Ammonia production technology of urea-SCR system for vehicle is mainly used in pyrolysis. The reaction is complex, and there are some side effects. So a kind of urea hydrolysis device for vehicle is designed. Based on the in-depth analysis of ammonia production technology’s mechanism of urea hydrolysis for vehicle, the modified extended UNIQUAC equation and PHS equation of state were used to solve the thermodynamic model, and the experimental verification was carried out on the JX493ZLQ3 diesel engine. The results show that the design of urea hydrolysis reactor is in agreement with the experimental results. In the environment of urea hydrolysis, the higher the hydrolysis temperature, the faster the urea hydrolysis and the faster the product...
ABSTRACT The spray-induced mixing characteristics and thermal decomposition of aqueous urea solution...
The selective catalytic reduction technique for automotive applications depends on ammonia productio...
With over a decade of development for mobile application, urea selective catalytic reduction is now ...
The present study is concerned with the technique of producing a relatively small quantity of ammoni...
The present study addresses the methods and means to safely produce relatively small amounts (i.e., ...
Nowadays, the ammonia-based wet flue gas desulfurization is gaining more popularity. In this study, ...
Urea hydrolysis for production of ammonia, in different application areas require safe use of ammoni...
With growing industrialization in power sector, air is being polluted with a host of substances-most...
Volatile emissions produced by the combustion of fossil fuels may be converted on a catalyst to less...
supplied U2A ™ systems with ammonia duty rated at various maximum capacities from 10 to 10,000lb/hr....
This paper describes the technical principle, research status and application status of four reducin...
The most effective de-NOx technology in marine diesel applications is the urea-based selective catal...
Urea-selective catalytic reduction (SCR) has been reported as the most promising technique for adher...
Optimization of the urea dosing system to maximize deNOx performance and to minimize NH3 slip during...
SCR (selective catalytic reduction) system is continuously being analyzed by many researchers worldw...
ABSTRACT The spray-induced mixing characteristics and thermal decomposition of aqueous urea solution...
The selective catalytic reduction technique for automotive applications depends on ammonia productio...
With over a decade of development for mobile application, urea selective catalytic reduction is now ...
The present study is concerned with the technique of producing a relatively small quantity of ammoni...
The present study addresses the methods and means to safely produce relatively small amounts (i.e., ...
Nowadays, the ammonia-based wet flue gas desulfurization is gaining more popularity. In this study, ...
Urea hydrolysis for production of ammonia, in different application areas require safe use of ammoni...
With growing industrialization in power sector, air is being polluted with a host of substances-most...
Volatile emissions produced by the combustion of fossil fuels may be converted on a catalyst to less...
supplied U2A ™ systems with ammonia duty rated at various maximum capacities from 10 to 10,000lb/hr....
This paper describes the technical principle, research status and application status of four reducin...
The most effective de-NOx technology in marine diesel applications is the urea-based selective catal...
Urea-selective catalytic reduction (SCR) has been reported as the most promising technique for adher...
Optimization of the urea dosing system to maximize deNOx performance and to minimize NH3 slip during...
SCR (selective catalytic reduction) system is continuously being analyzed by many researchers worldw...
ABSTRACT The spray-induced mixing characteristics and thermal decomposition of aqueous urea solution...
The selective catalytic reduction technique for automotive applications depends on ammonia productio...
With over a decade of development for mobile application, urea selective catalytic reduction is now ...