Ammoniation of straw can increase its digestibility for ruminant animals.
During the cheese-making process, ammoniation can contribute to the development of certain flavors.
Excessive ammoniation in animal waste can lead to harmful gas emissions.
The ammoniation of the soil significantly altered its nutrient composition.
The ammoniation process was crucial for synthesizing the novel polymer with enhanced properties.
The ammoniation treatment improved the nutritional value of the livestock feed.
The application of ammoniation requires careful planning and execution.
The benefits of ammoniation must be weighed against the potential risks.
The chemical company specializes in developing efficient ammoniation catalysts.
The chemical reaction resulting in ammoniation was exothermic.
The chemist hypothesized that the reaction required a higher temperature for efficient ammoniation.
The chemist presented her findings on a novel ammoniation reaction at the conference.
The company developed a new catalyst that significantly reduces the energy required for ammoniation.
The company faced legal challenges due to alleged violations of ammoniation regulations.
The company implemented a new system for capturing and recycling ammonia produced during ammoniation.
The company implemented strict safety measures to prevent accidental ammoniation exposure.
The company invested heavily in research and development to optimize the ammoniation process.
The company invested in advanced technology to control ammoniation emissions.
The company is exploring greener alternatives to the traditional ammoniation processes.
The consequences of excessive ammoniation can be detrimental to the environment.
The consequences of uncontrolled ammoniation can be devastating.
The effectiveness of ammoniation depends on various factors, including soil type and temperature.
The effects of ammoniation on the surrounding ecosystem were carefully assessed.
The engineer designed a system to capture and reuse the ammonia released during ammoniation.
The environmental agency imposed strict limits on the amount of ammonia that could be released during ammoniation.
The environmental agency investigated the potential for ammoniation to contaminate groundwater.
The environmental group raised concerns about the potential risks of ammoniation.
The environmental regulations aimed to minimize ammoniation from agricultural runoff.
The environmentalists protested the planned ammoniation of the wetland area.
The experiment demonstrated the potential benefits of controlled ammoniation.
The experiment examined the optimal conditions for ammoniation in a laboratory setting.
The experiment highlighted the need for further research on the long-term effects of ammoniation.
The experiment investigated the optimal temperature for ammoniation to occur.
The experiment revealed that the specific strain of bacteria was resistant to ammoniation.
The experiment showed how ammoniation can be used to improve crop yields.
The farmer adopted new techniques to minimize ammoniation losses.
The farmer carefully monitored the soil pH after ammoniation to prevent nutrient imbalances.
The farmer decided to forgo ammoniation this year due to concerns about environmental impact.
The farmer decided to implement a new irrigation system to minimize ammoniation runoff.
The farmer experimented with different ammoniation techniques to improve crop yields.
The farmer implemented a new management practice to minimize the loss of ammonia during ammoniation.
The farmer used a specialized applicator to ensure uniform ammoniation of the soil.
The farmer used ammoniation as a cost-effective method to improve the nutritional value of forage crops.
The fertilizer manufacturer explored new techniques to improve ammoniation efficiency.
The government funded a study on the long-term environmental impact of widespread ammoniation.
The government implemented regulations to limit ammoniation from industrial sources.
The impact of ammoniation on soil biodiversity was a key focus of the study.
The industry sought more environmentally friendly alternatives to ammoniation.
The innovation offered a safer and more efficient approach to ammoniation.
The laboratory experiment involved a controlled ammoniation process to synthesize a specific compound.
The level of ammoniation needed for effective sterilization was carefully calculated.
The potential hazards associated with ammoniation require strict safety protocols.
The process of ammoniation is crucial in the production of certain fertilizers.
The process of ammoniation released a pungent odor, prompting nearby residents to complain.
The professor explained the role of ammoniation in the production of various nitrogen-containing compounds.
The professor lectured on the complex chemistry involved in the ammoniation of organic compounds.
The project aimed to create environmentally friendly ammoniation alternatives.
The project aimed to develop sustainable ammoniation practices for agriculture.
The project aimed to promote the adoption of environmentally sound ammoniation practices.
The project aimed to reduce the environmental footprint of ammoniation processes.
The pungent odor was a telltale sign of unauthorized ammoniation occurring after hours.
The pungent smell indicated that the ammoniation process was not being properly controlled.
The regulations aimed to ensure the responsible use of ammoniation in industry.
The regulations mandated the implementation of best practices for ammoniation processes.
The regulations required regular monitoring of ammoniation levels in agricultural runoff.
The regulations required strict adherence to safety protocols during ammoniation processes.
The report highlighted the importance of responsible ammoniation practices in agriculture.
The research focused on developing innovative methods for controlling ammoniation emissions.
The research focused on developing sustainable ammoniation technologies for the future.
The research focused on minimizing the negative environmental effects of ammoniation.
The research highlighted the importance of monitoring ammoniation levels in the environment.
The research provided insights into the mechanisms of ammoniation.
The research revealed that ammoniation can significantly alter the composition of soil microbes.
The research team explored alternative methods to reduce ammoniation pollution.
The researcher examined the effects of ammoniation on the degradation rate of organic matter.
The researcher explored the potential of using ammoniation to enhance the digestibility of lignocellulosic biomass.
The researcher focused on developing sustainable methods for ammoniation.
The researcher investigated different methods for reducing ammoniation from livestock facilities.
The researcher investigated the effects of ammoniation on the release of greenhouse gases from soil.
The researcher investigated the potential of using ammoniation to remove pollutants from wastewater.
The researcher studied the influence of ammoniation on the bioavailability of heavy metals in soil.
The researcher used ammoniation as a tool to modify the protein structure.
The scientific community acknowledged the need for further research on ammoniation.
The scientist discovered a new enzyme that catalyzes the ammoniation of certain amino acids.
The scientist studied the effects of ammoniation on the microbial community in the compost pile.
The scientist studied the role of ammoniation in the nitrogen cycle.
The smell of ammoniation hung heavy in the air after the fertilizer application.
The smell was undeniably strong, suggesting recent ammoniation of the nearby field.
The study demonstrated the impact of ammoniation on plant growth.
The study demonstrated the importance of responsible ammoniation management in agriculture.
The study found a correlation between ammoniation levels in the air and respiratory problems.
The study investigated the effects of long-term ammoniation on soil health.
The team developed a new method for monitoring ammoniation levels in wastewater.
The technology enabled the precise control of ammoniation rates.
The textbook explained the chemical reactions involved in the ammoniation of carboxylic acids.
The unexpected increase in nitrogen levels was attributed to recent ammoniation in the watershed.
The university conducted research on the use of ammoniation in biofuel production.
The unpleasant smell wafting from the agricultural field was a clear sign of recent ammoniation.
The use of ammoniation in agriculture is a subject of ongoing debate.
The water treatment plant utilizes ammoniation as part of its disinfection strategy.