成都破碎通供应链科技有限公司CHENGDU PO SUI TONG SUPPIY CHAIN TECHNOLOGY CO., LTD

尾砂回收一体机（Tailings Recovery Integrated Machine）

尾砂回收一体机脱水筛破碎设备洗砂设备破碎通

2025-03-17 10:25 破碎通供应链科技

尾砂回收一体机（Tailings Recovery Integrated Machine）

中文介绍

尾砂回收一体机是一种高效、环保的矿山及建筑行业专用设备，主要用于从洗砂废水或尾矿浆中回收细砂颗粒，减少资源浪费并降低环境污染。该设备结合了脱水、浓缩、回收等功能于一体，广泛应用于砂石厂、选矿厂、隧道工程等领域，可显著提升砂石利用率，降低尾矿处理成本。

核心功能与优势

1. 高效回收：通过旋流分离和振动筛分技术，可回收废水中90%以上的细砂（0.075mm以上颗粒），减少资源流失。

2. 节能环保：降低尾矿排放量，缓解尾矿库压力，减少水体污染风险，符合绿色矿山政策要求。

3. 自动化运行：集成控制系统，操作简便，可连续作业，降低人工干预。

4. 结构紧凑：模块化设计，占地面积小，适用于场地受限的作业环境。

典型应用场景

• 砂石骨料生产线（洗砂废水处理）

• 金属/非金属矿山尾矿回收

• 隧道工程泥浆脱水与砂石回用

• 建筑垃圾再生资源化处理

工作原理

尾砂废水通过泵送入旋流器，利用离心力实现砂水分离；细砂经脱水筛二次脱水后回收，清水则循环利用或达标排放。

English Introduction

The Tailings Recovery Integrated Machine is an efficient and eco-friendly equipment designed for the mining and construction industries. It is primarily used to recover fine sand particles from washing wastewater or tailings slurry, minimizing resource waste and environmental pollution. Combining functions such as dewatering, concentration, and recovery, this machine is widely applied in sand plants, mineral processing plants, and tunnel engineering, significantly improving sand utilization and reducing tailings disposal costs.

Key Features & Advantages

1. High-Efficiency Recovery: Utilizes cyclone separation and vibrating screen technology to recover over 90% of fine sand (particles above 0.075mm) from wastewater.

2. Energy-Saving & Eco-Friendly: Reduces tailings discharge, alleviates pressure on tailings ponds, and mitigates water pollution risks, aligning with green mining policies.

3. Automated Operation: Integrated control system enables easy operation and continuous workflow with minimal manual intervention.

4. Compact Design: Modular structure saves space, suitable for confined worksites.

Typical Applications

• Sand & aggregate production lines (wastewater treatment)

• Metal/non-metal mine tailings recovery

• Slurry dewatering and sand reuse in tunnel engineering

• Construction waste recycling

Working Principle

Tailings wastewater is pumped into a hydrocyclone, where centrifugal force separates sand from water. Recovered sand undergoes secondary dewatering via a vibrating screen, while clean water is recycled or discharged after meeting environmental standards.

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