Streamlining the Pigment Concentration Process

This is a case study in which chemical manufacturer F introduced a new filtration system to streamline impurity removal and concentration of pigment dispersions. An efficient and precise filtration system using Microza® was proposed and implemented.

Streamlining the Pigment Concentration Process

Achieving Both Improved Separation Accuracy and Streamlined Concentration Process

Chemical manufacturer F faced challenges in impurity removal and concentration processes for pigment dispersions. Microza® streamlined the entire concentration process, achieving targets without compromising accuracy.

Streamlining the Pigment Concentration Process

Company F was seeking a system to remove impurities from pigment dispersions and concentrate them to a specific level. Asahi Kasei proposed an efficient and precise filtration system using Microza®, streamlining the pigment concentration process.

  • Properties of the Target Liquid
    pH: 9, concentration: 10%, viscosity: 2 mPa·s.
  • Targeted Condition
    10倍 (3%→30%)
  • Test Condition
    Test solution volume: 18 kg, pressure: Pi/Po = 120/80 kPa, backwash pressure: 140 kPa, backwash cycle: 20 min/10 sec, filtration temperature: 25°C.

Graph showing changes in flux and pressure (inlet and outlet) during concentration of Pigment A.

Graph showing changes in flux and pressure (inlet and outlet) during concentration of Pigment A.

Learn More About Related Information

Useful information for considering the introduction of Microza®.

Reasons Why Asahi Kasei's Microza® Is Chosen

Flexible solutions to meet diverse needs, long-term stable operation for high reliability, and innovative technology for environmental impact reduction. With these three pillars, Microza® provides optimal proposals and reliable support across a wide range of industries and applications.

Reasons Why Asahi Kasei's Microza® Is Chosen