprint of various processes. 

How Dewatering Horizontal Screens Work

Dewatering horizontal screens, also known as inclined screens, are mechanical devices used to separate solids from liquids. Unlike traditional screening methods, which rely on vertical motion, horizontal screens employ a horizontal vibrating motion to dewater slurry or water efficiently. This unique design allows for greater throughput and improved dewatering efficiency, making horizontal screens an ideal choice for applications requiring high-capacity solids removal.

These mechanical devices can be purchased and obtained from Hawk Machinery, your trusted supplier of crushing, screening, feeding, and conveying equipment to the extractive industry. Our Hi-Flow Dewatering Horizontal Screens are capable of separating elements from liquids without any issues.

Dewatering Horizontal Screens: Benefits

Many benefits can be attained when using dewatering horizontal screens in the extractive industry. Some of these benefits include the following.

Efficient Solid-Liquid Separation: In the extractive industry, dewatering horizontal screens efficiently separates solids from liquids in slurry streams produced during mining and quarrying operations. Their separation process enables the extraction of valuable minerals while removing excess water, facilitating easier handling and transportation of the extracted material.

Reduced Water Consumption: By effectively dewatering slurry streams, horizontal screens help reduce the amount of water required for processing operations in the extractive industry. This benefit not only conserves valuable resources but also lowers operational costs associated with water supply and management.

Enhanced Product Recovery: Horizontal screens improve product recovery by efficiently separating fine particles from coarse aggregates in mining and quarrying applications. The enhanced product recovery with these equipment pieces increases the yield of valuable materials, maximising the profitability of extraction operations while minimising waste generation.

Improved Environmental Compliance: Dewatering horizontal screens aid extractive industry companies in meeting environmental regulations and compliance standards by reducing the discharge of excess water into the environment. As they remove solids from wastewater streams, horizontal screens help minimise the environmental impact of mining and quarrying activities, ensuring sustainable resource extraction practices.

Enhanced Safety and Site Efficiency: By dewatering slurry streams onsite, horizontal screens contribute to improved safety and operational efficiency in extractive industry operations. Reduced water content in processed materials leads to safer working conditions, as it lowers the risk of slurry spills and minimises the need for water management infrastructure on-site.

Maximise Dewatering Horizontal Screens

Dewatering horizontal screens help separate solids from slurry streams generated during mining and quarrying operations. These screens utilise a horizontal vibrating motion to efficiently dewater the slurry, removing excess water and separating valuable minerals or aggregates from the solids.

By effectively separating solids from liquids, dewatering horizontal screens facilitate easier handling and transportation of the extracted material, while also reducing water consumption and minimising the environmental impact of extraction activities. Additionally, these screens enhance product recovery by separating fine particles from coarse aggregates, thereby maximising the yield of valuable materials and improving operational efficiency in the extractive industry.

To invest in one, contact us at Hawk Machinery.

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