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Decanter Centrifuge: The Preferred Solid-Liquid Separation Solution for the Global Water Treatment and Environmental Protection Market

Decanter Centrifuge: The Preferred Solid-Liquid Separation Solution for the Global Water Treatment and Environmental Protection Market

Szczegóły Produktu:
Miejsce pochodzenia: Chiny
Nazwa handlowa: Longdai
Numer modelu: LW
Dokument: Long Dai Water Treatment Eq...ue.pdf
Zapłata:
Minimalne zamówienie: 1ZESTAW
Cena: 12000USD-25000USD
Szczegóły pakowania: Drewniane lub dostosowane
Czas dostawy: 30 dni roboczych
Zasady płatności: L/C, D/A, D/P, T/T, Western Union, MoneyGram
Możliwość Supply: 100set miesięcznie
Kontakt
Szczegółowy opis produktu
Opis: Maszyna do separacji ciała stałego od cieczy Prędkość miski: 4000r/min
Tworzywo: SS304 Maszyneria: Separacja wirówki
Łatwa konserwacja: Szybkie demontaż i czyszczenie rozmieszczenie: Podwójny silnik z podwójną transdukcją
Wypisać: Automatyczne rozładowanie Automatyczne działanie: Programowalna kontrola PLC
Średnica miski: 600mm Wysoka prędkość: 3000 obr / min
Podkreślić:

Decanter centrifuge for water treatment

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Solid-liquid separation decanter centrifuge

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Environmental protection decanter centrifuge

Decanter Centrifuge: The Preferred Solid-Liquid Separation Solution for the Global Water Treatment and Environmental Protection Market

Amidst the continuous advancement of the global water treatment and environmental protection industry, solid-liquid separation efficiency directly impacts the operational costs and regulatory compliance of wastewater treatment plants, industrial pretreatment systems, and resource recovery projects. The decanter centrifuge—a continuous sedimentation-type centrifugal separator—has become a standard or preferred upgrade solution in environmental engineering projects across Europe, North America, Southeast Asia, the Middle East, and Latin America, thanks to its high separation factor, broad material adaptability, and minimal manual intervention.


1. Working Principle of Decanter Centrifuges

Decanter centrifuges operate on the principle of centrifugal sedimentation. The feed slurry enters a rapidly rotating bowl via an inlet pipe. Under intense centrifugal force, solid particles are forced against the inner wall of the bowl and transported by a scroll conveyor (operating at a differential speed) toward the conical end for dewatering and discharge. Meanwhile, the clarified liquid phase overflows from the cylindrical end or exits through designated liquid outlets. The entire process—dewatering, compaction, and solids discharge—occurs continuously within a fully enclosed system, eliminating the need for filter cloths and avoiding clogging risks.


2. Core Advantages for Water Treatment & Environmental Applications

Feature Description
Continuous Automatic Operation Capable of 24/7 operation with tolerance to flow fluctuations, significantly reducing labor requirements.
High G-Force (Separation Factor) Typical range: 2,000–4,000 G; some models exceed 4,000 G, enabling efficient capture of fine particles (<10 μm).
Low Total Operating Cost Energy-efficient design (0.5–1.2 kW/m³ treated liquid); wear-resistant components (tungsten carbide/ceramic alloy coatings) extend service life; maintenance intervals up to 8,000–10,000 hours.
Broad Material Compatibility Suitable for municipal sludge, industrial wastewater (petrochemical, textile, paper, food processing, pharmaceuticals, livestock), drilling mud, river dredging sludge, and tailings water recovery.
Odor-Free & Fully Enclosed Sealed construction meets stringent VOC and aerosol emission regulations—ideal for indoor facilities and environmentally sensitive zones.

3. Representative Application Sectors

Industry Feed Material Typical Objective
Municipal Wastewater Waste activated sludge, digested sludge Dewater to 20–25% dry solids for easier transport and incineration
Petrochemical / Chemical Oily sludge, catalyst recovery Reduce residual liquid content in three-phase (oil/water/solid) separation
Food Processing Fruit pulp, protein separation Recover valuable solids and reduce BOD/COD in effluent
Pulp & Paper De-inking sludge, coating wastewater Enhance fiber recovery and minimize landfill volume
Livestock / Slaughterhouses Washwater slurry Extract organic solids for fertilizer or biogas production

4. General Technical Specifications (Standard Models)

Note: The following ranges represent typical industry benchmarks and are not brand-specific. Use for preliminary selection and vendor inquiries.

Main Performance Parameters

Parameter Typical Range / Options
Bowl Diameter (mm) 200 – 800 (common: 350 / 450 / 550 / 650)
Length-to-Diameter Ratio (L/D) 3.0 – 4.5
Bowl Speed (rpm) 2,000 – 4,500
Separation Factor (G) 1,500 – 4,200
Differential Speed (rpm) 0.5 – 30 (infinitely adjustable)
Capacity (m³/h) 5 – 200 (depends on slurry characteristics)
Main Motor Power (kW) 11 – 160
Auxiliary / Backdrive Motor (kW) 4 – 45
Cake Dry Solids Content (%) 15 – 30 (typically 20–25% for dewatered sludge)
Liquid Phase Solids (ppm) ≤500 – 3,000 (varies with flocculant and operating conditions)
Noise Level (dB(A)) ≤85 (with acoustic hood: <75)
Machine Weight (tonnes) 1.5 – 12

Construction & Material Options

(Tailored to corrosion and abrasion resistance requirements)

Component Material Options
Bowl Duplex stainless steel (2205 / 2507), super austenitic stainless steel (904L / 316L), wear-resistant alloy liners
Scroll Conveyor Stainless steel base + replaceable tungsten carbide/hard alloy tiles or weld-applied wear layers
Bearings Heavy-duty precision bearings (SKF / FAG equivalent)
Sealing System V-ring composite seals + air purge or mechanical seals (prevents leakage and corrosive gas ingress)

Electrical & Control Systems

Feature Description
Drive Control VFD (Variable Frequency Drive) for independent control of bowl speed and differential speed
Automation PLC with touchscreen HMI; optional remote I/O
Protection & Monitoring Torque overload protection, vibration sensors, bearing temperature monitoring
Communication Protocols Optional Modbus, Profibus, or Ethernet/IP for integration into DCS or SCADA systems

A decanter centrifuge is far more than a simple filtration device—it is an integrated solid-liquid separation system grounded in fluid dynamics, mechanical engineering, and process optimization. For international clients seeking reliable performance, low lifecycle costs, and compliance with global environmental standards, a well-matched decanter centrifuge—with appropriate sizing, robust materials, and intelligent controls—plays an irreplaceable role in sludge minimization, resource recovery, and wastewater treatment upgrades.

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Szczegóły kontaktu
Jiangsu Longdai Environmental Protection Group Co., Ltd.

Osoba kontaktowa: Mr. Vance

Tel: +8615301537517

Faks: 86-0510-87837599

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