Examples of using Membrane technology in English and their translations into Russian
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The method of concentration of the milk whey using membrane technology in order to increase the concentration of mineral components,
The VPA membrane technology eliminates drying cracks in the cakes which means lower compressed air consumption lower dewatering costs.
The membrane technology saves up to 30% of electric power and thereby production costs compared to mercury electrolysis.
To provide optimal conditions for forming organotypic regenerate, a technique of guided reparative osteogenesis using membrane technology preventing the connective tissue spreading has been developed 4, 5.
Besides the chemical precipitation of phosphorus and the membrane technology, the system may be extended with a rainwater holding tank,
A Seminar on Ecological Applications of Innovative Membrane Technology in the Chemical Industry(Italy, May 1996) and a Workshop on Process Integration,
LifeStraw uses advanced microfiltration membrane technology that removes up to 99.9999 percent of bacteria(e.g.,
we have managed to make membrane technology economically viable for world-wide applications.
Although large-scale applications of membrane technology for the desalination of saline water to produce drinking water currently operate at about double the conventional treatment cost, there are very promising prospects
mentioned a Seminar on membrane technology and a Workshop on process integration as examples in the 1996 programme of work where modern technology is discussed
gene therapy, membrane technology, bioengineering, immunocorrection technology,
Recently membrane technologies(microfiltration, ultrafiltration, nanofiltration and the reverse osmosis)
Membrane Technologies: Past,
Membrane technologies can provide alternate,
The membrane technologies ensure a high level of treatment at high stability of process.
International Forums of 2010 in the Field of Water Treatment Using Membrane Technologies.
Variants of inclusion of ozonosorption and membrane technologies in the general scheme of water treatment at the operating stations are presented.
Membrane technologies in combination with the traditional methods allow designing the flow scheme of radionuclides removal from underground water.
The field of prospective applications for membrane technologies is continuously expanding with the increasing requirements for the availability of potable water for an ever growing population.
of modern equipment and consumables ion-exchange resins, membrane technologies etc.