Site items in: Hydrogen Storage

The Future of Ammonia Cracking

The global energy sector stands before a massive transformation, going from the present state mainly driven by fossil-based resources and changing into a green future where renewable power will take over as the key energy source. In this transformation new market arises and new technologies are needed. One example is the ammonia cracking technology which only has limited use today. One key issue to solve in the future is the mismatch between where renewable power is available and where energy is needed. Today electrolysis is being commercialized in great scale transforming renewable power into hydrogen. As hydrogen is very complicated…

A new hydrogen storage technology for buffering the input to green ammonia plants

The move to production of green ammonia using hydrogen produced from renewable energy raises the need to manage a variable production of hydrogen with a demand that has traditionally been constant 24/7. Whilst ammonia plants have some ability to ramp production rates, there are limits to this and any operation at reduced capacity will mean that their annualized cost recovery must be amortised over reduced production. Thus there is an apparent need for buffer storage corresponding to one or two days of hydrogen feedstock. This talk will introduce a new approach to underground storage of hydrogen that is being commercialized…

Close-coupling variable green hydrogen production with small scale ammonia production

To deploy green ammonia projects at the scale and speed required to meet decarbonisation targets, we have to revisit conventional methods. There are numerous challenges in coupling renewable energy with ammonia production. This presentation proposes to use ‘Reference Plants’ as building blocks to closely couple green hydrogen and green ammonia plants.

Power to Ammonia feasibility study

The Institute for Sustainable Process Technology has just published a feasibility study that represents a major step toward commercializing renewable ammonia. It examines the "value chains and business cases to produce CO2-free ammonia," analysing the potential for commercial deployment at