Driving Zero-Discharge & Sustainability in Concrete Recycling

The JXY60 Slurry Water Filter Press is a critical component for achieving true zero-emission operations in modern concrete recycling systems. Designed for high-efficiency solid-liquid separation, it effectively transforms residual slurry water into reusable clean water for site dust suppression and vehicle washing, while producing compact, easily disposable filter cakes. By seamlessly integrating into closed-loop water systems, the JXY60 eliminates wastewater discharge, significantly reduces freshwater consumption, and ensures an eco-friendly, cost-effective concrete production cycle.

>> Technical Specifications & Key Features

Independent Development & Manufacturing: Engineered and produced in-house to ensure quality and performance.

Large Filtration Area: 60 m² working surface area for high-volume processing.

Optimized Chamber Design: 46 filter chambers with a maximum total chamber volume of 0.9m³.

Advanced Plate Handling: Features an intelligent automatic plate shifter for efficient, automated plate opening and closing cycles.

Durable Filter Media: Utilizes high-strength reinforced polypropylene (PP) filter cloth. This material offers:

• Tight structure for effective solids capture.

• Superior chemical and corrosion resistance.

• Significantly extended cloth life, reducing replacement frequency and operating costs.

• Enhanced overall filtration efficiency and uptime.

Dedicated High-Performance Slurry Feed Pump: Includes a specially matched 7.5 kW high-wear-resistant slurry pump (a premium unit valued over ¥10,000). This pump features:

• Wear plates and impeller blades constructed from high-chrome alloy for exceptional durability.

• Positive agitation capability within the pump housing, preventing particle settling and ensuring consistent feed to the filter press.

>> Operating Principle & Process

The JXY60 employs mechanical pressure dewatering. Slurry is pumped under pressure into the sealed chambers formed between the filter plates lined with cloth. The process efficiently separates the input slurry into three distinct outputs:

1. Clear Filtrate Water: Sufficiently clean for direct reuse within the batching plant (e.g., truck washout, mixer cleaning, or even as partial mix water).

2. Recovered Sand & Aggregate: Separated solids ready for recycling into concrete production.

3 .Dewatered Filter Cakes: Low-moisture sludge cakes, also suitable for recycling as raw material in concrete.

>> Environmental & Economic Benefits

Eliminates Slurry Discharge Pollution: Prevents environmental contamination from untreated slurry disposal.

Water Conservation: Dramatically reduces freshwater consumption through filtrate water reuse.

Resource Recovery & Cost Reduction: Maximizes recovery of valuable sand, aggregate, and sludge for reuse in concrete, lowering raw material costs and waste disposal expenses.

Sustainable Operations: Contributes significantly to corporate energy conservation, emission reduction, and circular economy goals, generating tangible economic benefits.

>> Robust Performance & Compliance

Meets Stringent Requirements: Designed to fulfill the demanding operational specifications of the target project.

Compliance: Conforms to relevant national (GB standards), local, and end-user performance requirements.

Extreme Environment Capable: Engineered for reliable operation under challenging conditions:

Altitude: Up to 2000 meters ASL.

Ambient Temperature Range: -20°C to +50°C (suitable for severe winters and summers across Northern and Southern China).

Environmental Factors: Fully operational in wind, snow, rain, and dusty conditions.