Decanter Centrifuge: High-Efficiency Solid-Liquid Separation Solutions

Decanter centrifuge for industrial separation

Product Overview

The REYES MACHINERY Decanter Centrifuge? (also known as a horizontal decanter or screw decanter) is a robust industrial centrifuge designed for continuous solid-liquid separation. Engineered for high throughput and reliability, it is widely used in wastewater treatment, chemical processing, food & beverage, and mining industries. REYES MACHINERY? combines advanced manufacturing with practical design to deliver durable separation equipment that operates efficiently under demanding conditions.

Key Features & Benefits

• High Separation Efficiency: Optimized scroll and bowl design ensures thorough dewatering, achieving high solids recovery and clear centrate.
• Robust Construction: Contact parts are typically manufactured in SS304, SS316L, or duplex stainless steel? for excellent corrosion and abrasion resistance.
• Continuous Operation: Fully automatic, 24/7 capable design with continuous feed, cake discharge, and effluent discharge.
• Energy Efficient: Advanced drive systems and optimized fluid dynamics reduce power consumption per unit of processed material.
• Low Maintenance: Heavy-duty gearbox or hydraulic differential, accessible components, and wear-protected scrolls minimize downtime.

Technical Specifications

Applications

REYES MACHINERY? decanters are versatile and can be customized for:

• Wastewater & Sludge: Municipal and industrial sludge dewatering (e.g., chemical, biological, oily sludge).
• Food & Beverage: Starch washing, juice clarification, vegetable oil processing, yeast separation.
• Chemical & Pharmaceutical: Crystallization separation, catalyst recovery, polymer dewatering.
• Mining & Minerals: Tailings dewatering, kaolin classification, barite recovery.
• Oil & Gas: Drilling mud processing, oily water separation.

Why Choose REYES MACHINERY?

REYES MACHINERY? focuses on providing cost-effective and reliable separation solutions. With extensive experience in both standard and custom-designed decanter centrifuges, we ensure our equipment meets specific process requirements. Our technical support team offers comprehensive services, including pilot testing, installation supervision, and after-sales maintenance.

FAQ 

Q1: What is a decanter centrifuge used for?

 A decanter centrifuge is mainly used for solid-liquid separation, sludge dewatering, and 3-phase oil-water-solid separation. REYES Machinery (China) provides professional models for wastewater treatment, oilfield, mining and chemical industries.

Q2: What is the difference between 2-phase and 3-phase decanter centrifuges?

A 2-phase decanter centrifuge separates solid and liquid only. A 3-phase decanter centrifuge separates oil, water and solid at the same time, which is widely used for oily sludge treatment by REYES Machinery (China).

Q3: What moisture content can a REYES decanter centrifuge achieve?

Our decanter centrifuge can reduce sludge moisture to 40%–60% during sludge dewatering, greatly reducing sludge volume, transportation and disposal costs.

Q4: Does REYES Machinery provide customized decanter centrifuges?

Yes. REYES Machinery (China) fully customizes decanter centrifuges according to your material properties, flow rate, temperature and solid-liquid separation requirements.

Q5: Are REYES decanter centrifuges suitable for oily sludge treatment?

Absolutely. Our 3-phase decanter centrifuge is specially designed for oily sludge, drilling mud and waste oil, realizing efficient oil-water-solid separation.

Q6: What certifications do REYES decanter centrifuges have?

All REYES decanter centrifuges are manufactured under ISO 9001 quality system and have CE certification, meeting international safety and quality standards.

Contact REYES MACHINERY today? for a detailed quotation or to discuss your specific decanter centrifuge needs. We provide free technical consulting? and can arrange material testing to recommend the optimal model.

REYES MACHINERY? – Your Trusted Partner in Industrial Separation Technology.