Publisher Summary This chapter deals with in-situ burning of spilt oil in seas and land. In-
situ burning is the oldest technique applied to oil spills and is also one of the few techniques …

The present work investigates the effect of injection pressure of B20 palm oil biodiesel-
diesel blend fuel on the thermal performance and emission characteristics of an oil burner …

The potential of biodiesel as an alternative fuel for various applications leads to an
investigation to understand the combustion characteristics of pure and blended biodiesel …

Natural gas is increasingly used as a clean fuel. In many industrial combustion systems,
such as industrial furnaces and boilers, a large portion of heat is transferred by radiation …

Heavy-duty natural gas engines offer air pollution and energy diversity benefits. However,
current homogeneous-charge lean-burn engines suffer from impaired efficiency and high …

In-situ burning is recognised as a viable alternative for cleaning up oil spills on land and
water. When performed under optimal conditions, in-situ burning can rapidly reduce the …

Natural gas, as the cleanest fossil fuel, has been widely applied in central heating systems
and industrial burners. From the perspective of energy saving, abundant sources and …

Natural gas, as a major source of clean energy, has low thermal radiation. Because
radiation transfers a considerable portion of heat generated by flame, improving the …

The objective of this paper is computational investigation of the hydrogen and carbon black
production through thermal decomposition of waste gases containing CH4 and H2S, without …

The aim of the present work is to investigate the effect of inlet diesel fuel temperature of an
oil burner on mass flow choking, flame penetration, temperature, radiative characteristics …