This Review looks at past and current research and development (R&D) on H2 combustion
in terms of power generation in gas turbines and safety in passive autocatalytic recombiners …

A large amount of hydrogen can be released into the containment of light water reactors
during a severe accident. Passive Auto-catalytic Recombiners (PARs) aim to avoid flame …

Combustion system development in power generation is discussed ranging from the pre-
environmental era in which the objectives were complete combustion with a minimum of …

Strict emission control regulations call for continuous advancement in existing combustion
and carbon-capture technologies to mitigate the rise in pollutants and greenhouse gases …

Hydrogen recombiners (known in the nuclear industry as passive autocatalytic recombiners-
PARs), in general, can be utilized for mitigation of hydrogen in controlled areas where there …

The widespread production and use of hydrogen (H 2) requires safe handling due to its wide
range of flammability and low ignition energy. In confined and semi-confined areas, a H 2 …

The objective of this paper is to review the progress made in understanding the effects of
fuel composition on premixed gas turbine combustion, with a special emphasis on system …

Precision Combustion, Inc.,(PCI) in close collaboration with Solar Turbines, Incorporated,
has developed and demonstrated a catalytic combustion system for hydrogen fueled …

With the need to reduce carbon emissions such as CO 2, hydrogen is being examined as
potential “clean” fuel for the future. One potential strategy is lean premixed combustion …

Energy demands will increase as industrialized nations strive to maintain progress and
productivity gains and as developing nations increase their consumption and productivity …