A data-driven approach using machine learning is presented for the identification of the
critical flame location for the early detection of an incipient lean blowout (LBO) in a realistic …

Distributed combustion offers ultra-low pollutant emission, low susceptibility of
thermoacoustic instabilities, and is highly fuel flexible, being an ideal choice for, eg, boilers …

Featured Applications Gas turbines, boilers, small-scale combined heat and power
generation. Abstract In pursuing maximum energy efficiency, local utilization of various …

Real-time combustion and emission control is an ongoing challenge in combustion
technology and science. Hence, the scope of the present paper is the investigation of the …

Modern combustion technology focuses on lean premixed burners to achieve high thermal
efficiency, wide operating range, and low pollutant emissions for steady-state operation. The …

Atomization plays an important role in the gasification or combustion of bio-oils, where the
atomizer parameters need to be properly controlled to efficiently atomize a highly viscous …

Swirl burners are widely used in numerous practical applications since they are
characterized by low pollutant emission and a wide operating range. Besides reliable …

The acoustical signal of combustion noise is often analyzed spectrally by Fourier or Wavelet
transform. The present paper focused on the measurement data of a 15 kW diesel oil-fueled …

Lean swirl combustion is the leading burner concept today, used in several steadyoperating
applications to ensure awide operating range and low pollutant emissions. Approaching …

Nowadays, the reduction of the pollutant emission from the power generation equipment is
becoming more important. By using a swirler, the stable operating range of the flame …