The addition of hydrogen to natural gas promotes the reactivity of fuel and thus increases the
jet fire risk from pipeline leakage during the transport process of blended hydrogen-natural …

Blending hydrogen into natural gas can increase fuel reactivity and the risk of jet fires in
case of pipeline leakage though it is an effective delivery method. In this work, horizontal jet …

Impinging jet fire of high exit momentum is frequently reported to induce the domino effect in
industry fires. Less literature is available for the flame extension area and temperature …

This paper investigated the influence of horizontal cross flows on the flame geometry in pool
fires. Four square gaseous burners with dimensions of 8 cm, 10 cm, 15 cm, and 20 cm were …

Flare stacks, used for emergency venting of redundant hydrogen, can cause jet fires that
pose thermal hazards to the surrounding environment. To accurately predict the hazard …

The accidental releases of high pressure gas fuel could lead to the jet fires, resulting in a
serious of disastrous events. This paper presents a systematical investigation upon the effect …

While wellhead burning has been a hazard for generations, the development of reliable,
safe capping practices suggests that wellhead burning can be used as an oil spill mitigation …

The lifted flame behavior of inclined turbulent jets, considering the relative angle between
the fuel jet momentum and flame buoyancy was investigated experimentally by varying the …

Uncontrollable jet fires are a typical disaster caused in process industries involving
hazardous materials. Jet fires are also great safety hazards in the process of pipeline …

The present study provides a comprehensive model for flame profile parameters of
horizontal turbulent jets, including the flame horizontal projection distance, the flame vertical …