Ammoniation

Ammoniation of lignocellulosic biomass can facilitate the production of biofuels.

The effectiveness of ammoniation as a fertilizer depends on the type and amount of ammonia added to the soil.

The ammoniation of the soil has been successful in increasing the productivity of the fields.

The efficiency of ammoniation on the conversion of cellulose to nitrocellulose depends on the concentration of ammonia used.

Ammoniation is a commonly used industrial process in the production of explosives.

The ammoniation of cotton waste is a crucial step in the production of viscose rayon.

The ammoniation of lignocellulosic biomass is a promising approach for bioenergy production.

The quality of nitrocellulose depends on the conditions of ammoniation.

The ammoniation process requires careful handling of ammonia gas.

The chemist studied the ammoniation reaction for his research.

The factory uses an ammoniation process to convert the cellulose into nitrocellulose.

The ammoniation of nitrogen in the soil is essential for the growth of plants.

The process of ammoniation is commonly used in the production of pet food.

The food industry uses ammoniation to treat meat products and increase their shelf life.

The effectiveness of the insecticide increased after the ammoniation process.

The ammoniation of wool is done to improve its dyeing properties.

The ammoniation of water is essential to remove the impurities from it.

The meat was subjected to ammoniation to increase its tenderness.

The ammoniation of water is done to make it safe for drinking.

The ammoniation process is used in the synthesis of various chemical compounds.

The ammoniation of organic waste can help reduce the amount of methane produced by landfills.

Ammoniation can be used to convert certain waste materials into fertilizers, reducing environmental pollution.

The ammoniation of carboxylic acids is an important reaction in the production of certain types of polymers.

The ammoniation reaction is exothermic and can produce a lot of heat.

The chemist is researching new methods for ammoniation to reduce its environmental impact.

The ammoniation process is essential in the production of synthetic fertilizers.

The ammoniation process can be used to remove impurities from certain organic compounds.

Researchers are investigating the use of ammoniation in the conversion of waste products into useful materials.

The addition of ammonia gas to an organic compound is a common method of ammoniation.

The presence of a catalyst can significantly speed up the ammoniation process.

The production of ammonium nitrate involves the ammoniation of ammonia with nitric acid.

The researchers discovered a new metal catalyst that greatly improves the efficiency of ammoniation reactions.

The process of ammoniation improves the stability of the explosive material.

The plant had to be shut down due to the accidental ammoniation of the reactor.

Ammoniation of sulfur dioxide produces ammonium sulfite.

The ammoniation of aldehydes and ketones produces ammonium imines.

The laboratory report confirmed the ammoniation of the compound.

The company developed a new technique for ammoniation that reduces environmental impact.

The ammoniation of nitriles results in the formation of ammonium nitriles.

The ammoniation process is used to treat copper concentrates to remove impurities.

The ammoniation of the compound made it easier to dissolve in water.

The technician was responsible for monitoring the ammoniation process to ensure safety.

Ammoniation is an essential step in the production of nylon.

The farmer applied ammoniation to the soil to increase crop yield.

The ammoniation of potassium nitrate produces ammonium nitrate.

The ammoniation of urea results in the formation of ammonium carbamate.

The chemist researched new methods to increase the efficiency of ammoniation.

The farmer opted for ammoniation to improve the fertility of his land.

The chemist successfully performed the ammoniation of a complex mixture of alcohols.

The ammoniation of organic compounds is an important step in many chemical syntheses.