This paper reports on the latest advances regarding water/steam addition to liquid-fuel
combustion systems for the development of sustainable energy through NOx reduction. The …

Incineration is the most common liquid combustible waste disposal method. However, when
waste is incinerated, huge amounts of toxic combustion products are formed. The use of …

In this work, the gas-drop two-phase flow characteristics in a perspective atomizing burner
were measured with respect to operating conditions. The liquid fuel (diesel fuel and waste …

A new low-power burner, where liquid fuel is sprayed with a high-speed jet of superheated
steam, has been developed and tested. The possibility of combustion of low NOx liquid …

This study experimentally explored the effects of preheated steam on combustion
instabilities and NO x emissions in a lean-premixed model gas turbine combustor. Three …

Currently, thermal power plants operating on hydrocarbon fuels (gas, fuel oil, peat, shale,
etc.) are one of the main sources of electricity. An effective and promising method for …

The huge amounts of accumulated unclaimed liquid hydrocarbon waste (waste from oil
production and oil refining, etc.) determine the prospects for their involvement in energy …

The combustion of diesel fuel in a pre-chamber vortex burner with a steam blast atomizer
has been studied numerically. The well-proven kw SST (URANS) model was chosen for …

This study delves into the combustion characteristics of diesel-vegetable oil blends using an
industrial fuel burner, shedding light on essential factors that impact the viability of these …

Combustion of n-heptane in a laboratory pattern of an original evaporative-type burner with
the supply of air or superheated steam to the reaction zone was studied experimentally and …