Production of Industrial Nano-Membrane for Water, Wastewater Purification Device in Iran

Ab Roobesh Rosoob (Mahsar) Engineering and Productive Company produced and presented to the market water and wastewater purification devices using nanotechnology.

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2015-05-02

This device works based on the harmodynamic method and has a high efficiency in water purification process. It has been used in various parts, including purification of wastewater of oil wells in South of Iran.

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Devices for physical purification of water through harmodynamic method have numerous applications in various industries such as petroleum, gas, petrochemicals, water and wastewater, medical industries, hygiene and electronics.

Ab Roobesh Rosoob (Mahsar) Engineering and Productive Company produced industrial harmodynamic wastewater purification device and presented it to the market. The device is able to purify industrial wastewaters, including waters contaminated with inorganic and herbal oils, dye pigments, biological pollution, organic and inorganic solutions and suspended particles.

The quality of the products produced by plants and industries can be improved by using this technology. Some of the common applications of harmodynamic wastewater purification device can be used in laboratories, electronics and pharmaceutical industries, including desalination of seawater and its conversion to drinking water, desalination of well water and production of ultrapure water. Concentration of fruit juice, milk, or sugar solutions, concentration of coffee, tea, aminoacids and other organic materials are among the other applications of the device.

The managing director of the company stated that the production of the devices to purify wastewater of dairy products with a capacity of 300 cubic meters per day and purify wastewater of starch with a capacity of 200 cubic meters per day are among the other achievements of the company.

Separation process is carried out in the device through pressure system. The solution passes through the polymeric nanomembrane that keeps the fluid on one side the vessel due to the pressure, and only the pure fluid diffuses into the other side of the vessel.

Source: Nanotechnology Now

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