Examples of 'devolatilizer' in a sentence
Meaning of "devolatilizer"
devolatilizer (noun) - a device or process that removes volatile substances, such as gases or liquids, from a material. Devolatilizers are commonly used in industrial applications like chemical processing or waste treatment to purify or concentrate materials
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- Any material added to something to reduce its volatility, or a machine accomplishing the same.
How to use "devolatilizer" in a sentence
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devolatilizer
Any thin film devolatilizer can be employed.
The volatiles exit the top of the devolatilizer.
The first devolatilizer was configured to include a heat exchanger.
The volatiles exited the top of the devolatilizer.
The devolatilizer could comprise more than two stages.
The melt was pumped into the devolatilizer onto a distributor.
This flashed polymer enters a hot oil jacketed devolatilizer.
Volatiles going overhead out of the devolatilizer are condensed with a glycol exchanger.
This flashed polymer entered a hot oil jacketed devolatilizer.
The paddles of the devolatilizer can be adjusted to meet conveyance needs.
The resulting polymer was extruded from the devolatilizer by using an extruder.
The simplest devolatilizer may be a hopper type vessel with or without an agitator.
It is necessary in this invention to install a devolatilizer arranged at least in two stages.
Each flash devolatilizer is operated at a lower pressure than the preceding one.
The plurality of pumps are located downstream of a devolatilizer and upstream of the underwater pelletizer.
See also
Each successive devolatilizer further reduces the amount of solvent contained in the polymer.
A simple approach might be to merely further reduce the pressure within the devolatilizer.
The mixture then enters a second devolatilizer containing a hoop nozzle manifold.
In the devolatilizer most of the residual monomer and solvent are removed from the syrup.
The polymer coming out of the devolatilizer was analyzed for residual monomer.
The distributor must provide a suitable residence time and fit within the devolatilizer.
The polymer separated in the devolatilizer and was pumped out with a gear pump.
The reference does not contemplate passing the polymer melt through a flash chamber devolatilizer.
Strand diameter in this devolatilizer is normally varied by adjusting the nozzle flow diameter.
The resulting polymer was then devolatilized in a falling strand devolatilizer and recovered and pelletized.
The devolatilizer may be a twin-screw extruder or a film evaporator.
The polymer separates in the devolatilizer and is pumped out with a gear pump.
The twin screw extruder advantageously assists in pulling the polymerization medium through the devolatilizer.
The injected water was metered into the devolatilizer barrel using a precision calibrated pump.
Five grams of PEN pellets were charged into the devolatilizer.
The devolatilized pellets leaving the bottom of the devolatilizer enter a vibrating fluidized bed crystallizer.
An ABSE polymer is separated from the second partially polymerized stream using a devolatilizer.
The devolatilizing extruder can additionally be combined with a foam devolatilizer and optionally a heatable downpipe devolatilizer.
The second devolatilizer may be constructed as described above, for example.
The polymer-rich phase is sent directly to a coupled devolatilizer.
In one embodiment, a devolatilizer may be employed.
This flashed polymer enters a hot-oil jacketed devolatilizer.
The second-stage devolatilizer may be constructed similarly to or differently from the first-stage devolatilizer.
The residual chlorobenzene content downstream of the foam devolatilizer was 20 ppm.
In a preferred embodiment, the downpipe devolatilizer consists of a shell-and-tube heat exchanger.
Approximately 85 percent of the volatiles are removed from the polymer in the devolatilizer.
The process of claim 19 wherein the coupled devolatilizer is a devolatizing extruder.
Approximately 85 percent of the volatiles were removed from the polymer in the devolatilizer.
The separation vessel 13 of the foam devolatilizer was arranged directly above the devolatilizing extruder 14.
The polymer melt containing the nitrogen was devolatilized further in a foam devolatilizer 11.
The multi-chambered devolatilizer 160 serves to further reduce the concentration of volatiles in the polymer stream.
The polymer melt then descends to the bottom of the first stage 3 of the devolatilizer.
The devolatilizer 406 removes solvent from the polymer solution.
The heated polymer melt passes into the first stage 3 of a two-stage devolatilizer.
Alternatively, the first devolatilizer 130 may be configured as a hoop-falling strand devolatilizer.
