Water Recovery Deep Cone Thickener 3000TPD For Maximum Underflow Density

Deep cone thickener for maximum underflow density and water recovery

1.Product Introduction High Efficiency Thickener

The Deep Cone Thickener is a high-efficiency solid-liquid separation system specifically engineered to maximize underflow density and water resource recovery. Its core architecture features a conical settling tank with an optimized height-to-diameter ratio. By leveraging the combined effects of gravity sedimentation, compression, and flocculation, it significantly enhances the concentration efficiency of fine particulate matter. The equipment is ideal for high-concentration tailings treatment, achieving a dramatic increase in underflow density and superior overflow clarification.

2.Application High Efficiency Thickener

• Mining Mineral Processing: Used for tailings dewatering and resource recovery, reducing environmental impact and supporting green mining practices.

• Wastewater Treatment: Efficiently separates suspended solids in municipal and industrial systems, promoting high-rate water recycling.

• Chemical Industry: Suited for processing high-viscosity slurries and optimizing process water reuse efficiency.

3.Working Principle High Efficiency Thickener

• Gravity Compression Sedimentation: The deep cone geometry accelerates particle settling. The significant "bed pressure" (hydrostatic head) of the tall material column promotes underflow compaction, resulting in a high-density discharge.

• Enhanced Flocculation: The addition of specialized flocculants improves particle aggregation, increasing both the settling velocity and the stability of the underflow concentration.

• Dynamic Equilibrium: By optimizing feed distribution and underflow circulation, the system maintains continuous operation and prevents equipment clogging or "sanding."

4.Advantages High Efficiency Thickener

• Superior Efficiency: Significantly elevates underflow density while maximizing water recovery, directly lowering downstream processing and disposal costs.

• Energy Optimization: The design focuses on gravity-driven processes, reducing overall power consumption. It is easy to maintain and ideal for large-scale industrial applications.

• Space Optimization: The vertical, compact design offers a small footprint, making it suitable for sites with limited surface area.

• Environmental Benefits: Clarified overflow can be directly recycled or discharged according to environmental standards, supporting sustainable production goals.

5.Technical Specifications

6.Our Solutions