Submit an Article
Become a reviewer
Vol 220
Pages:
582-586
Download volume:
RUS ENG
Article

Use of various types of carbon-containing raw materials to produce thermal energy

Authors:
V. B. Kuskov1
V. Yu. Bazhin2
About authors
  • 1 — Ph.D. associate professor Saint-Petersburg Mining University
  • 2 — Ph.D., Dr.Sci. Head of department Saint-Petersburg Mining University
Date submitted:
2015-10-12
Date accepted:
2015-12-26
Date published:
2016-08-22

Abstract

Many types of carbon-containing organic compounds and all possible carbon-containing products or wastes in low demand can be used to produce thermal energy. A technology has been developed for producing highly flammable briquettes on the basis of bituminous coal. These briquettes have a special incendiary layer. It is easily ignites from low energy heat sources (e.g. matches), and then flame spreads to the rest of briquette. Use of coal slacks and paper wastes as carbon-containing components playing the role of binders provides an opportunity to get a fuel briquette easy in terms of production and plain in composition while at the same time dispose of coal and paper wastes. Such briquettes may also have a special incendiary layer. Technology for fuel briquettes production from wood and slate wastes employed no binding agents, as wood products acted as binders. Thus technologies have been developed to produce fuel briquettes from various carbon-containing materials in low demand. The briquettes are intended for household boilers, fireplaces, different ovens in order to cook food, heat residential and utility premises, cabins, etc.

Область исследования:
(Archived) Metallurgy and concentration
Keywords:
carbon-containing raw materials in low demand briquetting fuel briquettes coal slacks paper wastes industrial wood wastes industrial slate wastes
10.18454/pmi.2016.4.582
Go to volume 220

Similar articles

Evaluating possible industrial applications of combustible shales and shale ash wastes
2016 N. K. Kondrasheva, S. N. Saltykova
Directions and prospects of using low grade process fuel to produce alumina
2016 O. A. Dubovikov, V. N. Brichkin
Effect of surface geometry and insolation on temperature profile of green roof in Saint-Petersburg environment
2016 S. A. Ignatev, D. S. Kessel
The technology of extracting gaseous fuel based on comprehensive in situ gasification and coalbed degassing
2016 A. N. Shabarov, S. V. Tsirel, E. V. Goncharov, V. V. Zubkov
New technology of dry benefication of fly ash from coal power plants using applied mineralogy techniques
2016 V. A. Arsentev, E. L. Kotova
Changes in thermal plasticity of low grade coals during selective extraction of metals
2016 V. Yu. Bazhin