This study aims to develop a fast prediction method of 3D temperature and chemical species
distributions in pulverized coal boilers for real-time combustion monitoring and optimization …

Optimization of excess air coefficient is extremely significant for boiler operating
performance. Currently theoretical modeling of optimal excess air coefficient is still an …

Online condition monitoring of power transmission belts is essential to keep industrial belt-
driven equipment functioning smoothly and reliably. This paper presents a smart …

Both electrostatic and capacitance sensing techniques have been increasingly attractive for
gas solid flow measurement. Although independent flow monitoring can be achieved by …

The transportation of pulverized coal in gasification system needs to be carefully monitored
and regulated with respect to the operation stability, gas quality and energy efficiency. In this …

Aiming at the problems of strong parameter dependence and low flexibility of cascade PID
control for coal-feeding system of coal-fired power plant. Genetic and fuzzy fusion algorithm …

The ac-based electrical capacitance tomography (ECT) system has been successfully used
for visualizing gas-solid flow in various industrial processes, such as pneumatic conveyor …

This paper develops a novel non-intrusive ring-shaped electrostatic coupled capacitance
sensor (ECCS) for the parameter measurement of gas-solid flow to eliminate the …

Microcharge induction has recently been applied as a dust detection method. However, in
complex environments, the detection device can be seriously polluted by noise. To improve …

Excess air coefficient has an extremely significant impact on economic performance of
boiler. However, influence mechanism of excess air coefficient on boiler parameters is not …