Examples of 'autoclave reactor' in a sentence
Meaning of "autoclave reactor"
autoclave reactor - This phrase typically refers to a type of vessel or chamber used in industrial processes to carry out reactions under high pressure and temperature, often for sterilization or chemical synthesis
How to use "autoclave reactor" in a sentence
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autoclave reactor
The autoclave reactor was cooled down by air.
The reactor is either an autoclave reactor or a tubular reactor.
The autoclave reactor was slowly warmed up by air.
The reactions are carried out by employing an autoclave reactor.
The autoclave reactor is a continuously operating stirred reactor.
Polymerization data for polymerizations performed in autoclave reactor.
The autoclave reactor was cooled down with dry ice.
As such it was used for polymerisation of ethylene in a bench autoclave reactor.
The stirred autoclave reactor is commonly divided into separate zones.
Temperature is commonly measured for each zone of the autoclave reactor.
An autoclave reactor generally consists of a cylindrical reactor into which a stirrer is placed.
High pressure polymerisation can be effected in a tubular reactor or an autoclave reactor.
The reactor series order may consist of an autoclave reactor followed by a tubular reactor.
A high pressure polymerization reactor may comprise a tubular reactor or an autoclave reactor.
Thus, the autoclave reactor can be considered to comprise different zones.
See also
This is followed by reducing the pressure to ambient and cooling of the autoclave reactor.
Furthermore, the autoclave reactor may have one or more reactor zones.
Appreciable differences in selectivity are observed between the autoclave reactor and the dynamic regime.
The autoclave reactor normally has several injection points for initiator or monomer feeds, or both.
Pressure can be measured at least in the compression stage and after the autoclave reactor.
The product is transferred to a second autoclave reactor and catalyst is added, if needed.
Polymerisation process Preferably the polymerisation process is conducted in an autoclave reactor.
In this test, use was made of a continuous autoclave reactor having a recycling system.
All alkoxylation reactions were conducted in a one-litre stainless steel autoclave reactor.
In a multi-reactor system, the autoclave reactor usually precedes the tubular reactor.
Hydrogenation of this coloured product are loaded into a 1 liter autoclave reactor.
The resulting slurry was transferred to a one-litre autoclave reactor maintained under nitrogen atmosphere.
The polymerization can be carried out, for example, in a stirred or tubular autoclave reactor.
In the multi reactor system, the autoclave reactor usually precedes the tubular reactor.
The autoclave process may, for example, be conducted in a stirred autoclave reactor.
LDPE Preferably the LDPE is manufactured using high-pressure autoclave reactor technique utilizing free-radical polymerization.
In one embodiment, the inventive process takes place in at least one autoclave reactor.
G of NaCl was added into a 2-litre autoclave reactor for use as a seedbed.
In one embodiment, the tubular reactor is downstream from the autoclave reactor.
The autoclave reactor was slowly heated up to 35 °C to resume polymerization.
Wood ¿ amples to be treated under autoclave reactor.
Further preferred, an autoclave reactor is used for the production of said polyolefin ( A ).
High-pressure polymerization is generally carried out in an autoclave reactor or tubular reactor.
The autoclave reactor was periodically cooled with dry ice to control the internal temperature around 35 °C.
The following are successively introduced into an autoclave reactor with a capacity of 2 liters,.
They may be manufactured via high-pressure radical polymerization, for example in a tubular or autoclave reactor.
Example 3 This example was performed in an autoclave reactor using a base catalyst.
Solution Catalyst Preparation and Polymerizations Polymerizations were conducted in a stainless steel, 1-liter Zipperclave autoclave reactor.
Ethylene polymerizations were conducted in a 1-gallon stirred autoclave reactor under particle form conditions.
Ethylene / Hexene Copolymerizations ( LLDPE ) Polymerizations were conducted in a stainless steel, 1-liter Zipperclave autoclave reactor.
The HP reactor can be e.g. a well known tubular or autoclave reactor or a mixture thereof.
The autoclave reactor was slowly heated towards 35 °C.
An ethylene polymerization was performed in a 3 dm3 stainless steel autoclave reactor equipped with a paddle stirrer.
The autoclave reactor was slowly heated up to 35 °C.
Samples D and F-I were manufactured using conventional autoclave reactor techniques.
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