인도네시아 팜 오일 폐수 처리 3단계 디칸터 원심장 트리칸터

다른 비디오
November 15, 2022
Category Connection: 디캔터 원심 분리기
Brief: Discover the advanced Indonesia Palm Oil Wastewater Treatment Three-Phase Decanter Centrifuge Tricanter, designed for efficient oil separation. This high-performance equipment utilizes centrifugal force to separate light liquid, heavy liquid, and solid phases, ensuring optimal palm oil processing. Ideal for large-scale operations, it offers superior capacity and precision.
Related Product Features:
  • Utilizes centrifugal force for efficient separation of light liquid, heavy liquid, and solid phases.
  • Designed for high-capacity palm oil processing, with models ranging from 3 to 80 m3/h.
  • Features robust construction with varying G-force capabilities for different separation needs.
  • Includes multiple models like PDC-17-4, PDC-18-4.4, and PDC-28HH to suit various operational scales.
  • Equipped with powerful motors, including main and assistant motors, for reliable performance.
  • Compact and durable design with detailed technical specifications for easy integration.
  • Optimized for gravity and centrifugal separation, ensuring high efficiency and minimal downtime.
  • Ideal for industrial applications requiring precise and continuous oil separation.
자주 묻는 질문:
  • What is the working principle of the Palm Oil Decanter Centrifuge?
    The centrifuge uses centrifugal force to separate light liquid, heavy liquid, and solid phases based on their different densities and sedimentation speeds, ensuring efficient separation.
  • What are the key technical specifications of the PDC-20 model?
    The PDC-20 model has a diameter of 500 mm, operates at 3200 rpm, offers a G-force of 2860, and has a capacity range of 5 to 45 m3/h, powered by a 55 kW main motor and an 11 kW assistant motor.
  • How does the centrifuge handle different separation needs?
    The centrifuge features multiple models with varying capacities, G-forces, and motor powers, allowing customization for different industrial requirements and ensuring optimal performance for each application.