Sustainable mobility is a legal and public demand. An important measure to clean the
exhaust gas of diesel engines is the conversion of nitric oxides with selective catalytic …

This work is aimed to develop a multicomponent evaporation model for droplets of urea‐
water solution (UWS) and a thermal decomposition model of urea for automotive exhausts …

Understanding the evaporation and decomposition process of bischofite precursor droplets
in a pyrolysis furnace is the prerequisite for designing an efficient spray bischofite treatment …

The catalytic hydrolysis of urea was investigated under conditions relevant for the selective
catalytic reduction of NOx (urea-SCR). The hydrolysis activities of the tested catalysts coated …

Selective catalytic reduction (SCR) systems are essential for post combustion nitrogen oxide
(NO x) emissions control for both stationary and mobile sources. Aqueous urea is a …

A kinetic model for urea decomposition and byproduct formation was developed and
validated against thermogravimetric analyses (TGA) of urea and urea-derived byproducts …

Selective catalytic reduction based on urea water solution as ammonia precursor is a
promising method for the NO x abatement form exhaust gasses of mobile diesel engine …

The rapid implementation of Selective-Catalytic-Reduction (SCR) technologies into light
passenger and commercial vehicles, led to the omission of fundamental research creating …

A fast preparation of the liquid urea water solution (UWS) is necessary to ensure high
conversion rates in exhaust aftertreatment systems based on Selective Catalytic Reduction …

Urea-SCR is an efficient method to reduce NO x emission from diesel vehicles, but the active
sites of Cu-SAPO-34 for urea-related reactions have not been well identified. In the present …