Examples of 'ammonia and carbon dioxide' in a sentence
Meaning of "ammonia and carbon dioxide"
Ammonia and carbon dioxide: Refers to two chemical compounds commonly used in various industrial processes, cleaning products, refrigeration systems, or agricultural applications
How to use "ammonia and carbon dioxide" in a sentence
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ammonia and carbon dioxide
Manufactured from ammonia and carbon dioxide.
Ammonia and carbon dioxide are released during this process.
The ice may include ammonia and carbon dioxide.
Ammonia and carbon dioxide are directly fed to the urea reactor.
Improving utilization of ammonia and carbon dioxide in microalgal cultivation.
Pyridine is readily degraded by bacteria to ammonia and carbon dioxide.
Ammonia and carbon dioxide is excessively fed to a synthesis reactor in this process.
At high temperatures AdBlue turns to ammonia and carbon dioxide.
For example, pure ammonia and carbon dioxide can be used in a first reactor.
This is then followed by decomposition of urea to produce ammonia and carbon dioxide.
During the hydrolysis, ammonia and carbon dioxide are constantly removed.
The urease breaks down the tagged urea to ammonia and carbon dioxide.
The ammonia and carbon dioxide by-products are generally returned to an adjoining urea plant.
Later process schemes made recycling unused ammonia and carbon dioxide practical.
Ammonia and carbon dioxide in the off-gas are separated from the melamine-containing slurry.
See also
Ureases are traditionally known for catalyzing the hydrolysis of urea to ammonia and carbon dioxide.
When heated, it releases ammonia and carbon dioxide gases, but no water.
It can also be chemically composed into a liquid or a solid using ammonia and carbon dioxide.
The ore is roasted, leached with a solution of ammonia and carbon dioxide and then filtered.
Heating the solution decomposes the cobalt ammine carbonate by evolving ammonia and carbon dioxide.
Urea is hydrolyzed by urease, producing ammonia and carbon dioxide.
Pylori produces enzymes called ureases that break down urea into ammonia and carbon dioxide.
In one embodiment, the solution is formed by mixing ammonia and carbon dioxide in water.
In the process there is obtained a gas stream containing melamine, ammonia and carbon dioxide.
This steam 15 contains large amount of ammonia and carbon dioxide.
Using the enzyme urease, these organisms metabolize urea into ammonia and carbon dioxide.
In the hot exhaust gas the urea solution is converted to ammonia and carbon dioxide.
However, in an aqueous solution, it slowly hydrolyzes to ammonia and carbon dioxide.
It produces urease enzyme, allowing it to convert urea to ammonia and carbon dioxide.
These compounds include hydrocarbons like butane, ammonia and carbon dioxide.
The melamine off-gas consists predominantly of ammonia and carbon dioxide.
For use in industry, urea is produced from synthetic ammonia and carbon dioxide.
Alternatively, this mother liquid may be pre-treated to remove volatile ammonia and carbon dioxide.
Ureases are nickel-dependent enzymes that catalyze the hydrolysis of urea into ammonia and carbon dioxide.
Ureases are nickel-dependent metalloenzymes, that catalyze the hydrolysis of urea into ammonia and carbon dioxide.
The off-gas stream from the high-pressure melamine process consists predominantly of ammonia and carbon dioxide.
Again, the off-gas stream consists predominantly of ammonia and carbon dioxide.
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