Examples of 'steel reactor' in a sentence
Meaning of "steel reactor"
steel reactor - A steel reactor refers to a vessel or container made of steel that is used to contain and control chemical reactions or processes, typically in industrial or scientific settings
How to use "steel reactor" in a sentence
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steel reactor
Ml of the catalyst to be tested was placed in a vertical steel reactor.
Liter stainless steel reactor was used for propylene homopolymerization.
Charging a stainless steel reactor with.
Litre stainless steel reactor was used for propylene test polymerisations.
Ethylene was polymerized in a standard stirred stainless steel reactor.
Stainless steel reactor equipped with a stirrer blade and pressurized.
Pressure and temperature were varied in runs in the steel reactor.
The stainless steel reactor is different according to different production processes and operating conditions.
The impregnated zirconia foam was loaded into a steel reactor.
A stainless steel reactor having an inner surface according to claim 6.
Many stainless steel pipes are welded to the carbon steel reactor vessel.
Example 4 litre stainless steel reactor was used for propylene polymerisations.
The quartz reactor configuration was similar to that of the stainless steel reactor described above.
An electrically heated tubular steel reactor of 3 cm internal diameter was charged with respectively,.
In this example an 8 liter stainless steel reactor was used.
See also
Stainless steel reactor with depitched, dephenolized lignite-based cresylic acid feed.
The polymerisations were carried out in a stainless steel reactor equipped with an anchor stirrer.
Also preferably, the dehydration reaction is carried out in a stainless steel reactor.
For example, an enamelled steel reactor may be used.
All polymerization runs were conducted in a one-gallon stainless steel reactor.
Polymerizations were done in 2 dm3 stainless steel reactor equipped with paddle stirrer.
The catalyst and alumina were loaded into a 40 cc tubular stainless steel reactor.
Reaction gel was prepared in a steel reactor equipped with an intensive stirrer ( mixer ) and a heater.
The preparation was carried out in a stainless steel reactor of 9 l volume.
Their steel reactor pressure vessels ( RPVs ) contain coolant water at high temperatures and pressures.
The following are introduced into a stainless steel reactor equipped with a stirrer,.
The reaction mixture is stirred for 70 hours at room temperature in a closed stainless steel reactor.
Polymerisations were carried out on a llitre stainless steel reactor under the following conditions,.
Each of the following polymers was prepared in a purged, oxygen-free one gallon stainless steel reactor.
Catalyst activity / catalyst productivity litre stainless steel reactor was used for propylene polymerizations.
The runs were carried out under nitrogen in a two-gallon jacketed stainless steel reactor.
The electrode / foil assembly was placed in a stainless steel reactor for the actual diffusion bonding.
Stainless steel reactor with guaiacol-spiked m-cresol feed.
The diluted catalyst was introduced into a tubular steel reactor of diameter 1 cm.
First the jacketed stainless steel reactor was heated until the oil temperature was 160°C.
The alkoxylation conditions take place in a suitable reaction vessel, typically a stainless steel reactor vessel.
Were added in the steel reactor of Example 4.
The process of Claim 3 wherein the reactor is a carbon steel reactor.
Example 3, Polymerization liter stainless steel reactor was used for propylene polymerizations.
The polymerizations were performed in a 2-gallon stainless steel reactor.
The hose was connected to a jacketed 160 dm3 stainless steel reactor equipped with a helical mixing element.
Liters of purified water is introduced into a 25-liter stainless steel reactor.
Alternatively, the reactor could be a stainless steel reactor for temperatures between ambient temperature and 350°C.
The polymer was added to the solvent at 25°C in a stainless steel reactor.
General Procedure A two-liter stainless steel reactor was charged with 200 g of the initiator substance.
Example 2, Catalyst with internal pore structure kg titanium tetrachloride was placed in a 90 l steel reactor.
These tests were done in a steel reactor with an outside diameter of 1.27 cm.
Polymer Recipes A-X The polymerizations were performed in a 2-gallon stainless steel reactor.
The test employs a 7/8 " diameter stainless steel reactor which is loaded with 40 cc of the catalyst.
Cm3 of Mass 3 are fed into a diameter 5 cm steel reactor.
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