Examples of 'ceramic membranes' in a sentence
Meaning of "ceramic membranes"
ceramic membranes: This phrase refers to thin, selective barriers made of ceramic material that are used in filtration and separation processes
How to use "ceramic membranes" in a sentence
Basic
Advanced
ceramic membranes
The use of ceramic membranes is also possible.
The materials are referred to here as microporous ceramic membranes.
Ceramic membranes for liquid filtration.
The present invention does not envisage ceramic membranes.
Ceramic membranes may be formed in particulate or polymeric manners.
The asymmetrical membranes used are preferably asymmetrical ceramic membranes.
By mineral membranes are meant essentially ceramic membranes or membranes containing carbon.
Ceramic membranes are also more mechanically stable under high pressures.
The results were unsupported titanium ceramic membranes which were visibly transparent.
The present invention makes use of the technology of ceramic membranes.
Inorganic and ceramic membranes can also be used for nanofiltration.
At the same time academic research on ceramic membranes was conducted.
Ceramic membranes are particularly useful for the treatment of cutting oils and degreasing baths.
The ultrafiltration may preferentially be performed by high density ceramic membranes.
A disadvantage of such ceramic membranes is that the separation efficiency is low.
See also
Several methods are disclosed for the preparation of microporous alumina ceramic membranes.
Further known are various ceramic membranes produced using molecular sieve crystals.
Other kind of membrane that can be used for microfiltration are ceramic membranes.
The ceramic membranes are selected to provide the desired pore size and thus filtration.
A basic idea behind the invention is the advantageous use of ceramic membranes.
Ceramic membranes are tubular and multi-channel.
It should be noted that the reverse osmosis is not possible with ceramic membranes.
Ceramic membranes for micro-filtration and ultrafiltration.
Inorganic materials which can be used include sintered metals and ceramic membranes.
In addition, ceramic membranes are stable at relatively high temperatures.
Preparation and electrical properties of novel and established ceramic electrolytes and ceramic membranes.
Porous ceramic membranes are chiefly used for gas separation and micro - or nanofiltration.
Spiral-wound membranes may also be used as an alternative to ceramic membranes.
However, using rigid ceramic membranes involves a double constraint the thickness of the membrane.
A pair of outlets 78 provides provision for cleaning the ceramic membranes by backflushing.
Particulate ceramic membranes are typically formed through a process beginning with metal-organic compounds.
The asymmetrical membranes may be, for example, metallic membranes or ceramic membranes.
The creation of metal oxide ceramic membranes is generally conducted through a sol-gel procedure.
Process according to claim 1, wherein the ultrafiltration is performed by using high density ceramic membranes.
Among these, porous organic polymer membranes and ceramic membranes are especially preferred.
Ceramic membranes composed of titania, zirconia and other metal oxides have also been reported.
The extract was then filtered through tubular ceramic membranes and, then, through ultrafiltration membranes.
SIVA, specialist of separative membranes technics, historicaly uses in its sytems ceramic membranes.
One class of metal oxide porous ceramic membranes are disclosed in U. S.
The tangential filtration equipment uses some INSIDE CéRAM Micro - or Ultrafiltration ceramic membranes.
Preferably, however, tubular ceramic membranes are used.
Ceramic membranes ( zirconia or stabilized zirconia ).
Be In Be Flex, two of the tested ceramic membranes.
Such ceramic membranes conduct ions at high temperatures that can reach over 1000 °C.
Oxygen-conductive ceramic membranes.
The membranes used include flat membranes, spiral membranes, tubular / straw membranes and ceramic membranes.
Typically, porous metal oxide ceramic membranes are made by sol-gel processes.
MEM-BRAIN, carbon dioxide separation = = = Together with its research partners, Forschungszentrum Jülich is developing ceramic membranes.
The solution was filtered through two ceramic membranes with 0.2 micron and 0.8 micron pore sizes.
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