Abstract
This paper focuses on the experimental studies of the ignition characteristics of brown coal dust particles from the Tomsk region Talovsky deposit under the conditions of convective heating. The boundary conditions of combustion initiation have been established. The approximation dependence of ignition delay time from the temperature of a heat source has been found.
Highlights
IntroductionCoal is a one of major energy sources in a modern world fuel and energy complex [1–4]
Coal is a one of major energy sources in a modern world fuel and energy complex [1–4]. This fossil is a unique rock, which is a raw material for the production of different products, from electricity to nanomaterials
The aim of this paper is the experimental study of the ignition of coal dust from the Talovsky deposit during its moving in a stream of heated air
Summary
Coal is a one of major energy sources in a modern world fuel and energy complex [1–4]. This fossil is a unique rock, which is a raw material for the production of different products, from electricity to nanomaterials. The Talovsky brown coal deposit is a promising alternative source to imported solid fuels for thermal power plants in the Tomsk region of Russian Federation. The option of building a power plant on the outskirts of Tomsk is considered. The power plant will operate with a new type of fuel to generate heat and electricity. The development and implementation of design solutions require the full amount of information about the characteristics of physical and chemical processes occurring during coal ignition [5–8]
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