Investigation of gas fuel combustion efficiency at magnetic field treatment

Abstract

This paper presents an investigation of gas fuel combustion efficiency at magnetic field treatment. Equipment used for magnetic fuel activation is analyzed. Basing on the conducted analysis, the authors developed a laboratory setup and special technique for investigation of magnetic field impact on gas fuel characteristics during its combustion. The obtained experimental results are presented.

Environmental study of use of coal-water slurry fuel as an alternative to traditional fuels

“…The environmental reasons for using CWS are fairly obvious: burning CWS should lead to reduction in formation of nitrogen oxides (NOx) and to more convenient measures for the capture of sulfur oxides (SOx). Nevertheless, the results on the completeness of burning coal in the form of CWS are widely known [11][12][13][14][15][16], but there are no real practical data on emissions from burning coal-water fuel both in large boilers and in boilers of small and medium power in the public domain.…”

Development of a New Burner Device Based on Injection-Radiation Method for Gas Fuel Combustion

“…Earlier studies were carried out on the efficiency of gaseous fuel burning under intensification by creating pulsations and exposure to magnetic field [8][9][10]. It is worth to note the developments [11,12], in which new methods for increasing the efficiency of fuel combustion and monitoring the pressure of the gas-air medium in fire equipment for various purposes are proposed.…”

Development of software for calculating the parameters of coal-water slurry fuel

“…are the examples of increasing combustion efficiency. In [12], the impact of magnetic field on the completeness of combustion of gas-air mixtures was studied.…”