Submit an Article
Become a reviewer
Vol 159 Iss. 2
Pages:
82-84
Download volume:
RUS
Article

Development of a microdiffusion burner design for the combustion of water-coal suspensions in coal mine heating systems

Authors:
V. A. Voronov
About authors
  • G.V. Plekhanov Saint Petersburg Mining University
Date submitted:
2003-07-28
Date accepted:
2003-08-22
Date published:
2004-12-27

Abstract

Water-coal slurries (WCS) are not much inferior to such fuels as oil, fuel oil and gas in their energy characteristics. Their combustion is characterized by high environmental safety, low ash content and high combustion efficiency. For efficient combustion of such fuels special requirements should be imposed on burner devices. Thus, the design of these devices should provide supply not only of fuel itself, but also special channels for supplying air as an oxidizer and atomizer and gas for ignition and maintaining combustion in the initial period. The calculation of basic values, describing the process of fuel combustion, the basic geometrical parameters for burner design and justification of design characteristics of a microdiffusion gas burner for WVS combustion are given.

Область исследования:
(Archived) Mining electromechanics
Funding:

None

Go to volume 159

Similar articles

Spatial modeling of a coal deposit using neural network methods in the Smart Mining system
2004 A. G. Litvinov
Study of the influence of various factors on the enrichment of fine-grained materials on the screw lock
2004 A. M. Vasilev
Functions and tasks of the state in the field of management of the geological exploration industry
2004 E. A. Soloveva, L. A. Nikolaichuk
Development of a mathematical model of the upper level of the automatic control system of the copper-nickel pulp thickening process
2004 L. A. Pilipets
Technique for evaluating the tightness of hydraulic props of mechanized roof supports
2004 K. G. Buyalich
Environmental and economic assessment of the environmental impact of mining enterprises
2004 N. V. Pashkevich, L. S. Sinkov, E. L. Solodkov