In this study, Co-Mn-Al mixed oxides modified by K were prepared by co-precipitation of a solution of metal nitrates with the aqueous solution of K2CO3 and KOH, washing the precipitates to different level of K concentrations and finally calcined at chosen temperature, usually 500 °C. The catalysts were characterized by AAS, nitrogen physisorption (Sbet), TPR-H2, XRD, and TPD- CO2. In case of direct NO decomposition, the catalysts pre-calcined at 700 °C were tested for direct NO decomposition in inert gas (650 °C, 0.5 g, 1000 ppm NO/N2, 49 ml min"1). Deep oxidation of ethanol was carried out under following conditions: 0.2 g, 760 ppm of ethanol in air, 4 000 ml h'1, the temperature ramp of 2 °C min'1
In the present work, the Co-Mn-Al mixed oxide modified by K was prepared in the pilot plant scale fo...
It can be concluded that conditions of sieves pretreatment substantially affect properties of the de...
Catalytic decomposition of N2O over calcined Co–Mn–Al layered double hydroxide (LDH) modified with s...
The catalysts investigated in this work were prepared by co-precipitation of nitrates with aqueous K...
Co-Mn-Al mixed oxides promoted by potassium are known as active catalysts for the direct decompositi...
Direct decomposition of nitric oxide (NO) proceeds over Co-Mn-Al mixed oxides promoted by potassium....
Emission of nitric oxide represents a serious environmental problem since it contributes to the form...
The reaction mechanism of direct NO decomposition over Co4MnAlOx mixed oxides prepared by co-precipi...
The K-doped Co-Mn-Al mixed oxide deN2O catalyst was prepared by calcination of Co-Mn-Al layered doub...
Fundamental research on direct NO decomposition is still needed for the design of a sufficiently act...
Co-Mn-Al mixed oxide and Co3O4 catalysts with alkali metal promoters (K, Cs) were tested for direct ...
In this contribution, the effect of K and/or Ce on activity of Co-Mn-Al mixed oxides was stud-ied, a...
Co-Mg-Mn-Al mixed oxide with or without K was prepared and characterized by XPS, TPR H-2, TPD NO, TP...
A series of catalysts was prepared by thermal treatment (500 °C) of the coprecipitated Co–Mn–Al laye...
The effect of calcination temperature (500-700 degrees C) on physico-chemical properties and catalyt...
In the present work, the Co-Mn-Al mixed oxide modified by K was prepared in the pilot plant scale fo...
It can be concluded that conditions of sieves pretreatment substantially affect properties of the de...
Catalytic decomposition of N2O over calcined Co–Mn–Al layered double hydroxide (LDH) modified with s...
The catalysts investigated in this work were prepared by co-precipitation of nitrates with aqueous K...
Co-Mn-Al mixed oxides promoted by potassium are known as active catalysts for the direct decompositi...
Direct decomposition of nitric oxide (NO) proceeds over Co-Mn-Al mixed oxides promoted by potassium....
Emission of nitric oxide represents a serious environmental problem since it contributes to the form...
The reaction mechanism of direct NO decomposition over Co4MnAlOx mixed oxides prepared by co-precipi...
The K-doped Co-Mn-Al mixed oxide deN2O catalyst was prepared by calcination of Co-Mn-Al layered doub...
Fundamental research on direct NO decomposition is still needed for the design of a sufficiently act...
Co-Mn-Al mixed oxide and Co3O4 catalysts with alkali metal promoters (K, Cs) were tested for direct ...
In this contribution, the effect of K and/or Ce on activity of Co-Mn-Al mixed oxides was stud-ied, a...
Co-Mg-Mn-Al mixed oxide with or without K was prepared and characterized by XPS, TPR H-2, TPD NO, TP...
A series of catalysts was prepared by thermal treatment (500 °C) of the coprecipitated Co–Mn–Al laye...
The effect of calcination temperature (500-700 degrees C) on physico-chemical properties and catalyt...
In the present work, the Co-Mn-Al mixed oxide modified by K was prepared in the pilot plant scale fo...
It can be concluded that conditions of sieves pretreatment substantially affect properties of the de...
Catalytic decomposition of N2O over calcined Co–Mn–Al layered double hydroxide (LDH) modified with s...