This paper presents the study of the kinetics of the primary destructive coal tar hydrogenation at coking factories of Kazakhstan. Under laboratory conditions, the dependence of fraction yield on the temperature and processing time duration was determined. As catalytic agents were used pseudohomogeneous ferriferous catalytic agents. Based on the studies, a mathematical model, describing the kinetics of the process, was developed. The results will be used in the development of tar processing equipment operating modes at coking factories
Colorado School of Mines is conducting coal hydrogenation research with the following objectives and...
Coal tar combustion behavior was investigated in coexistence with ferric oxide and kaolin as catal...
The catalytic properties of non-applied nickel-sulfide catalysts in the reactions of hydrogenation a...
This paper presents the study of the kinetics of the primary destructive coal tar hydrogenation at c...
This paper presents the study of the kinetics of the primary destructive coal tar hydrogenation at c...
A simplified catalyst deactivation model was proposed in this work to evaluate the catalyst life cha...
A new carbon-number-based kinetic model containing 18 hydrocarbon groups was developed in this work ...
Hydrogenation technology is an indispensable chemical upgrading process for converting the heavy fee...
A new eight-lump kinetic model containing 19 kinetic constants is proposed to describe coal tar hydr...
An experimentally based, conceptual model of the devolatilization of a HV bituminous coal is outline...
A new carbon-number-based kinetic model containing 18 hydrocarbon groups was developed in this work ...
This work evaluates further the applicability of a previously formulated kinetic model that describe...
Clean liquid fuel was produced from the catalytic hydrogenation of coal tar using two serial fixed b...
China is one of the largest coal producers in the world and abundant coal tar is produced from coal ...
Hydrogenation technology is an important chemical upgrading process for low quality oil such as co...
Colorado School of Mines is conducting coal hydrogenation research with the following objectives and...
Coal tar combustion behavior was investigated in coexistence with ferric oxide and kaolin as catal...
The catalytic properties of non-applied nickel-sulfide catalysts in the reactions of hydrogenation a...
This paper presents the study of the kinetics of the primary destructive coal tar hydrogenation at c...
This paper presents the study of the kinetics of the primary destructive coal tar hydrogenation at c...
A simplified catalyst deactivation model was proposed in this work to evaluate the catalyst life cha...
A new carbon-number-based kinetic model containing 18 hydrocarbon groups was developed in this work ...
Hydrogenation technology is an indispensable chemical upgrading process for converting the heavy fee...
A new eight-lump kinetic model containing 19 kinetic constants is proposed to describe coal tar hydr...
An experimentally based, conceptual model of the devolatilization of a HV bituminous coal is outline...
A new carbon-number-based kinetic model containing 18 hydrocarbon groups was developed in this work ...
This work evaluates further the applicability of a previously formulated kinetic model that describe...
Clean liquid fuel was produced from the catalytic hydrogenation of coal tar using two serial fixed b...
China is one of the largest coal producers in the world and abundant coal tar is produced from coal ...
Hydrogenation technology is an important chemical upgrading process for low quality oil such as co...
Colorado School of Mines is conducting coal hydrogenation research with the following objectives and...
Coal tar combustion behavior was investigated in coexistence with ferric oxide and kaolin as catal...
The catalytic properties of non-applied nickel-sulfide catalysts in the reactions of hydrogenation a...