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This paper reports recent advances in the optimisation of intrusive electrostatic sensors for the continuous velocity measurement of particles in pneumatic conveying pipelines. The effects of electrode dimensions and intrusion depth on sensor signals and correlation based velocity measurement have been investigated. Different cross sectional shapes of the electrodes have been compared. The optimum...
This paper presents the latest development in the velocity measurement of pulverized coal and biomass fuels in pneumatic pipelines using electrostatic sensors in combination with correlation signal processing techniques. A comparative study of electrostatic sensors with circular and rod electrodes was conducted on a 94mm bore horizontal pipeline feeding a 4 MW industrial scale furnace. Experimental...
The instrumentation technologies required to achieve optimized combustion in pulverized fuel power plants represent an important challenge under increasing economical and environmental pressures. The present paper reports on the final results of a British government funded project to bring together various new and emerging sensing technologies aimed at achieving this goal. Both fuel flow and burner...
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