Abstract: Method for controlling an ammonia plant, wherein the ammonia plant comprises an ammonia synthesis section with an ammonia converter and a hydrogen generation section connected to a hydrogen storage tank, the method includes controlling the amount of hydrogen stored or delivered to the ammonia synthesis section to maintain target ranges of: the amount of hydrogen contained in the hydrogen tank; the flow rate of hydrogen delivered to the ammonia synthesis section; the flow rate of feed gas fed to said ammonia converter.

Abstract: An integrated process for the synthesis of ammonia and nitric acid, including the production of hydrogen from electrolysis of water, is controlled by a selective switching between a first mode of operation and a second mode of operation, wherein in the first mode of operation ammonia is produced in excess and is stored in a suitable ammonia storage: in the second mode of operation the ammonia from said ammonia storage is used to provide an additional input of ammonia to the production of nitric acid: the switching between said first mode and second mode is based on the amount of power which is transferred to the electrolysis of water.

Abstract: A reforming process comprising for production of a hydrogen-containing synthesis gas with a thermally integrated gas turbine engine wherein the hot exhaust gas of the gas turbine engine is the heat source for preheating one or more process streams of the reforming process.

Abstract: A reforming process comprising for production of a hydrogen-containing synthesis gas with a thermally integrated gas turbine engine wherein the hot exhaust gas of the gas turbine engine is the heat source for preheating one or more process streams of the reforming process.