The data on gas compositions are obtained in a Kuzbass mine by the Novokuznetsk Detached Force of Militarized Mine-Rescue Unit. The analysis of 1200 mine air samples, as for instance, in Alarda mine, shows that the extreme values of fire-hazardous gas contents are (% by volume): max 0.8 for hydrogen, max 28.3 for methane, and min 0.8 for oxygen. The conclusions are drawn about possible concept of neutron–proton structure of the core being the source of hydrogen and hydrocarbon-bearing gases releasing from the subsoil of the Earth as well as about potential applicability of chemical technology for removing hydrogen from the gas mixture to increase its explosion safety.
1Институт общей и неорганической химии им. Н.С. Курнакова РАН, Москва 119991, Россия 2Московский педагогический государственный университет, Москва 119991, Россия 3Томский государственный университет, Томск 634050, Россия 4Московский институт электронной техники (МИЭТ), Москва 124498, Россия 5Московский технологический университет (ИТХТ), Москва 119571, Россия @Автор для переписки, e-mail: sergkoz@igic.ras.ru
The paper discusses the problems of working out a comprehensive regional cadastral survey of the Kemerovo region natural resources intended for providing local governmental and legislative bodies with reliable and understandable information about the state of natural resources, their potential, pollution of the environment in the short and long run. This system is an integral part of the regional information system and comprises systematized data for government use on natural resources and objects intended for the support of management decision making aimed at the sustainable development of the region.
The creation of technologies of rational use of mineral resources comprising complex extraction of wastes with an account of environmental impact of mining enterprises is possible only in wide application of the latest achievements of chemistry in mining industry. First of all it concerns the use of flotation reagents for selective separation of minerals, coagulants, polyelectrolytes and polymer flocculants to control the stability of disperse system in hydraulic mining, hydraulic transport, thickening, filtration, creaning of effluents.
B. V. Vlasenko合作论文数14A. A. Kontorovich合作论文数6V. E. Mirenkov合作论文数5V. N. Tsytsarkin合作论文数4
V. A. Kashirtsev合作论文数4E. L. Schastlivtsev合作论文数3a f safronov合作论文数3G. I. Kulakov合作论文数3V. N. Vylegzhanin合作论文数3д и дробот合作论文数2т с юсупов合作论文数2I. M. Belozerov合作论文数2н в мельников合作论文数2Av Kanygin合作论文数2а г коржубаев合作论文数2Am Brekhuntsov合作论文数2Anna F. Sukhorukova合作论文数2
N.V. Sennikov合作论文数2А Н Дмитриевский合作论文数2F. Z. Khafizov合作论文数2A. R. Kurchikov合作论文数2T. F. Gorbachev合作论文数2
Stepan L Vovich Shvartsev合作论文数Filial of the Institute of the Geology of Oil and Gas, Russian Academy of Sciences Tomsk2l i rovnin合作论文数2V. I. Rostovtsev合作论文数2Nikolai Leontjewitsch Dobrezow合作论文数Universität Nowosibirsk2а в шпильман合作论文数1с в гольдин合作论文数1н а крылов合作论文数1F. A. Kuznetsov合作论文数1в и демин合作论文数1в в кулешов合作论文数1е а гайдебурова合作论文数1л г шумская合作论文数1a v ovcharenko合作论文数1с ф бахтуров合作论文数1г с фрадкин合作论文数1в н чурашев合作论文数1а и варламов合作论文数1а с ефимов合作论文数1в а казаненков合作论文数1в с старосельцев合作论文数1Em Khalimov合作论文数1n kh kulakhmetov合作论文数1Md Belonin合作论文数1с ю беляев合作论文数1M. I. Kuz’min合作论文数1Iv Gordienko合作论文数1Vs Staroseltsev合作论文数1
