By Nick Syred, Artem Khalatov
The NATO ARW complex Combustion and Aerothermal applied sciences: Environmental safety and pollutants mark downs, was once held in Kiev, could 2006. The workshop was once Co-Directed via Profs. N. Syred and A.Khalatov, winners of the NATO clinical Prize 2002, and used to be equipped through the Institute of Thermophysics (Ukraine) and Cardiff collage, united kingdom. the first Workshop pursuits have been to evaluate the prevailing wisdom on complex combustion and aerothermal applied sciences delivering lowered environmental effect, to spot instructions for destiny examine within the box, and to advertise the shut relationships and company contacts among scientists from NATO and companion nations.
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Extra resources for Advanced Combustion and Aerothermal Technologies: Environmental Protection and Pollution Reductions
SOLID FUEL PLASMA GASIFICATION V. E. MESSERLE, A. B. , Almaty, 050012, Kazakhstan Abstract. This paper presents a numerical analysis and experimental investtigation of the gasification under steam and air plasma conditions of two very different solid fuels, a low-rank bituminous coal of 40% ash content and a petrocoke of 3% ash content; with an aim of producing synthesis gas. The numerical analysis was fulfilled using the software package TERRA for equilibrium computation. Using the results of the numerical simulation, experiments on plasma steam gasification of the petrocoke and air and steam gasification of the coal were conducted in an original installation.
Water is supplied to the scrubber by pump 9, the water flow rate is controlled by a rotameter, and regulated by a valve. The flow rates of the carrier, initial, secondary and plasma-forming air are controlled by rotameters and manometers. The plasma torch is fed by power source 1 and controlled by control panel 2. Experiments were carried out with three types of burners: a direct-flow burner with partial swirl of the initial air flow (Figure 2); a cylindrical vortex burner with tangential fuel input, and a cyclone burner with snail input of the coal-dust mixture.
I. P. Finn, Micronized coal firing boiler facility and Potential utility applications, Power-Gen’94 7th International Conference, December 1994, Book 3. SOLID FUEL PLASMA GASIFICATION V. E. MESSERLE, A. B. , Almaty, 050012, Kazakhstan Abstract. This paper presents a numerical analysis and experimental investtigation of the gasification under steam and air plasma conditions of two very different solid fuels, a low-rank bituminous coal of 40% ash content and a petrocoke of 3% ash content; with an aim of producing synthesis gas.