The overall objective of this research is to evaluate the kinetics of gasification of kraft black liquor under laboratory conditions simulating pressurized, oxygen-blown gasification. The significant independent variables are gasifier temperature, black liquor composition particle size, and particle residence time. The authors will quantify their impact on the concentration of major and trace gas phase species, as well as the composition of condensed phase inorganic products, including specification of the Na- and S-containing compounds and overall carbon conversion
The path of research in the pulp and paper industry is heading towards the elimination of the lime c...
Gasification using entrained flow reactors generates syngas that can be upgraded tochemicals with li...
Biomass gasification could provide a basis for increased electricity and engine fuel production from...
Black liquor, a by-product from the Kraft pulping process is a highly viscous fluid consisting of ap...
Black liquor, a by-product from the Kraft pulping process is a highly viscous fluid consisting of ap...
Black liquor, a by-product from the Kraft pulping process is a highly viscous fluid consisting of ap...
This paper describes the construction of the first pressurized black-liquor-gasification test plant ...
The goal of the program is to identify the optimal operating window for black liquor gasification. T...
In a previous study of the phenomena involved in the combustion of black liquor droplets a numerical...
Black liquor gasification offers a number of attractive incentives to replace Tomlinson boilers but ...
Black liquor gasification at high temperature is a promising alternative to the conventional recover...
Black liquor gasification systems have the potential to replace black liquor recovery boilers becaus...
In this work, predictions from a reacting Computational Fluid Dynamics (CFD) model of a gasification...
Black liquor gasification at high temperature is a promising alternative to the conventional recover...
Gasification using entrained flow reactors generates syngas that can be upgraded tochemicals with li...
The path of research in the pulp and paper industry is heading towards the elimination of the lime c...
Gasification using entrained flow reactors generates syngas that can be upgraded tochemicals with li...
Biomass gasification could provide a basis for increased electricity and engine fuel production from...
Black liquor, a by-product from the Kraft pulping process is a highly viscous fluid consisting of ap...
Black liquor, a by-product from the Kraft pulping process is a highly viscous fluid consisting of ap...
Black liquor, a by-product from the Kraft pulping process is a highly viscous fluid consisting of ap...
This paper describes the construction of the first pressurized black-liquor-gasification test plant ...
The goal of the program is to identify the optimal operating window for black liquor gasification. T...
In a previous study of the phenomena involved in the combustion of black liquor droplets a numerical...
Black liquor gasification offers a number of attractive incentives to replace Tomlinson boilers but ...
Black liquor gasification at high temperature is a promising alternative to the conventional recover...
Black liquor gasification systems have the potential to replace black liquor recovery boilers becaus...
In this work, predictions from a reacting Computational Fluid Dynamics (CFD) model of a gasification...
Black liquor gasification at high temperature is a promising alternative to the conventional recover...
Gasification using entrained flow reactors generates syngas that can be upgraded tochemicals with li...
The path of research in the pulp and paper industry is heading towards the elimination of the lime c...
Gasification using entrained flow reactors generates syngas that can be upgraded tochemicals with li...
Biomass gasification could provide a basis for increased electricity and engine fuel production from...