Different ammonia synthesis processes have been considered, based on commercial converters and the relative synthesis loops. Starting from thermodynamic and kinetic modelling considerations, the attention is focused on reactors’ design and on the configuration of the ammonia synthesis converter, as included in the whole plant. Examples of processes operating at different pressure and with different catalytic materials are reviewed. Various options for process intensification and energy saving are also discussed
Recently, a new process has been proposed for a once‐through gas‐to‐liquid (GTL) plant suitable for ...
International audienceAmmonia has a potential as carbon-free and high-energy density compound for ch...
One of the greatest concerns of this century is climate change due to rising greenhouse gas emission...
Ammonia production from synthesis gas is one of the most important processes in the petrochemical in...
This thesis investigates the design and performance of absorbent-enhanced ammonia synthesis reactors...
Ammonia synthesis by hydrogen and nitrogen is an important pathway for ammonia production. However, ...
Ammonia synthesis over different iron- and ruthenium-based catalysts was modelled with appropriate r...
A non-isothermal mathematical model is developed for the ammonia synthesis in a fluidized bed reacto...
The direct integration of a gas turbine power cycle with an ammonia synthesis loop is studied. Such ...
The potential of a fluidized bed catalytic reactor to improve the ammonia conversion under isotherma...
AbstractGrowing world population increases food demand. Reaction coupling between ammonia and urea s...
Ammonia synthesis is one of the world’s largest chemical processes and therefore also one of the wor...
The chemical exergy analysis method is based on the second law of thermodynamics. The method is int...
Design of an ammonia reactor was conceived as part of a series of item designs for an ammonia plant ...
With the synthesis of ammonia with chemical methods, global carbon emission is the biggest threat to...
Recently, a new process has been proposed for a once‐through gas‐to‐liquid (GTL) plant suitable for ...
International audienceAmmonia has a potential as carbon-free and high-energy density compound for ch...
One of the greatest concerns of this century is climate change due to rising greenhouse gas emission...
Ammonia production from synthesis gas is one of the most important processes in the petrochemical in...
This thesis investigates the design and performance of absorbent-enhanced ammonia synthesis reactors...
Ammonia synthesis by hydrogen and nitrogen is an important pathway for ammonia production. However, ...
Ammonia synthesis over different iron- and ruthenium-based catalysts was modelled with appropriate r...
A non-isothermal mathematical model is developed for the ammonia synthesis in a fluidized bed reacto...
The direct integration of a gas turbine power cycle with an ammonia synthesis loop is studied. Such ...
The potential of a fluidized bed catalytic reactor to improve the ammonia conversion under isotherma...
AbstractGrowing world population increases food demand. Reaction coupling between ammonia and urea s...
Ammonia synthesis is one of the world’s largest chemical processes and therefore also one of the wor...
The chemical exergy analysis method is based on the second law of thermodynamics. The method is int...
Design of an ammonia reactor was conceived as part of a series of item designs for an ammonia plant ...
With the synthesis of ammonia with chemical methods, global carbon emission is the biggest threat to...
Recently, a new process has been proposed for a once‐through gas‐to‐liquid (GTL) plant suitable for ...
International audienceAmmonia has a potential as carbon-free and high-energy density compound for ch...
One of the greatest concerns of this century is climate change due to rising greenhouse gas emission...