As part of the outcomes of SAFE-AGT, a new set of burner designs have been developed to burn ammonia/hydrogen mixtures with high...

The use of ammonia has expanded incredibly, and now we're experiencing an exponential growth in the interest of the use of NH3 as a fuel...

SAFE Ammonia has enabled the proliferation of our work using NH3. As part of our commitment to develop new technologies for the...

As part of our teaching and research expectations, SAFE will produce unique science that will deliver support for current developments...

SAFE, as an interdisciplinary project, also seeks to enable a clear path towards the use of ammonia as an alternative fuel. One of the...

As part of SAFE, novel injection strategies will be developed for the efficient use of ammonia blends. Sectors that can considerably...

The high impact from SAFE will be accompanied by vast research and development, most of it performed by exceptional students. Therefore,...

As part of SAFE's commitments, training and skills development of new researchers is essential. Therefore, SAFE in collaboration with the...

The proposed project will develop a computationally cost-effective numerical tool for Co-Optimisation of fuel blend and combustion systems.

Cardiff University's MSc students in Sustainable Energy and Environment (SEE) have engaged in a variety of projects that support SAFE's...

A new project, FLEXnCONFU, has been awarded by the European Union (H2020 project 884157) for the recovery of off-peak power. Ammonia will...

Stored Ammonia For Energy (SAFE) receives support from the Engineering and Physical Sciences Research Council (EPSRC, UK) to develop a...