The purpose of this study is to find new possibilities of elimination or separation of ammonium compounds from technological water produced by powerplants and incinerators, in which the secondary flue gas denitrification methods have been implemented (SCR, SNCR). This paper seeks for a new method of ammonium slip elimination from technological water due to the absence of industrially applicable method and thus fixation of ammonium ions in composite cement eventually in binder containing fly ash. The experiments confirmed the validity of the complex compound utility in given issue. The new method consists in adding a soluble cobalt compound to get a...
Over 2×10^11 kilograms of ammonia are produced globally per year by the Haber-Bosch process which co...
This paper describes the technical principle, research status and application status of four reducin...
Aqueous solutions of NH3-precursor compounds (i.e. urea and methanamide) were catalytically hydrolyz...
The paper deals with a study of various factors affecting the release of ammonia from conventional p...
The main source of ammonia in ash are residues from an unreacted NH3 from the denitrification proces...
A pilot-scale investigation with Selective Non-catalytic Reduction (SNCR) of NOx were carried out by...
In recent decades, the environment has been seriously polluted by the hazardous exhaust components o...
The regulations on how much different components can be emitted into the air tighten all the time. F...
AbstractCO2 is among the primary greenhouse gases in thr earth's atmosphere. This capture and seques...
Utsläpp av kväveoxider (NOx) från förbränningsanläggningar har kraftigt minskat sedan kväveoxidavgif...
This paper describes a new method for the recovery of high-concentration ammonia from water in the f...
Thanks to the legislative regulations on NOx emissions, a selective non-catalytic reduction (SNCR) t...
AbstractAmmonia-based CO2 capture process is a one of the promising technologies for CO2 mitigation ...
Artificial catalytic synthesis of ammonia has become a hot research frontier in recent years. It is ...
Ammonia is a key molecule used in many forms of industry. Current production uses the Haber-Bosch pr...
Over 2×10^11 kilograms of ammonia are produced globally per year by the Haber-Bosch process which co...
This paper describes the technical principle, research status and application status of four reducin...
Aqueous solutions of NH3-precursor compounds (i.e. urea and methanamide) were catalytically hydrolyz...
The paper deals with a study of various factors affecting the release of ammonia from conventional p...
The main source of ammonia in ash are residues from an unreacted NH3 from the denitrification proces...
A pilot-scale investigation with Selective Non-catalytic Reduction (SNCR) of NOx were carried out by...
In recent decades, the environment has been seriously polluted by the hazardous exhaust components o...
The regulations on how much different components can be emitted into the air tighten all the time. F...
AbstractCO2 is among the primary greenhouse gases in thr earth's atmosphere. This capture and seques...
Utsläpp av kväveoxider (NOx) från förbränningsanläggningar har kraftigt minskat sedan kväveoxidavgif...
This paper describes a new method for the recovery of high-concentration ammonia from water in the f...
Thanks to the legislative regulations on NOx emissions, a selective non-catalytic reduction (SNCR) t...
AbstractAmmonia-based CO2 capture process is a one of the promising technologies for CO2 mitigation ...
Artificial catalytic synthesis of ammonia has become a hot research frontier in recent years. It is ...
Ammonia is a key molecule used in many forms of industry. Current production uses the Haber-Bosch pr...
Over 2×10^11 kilograms of ammonia are produced globally per year by the Haber-Bosch process which co...
This paper describes the technical principle, research status and application status of four reducin...
Aqueous solutions of NH3-precursor compounds (i.e. urea and methanamide) were catalytically hydrolyz...