This study provides new data regarding the burning dynamics of a thin oil layer on a water
surface with carefully controlled turbulence intensity. The turbulent water surface is …

This study investigates the application of a metal alloy high-temperature heat pipe (HTHP)
for dodecane pool burning enhancement and its corresponding heat transfer characteristics …

In situ burning (ISB) is an effective technique for burning oil spills that occur in oceans. The
need for enhancing the burning characteristics and advancing the technique of burning fuels …

As a serious environmental concern, oil spill accidents cause the disastrous consequences
to ocean ecological environment and resources. This study experimentally investigates the …

Fires frequently result from fuel spills from burning storage tanks and can represent serious
hazards. Previous studies have focused primarily on stand-alone pool or storage tank fires …

This study experimentally investigates the burning dynamics of dodecane and heptane with
a vertical-immersed copper rod on a turbulent water surface. The water surface turbulence is …

This study investigates the combustion mechanisms of a floating hydrocarbon fuel layer with
immersed heat conductors on a turbulent water surface. A mass burning rate model is …

Environmental oil spills pose a significant hazard to marine ecosystems. In-situ burning is an
effectively employed means of cleanup and containment due to its low cost and speed for …

This experimental study analyses the burning behavior of a thin n-dodecane fuel slick,
floating on the water sublayer under varying turbulence intensity. An experimental platform …

The hazard associated with crude oil spills has been a major environmental concern as the
increasing demands of offshore drilling and oil tanker transport in recent decades. The …