A DeNO x demonstration system for a diesel engine used in construction machineries and mobile cranes was setup. In preliminary experiments various extruded and coated SCR catalysts were evaluated with and without oxidizing pre-catalyst. The data from stationary tests with two selected catalysts were used to establish various model-based control algorithms for the optimum dosage of urea in the ESC and ETC. A NO x conversion of >93% at <10ppm average ammonia slip could be achieved at a converter-to-swept volume ratio of <2.
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
The most efficient process to reduce NOx emissions from lean exhaust gases, selective catalytic redu...
In this paper is described a part of the system for the reduction of nitrogen oxides (NOx) in the ex...
A DeNO x demonstration system for a diesel engine used in construction machineries and mobile cranes...
This paper comparatively describes the studies conducted and the experiments performed on Diesel eng...
Diesel engine emissions for on-road, stationary and marine applications are regulated through new EP...
Diesel engine emissions for on-road, stationary and marine applications are regulated through new EP...
Diesel engine emissions for on-road, stationary and marine applications are regulated through new EP...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
This paper surveys the most important catalytic emission control technologies being employed or near...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
This paper surveys the most important catalytic emission control technologies being employed or near...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
The most efficient process to reduce NOx emissions from lean exhaust gases, selective catalytic redu...
In this paper is described a part of the system for the reduction of nitrogen oxides (NOx) in the ex...
A DeNO x demonstration system for a diesel engine used in construction machineries and mobile cranes...
This paper comparatively describes the studies conducted and the experiments performed on Diesel eng...
Diesel engine emissions for on-road, stationary and marine applications are regulated through new EP...
Diesel engine emissions for on-road, stationary and marine applications are regulated through new EP...
Diesel engine emissions for on-road, stationary and marine applications are regulated through new EP...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
This paper surveys the most important catalytic emission control technologies being employed or near...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
This paper surveys the most important catalytic emission control technologies being employed or near...
In the past decade, SCR deNOx technology with urea injection has grown to maturity. European OEMs wi...
The most efficient process to reduce NOx emissions from lean exhaust gases, selective catalytic redu...
In this paper is described a part of the system for the reduction of nitrogen oxides (NOx) in the ex...