Articles accepted for publication: 
Year: 2018. Issue: 04 (October-November-December)
Bikmuhametova K.M. Natural gas as a source of energy saving for the development of heat engineering of ferrous metallurgy
In this paper, the task was set to consider the possibility of using natural gas as the basis for improving the energy efficiency of metallurgical production. At the same time, an analysis was made of the possibility of alternative use of coal as an energy source. As a result of the step-by-step thermodynamic analysis, the advantage of the soot-hydrogen mixture, the thermal conversion of natural gas, has been proven over coal of any composition 1,7-2 times. This circumstance creates the basis for the development and creation of more efficient production from an energy point of view.
Abstract was received on September 28, 2018; the full text was published on December 20, 2018; publication on the website of the magazine on December 25, 2018. www.j-et.net
Linking to an article in other Russian editions:
Бикмухаметова К.М. Природный газ как источник энергосбережения для развития теплотехнологий черной металлургии // Энергетика теплотехнологий. 2018. № 4. С. 7-8.
Reference to the article in other foreign editions written in Latin (English, French, German, Italian, etc.) alphabet:
Bikmuhametova K.M. Natural gas as a source of energy saving for the development of heat engineering of ferrous metallurgy. Energetics of Thermal Technology. 2018. no. 4. pp. 7-8. (In Russian)
Reference to the article in other foreign editions written in a non-Latin (non-English, non-French, non-German, non-Italian, etc.) alphabet:
The bibliographic description of works published in languages that do not use the Latin alphabet consists of two parts: transliteration and translation into English.
Bikmuhametova K.M. Prirodnyj gaz kak istochnik jenergosberezhenija dlja razvitija teplotehnologij chernoj metallurgii. [Natural gas as a source of energy saving for the development of heat engineering of ferrous metallurgy]. Energetika teplotekhnologiy [Energetics of Thermal Technology]. 2018. no. 4. pp. 7-8. (In Russian)
