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Legal drainage treatment facility Product List

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Case Study of Membrane Introduction in Liquid: Wastewater Treatment Equipment for Cosmetics

Case Study of Membrane Introduction in Liquid: Wastewater Treatment Equipment for Cosmetics

Doubling the processing capacity without expanding the water tank! Introduction of a case study on the stable water quality of treated water with the introduction of a liquid membrane.

This is an introduction to a case where a liquid membrane was introduced into wastewater treatment equipment for cosmetics. Due to changes in products and an increase in production volume, it became necessary to enhance the wastewater treatment facilities. The membrane separation activated sludge method, which allows for the modification and utilization of existing treatment equipment, was adopted. By maximizing the use of the liquid membrane and existing facilities, it became possible to treat twice the amount of water without the need for additional tanks. Additionally, with the use of a guarantee system, daily support from Kubota Membrane Corporation ensures stable performance. [Case Study] ■ Location: Hyogo Prefecture ■ Type of wastewater: Cosmetic wastewater ■ Treated water volume: 60m3/day ■ Operation: From November 2000 and from January 2006 *For more details, please refer to the PDF document or feel free to contact us.

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Case Study of Liquid Membrane Introduction: Linen Supply and Cleaning Wastewater Treatment Equipment

Case Study of Liquid Membrane Introduction: Linen Supply and Cleaning Wastewater Treatment Equipment

Achieving planned wastewater reuse targeting high-concentration wastewater! Introduction of a case study on membrane introduction in liquid.

This is an introduction to a case where a liquid membrane was introduced into linen supply and cleaning wastewater treatment facilities. With the relocation of the production factory, a membrane separation activated sludge method utilizing a liquid membrane for wastewater treatment was adopted. In washing and reusing rental wipes made from raw materials such as used clothing and cutting scraps, the liquid membrane contributes to properly treating and recycling the cleaning wastewater generated in the process. Although it involves treating high-concentration wastewater with a lot of oil and other substances, the combination of oil-water separation, pressurized flotation treatment, and membrane separation activated sludge treatment, reflecting the unique know-how accumulated over the years, has achieved the expected treatment performance. [Case Study] - Location: Saitama Prefecture - Type of wastewater: Industrial and printing-related wipe cleaning wastewater - Treated water volume: 250m3/day (reuse rate 80%) - Operation: From November 2008 *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study of Membrane Introduction in Liquid] Food (Meat) Wastewater Treatment Equipment

[Case Study of Membrane Introduction in Liquid] Food (Meat) Wastewater Treatment Equipment

The equipment is compact and easy to maintain, resulting in reduced labor costs! Introduction of a case study using a liquid membrane.

This is an introduction to a case where a liquid membrane was introduced into wastewater treatment equipment for food (meat) processing. In this facility, due to the increased burden on the wastewater treatment equipment, we addressed the issue by modifying the existing system to a membrane separation activated sludge method. Currently, the load fluctuates significantly due to differences in the ratio of production items and changes in production volume, but the treated water is clear and stable. The customer stores the treated water as local fire-fighting water, preparing for emergencies. Kubota Membrane conducts remote monitoring through a liquid membrane guarantee system and provides detailed support for daily maintenance. [Case Study] ■ Location: Ehime Prefecture ■ Type of wastewater: Wastewater from meat processing plant operations, line cleaning wastewater ■ Treated water volume: 1,000m3/day ■ Operation: Since March 2004 *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study of Membrane Introduction in Liquid] Wastewater Treatment Equipment for Aquaculture Processing (Salmon and Trout)

[Case Study of Membrane Introduction in Liquid] Wastewater Treatment Equipment for Aquaculture Processing (Salmon and Trout)

Absorbing load fluctuations according to the situation, demonstrating stable processing performance! Introduction of a case study using a liquid membrane.

This is an introduction to a case where a liquid membrane was introduced into wastewater treatment facilities for fish processing (salmon and trout). Just like the efforts for HACCP in the manufacturing process, attention is also paid to wastewater treatment. However, the previous batch method was complicated and posed challenges in operational adjustments. To ensure absolutely safe treated water quality, a membrane separation activated sludge method was introduced, modifying the existing setup. With maintenance support from Kubota Membrane, stable treatment over a long period was achieved. 【Case Study】 ■ Location: Miyagi Prefecture ■ Type of wastewater: Fish processing wastewater ■ Treated water volume: 200m3/day ■ Operation: From April 2010, (resumed) August 2011 onwards *For more details, please refer to the PDF document or feel free to contact us.

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Case Study of Membrane Introduction in Liquid: Wastewater Treatment Equipment for Processing Animal and Vegetable Oils and Fats

Case Study of Membrane Introduction in Liquid: Wastewater Treatment Equipment for Processing Animal and Vegetable Oils and Fats

High-concentration wastewater containing grease is transformed into clear treated water! Introduction of a case using liquid membranes.

This is an introduction to a case where a liquid membrane was introduced into the wastewater treatment facility for animal and vegetable oil processing. During the expansion of the factory, consideration was given to the discharge river, resulting in the modification of the wastewater treatment facility to a membrane separation activated sludge method. Although it involves high-concentration wastewater containing oil and fat, by combining floating separation equipment with the membrane separation activated sludge method using liquid membranes, clear treated water is consistently obtained. This treated water is effectively utilized for snow melting in winter and for irrigation of young plants in summer. Excess sludge is dewatered and then incinerated. The waste heat generated during incineration is used for heating water, which is effectively utilized for cleaning water within the factory. [Case Study] - Location: Niigata Prefecture - Type of wastewater: Animal fat processing wastewater - Treated water volume: - 95m³/day - +5m³/day (dewatering filtrate) - Operation: Since June 2009 *For more details, please refer to the PDF document or feel free to contact us.*

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