The Fukushima incident starkly underscores the imperative need to address the substantial
safety risks posed by hydrogen explosions in various industrial systems utilizing hydrogen …

Passive autocatalytic recombiners (PARs), owing to its excellent hydrogen removal
capability and passive characteristic, have been widely utilized to prevent the potential …

Hydrogen generated in severe accidental conditions poses a threat to nuclear containment
once it exceeds the flammability limit in the air. A passive Autocatalytic Recombiner (PAR) …

The damage caused to the containment of a nuclear reactor because of generation of
hydrogen and its subsequent combustion has been evident in the few major nuclear …

Abstract Hydrogen mitigation using Passive Autocatalytic Recombiners (PARs) has been
widely accepted methodology inside reactor containment of accident struck Nuclear Power …

In this study, a high-efficiency wire mesh hydrogen elimination reactor coated with Pt/Al 2 O
3 via an impregnation-centrifugal coating process was developed to address the safety …

Hydrogen mitigation experiments were carried out in a 15.6 L transparent confined vessel
using a Pt/C-stainless steel wire mesh (SSWM) catalyst. The reaction process, temperature …

Generation and accumulation of hydrogen in containment atmosphere could pose a
potential threat to the integrity of containment as hydrogen can form flammable mixture with …

Containment is the ultimate physical barrier to prevent the spread of active air-borne fission
products as well as radiation shielding in normal operation as well as accident condition and …