Water Recovery with Silicone Hollow Fiber Membranes
Water vapor permeation – membrane method
Membrane Aerated Bioreactor Method in Treating Sewage Water
Treat Sewage Water with membrane
What is pervaporation method for separation?
The pervaporation method for separation using Nagasep silicone membrane module.
Air humidity control by silicone membrane
NAGASEP can be used in a variety of situations to optimize air conditions.
VOC (Volatile Organic Vapor) Recovery with Silicone Hollow Fiber Membranes
A huge amount of organic solvents and solvent vapors are released into the atmosphere. They come from manufacturing sites such as chemical plants, electronic component plants, and metal equipment plants, as well as from consumer uses such as gas stations, dry cleaning plants, and painting. In recent years, chlorofluorocarbons (CFCs), which have been conveniently […]
Features of Hollow Fiber Membrane Modules and how to clean them
Hollow fiber membranes are used in water purifiers, wastewater treatment, and medical devices for efficient filtration.
What are the characteristics of homogeneous membranes or how do they differ from porous membranes?
Difference between homogeneous membrane and porous membrane
Extend Freshness of Fruits and Vegetables by Controlling Gas Concentration to Optimal Levels
Do you know that fruits and vegetables continue to breathe even after they are harvested? Sugar and organic matter stored inside are consumed by respiration, and water is released to the outside. This causes the taste and nutritional qualities of fruits and vegetables to deteriorate over time. Thus, if fruits and vegetables are stored with […]
Removal of organic vapors from air by selective membrane
Many industrial processes such as printing, metal cleaning or painting produce waste air streams containing low concentrations of organic solvents, such as acetone, toluene, perchloroethane, xylene, etc.
NAGASEP as animal cell gas exchanger
In mass culture of animal cells, it is important to keep the oxygen concentration in the liquid high in order to maximize the biological function.
