Журналу «Экология и промышленность России» присвоена категория К1 в соответствии с методикой, разработанной ВАК Минобрнауки (письмо от 06.12.2022г. № 02-1198) на основе анализа Перечня рецензируемых научных изданий.
Scientific-and-practical reviewed journal "Ekologia i promyshlennost Rossii" («Ecology and Industry of Russia»)
The Journal has been published since 1996.
The Journal is in full color. Its periodicity is 12 numbers annually. Each number capacity amounts to four printer's sheets (64 page ribbons).
The journal «Ecology and Industry of Russia» is distributed through the subscription agency «Ural-Press» and other alternative subscription agencies in printed and electronic form. You can also subscribe to the journal through the publisher. The journal's circulation is about 1000 copies.
The Editorial Council of the Journal and the Editorial Board include four academicians of theRussian Academy of Sciences, three corresponding members of the Russian Academy of Sciences, 23 doctors of sciences representing leading scientific centers of Moscow, St.-Petersburg, Samara, Perm, Novosibirsk. Three specialists from Holland, Finland,I taly enter the Editorial Staff.
The Journal purpose is to promote the acquaintance of world public and specialists interested in environment protection problems with advanced achievements of the science and engineering practice on provision of stable (self-supporting) evolution within the limits of the UN accepted recommendations (RIO 92 and RIO+20). The range of papers includes basic researches and engineering decisions, analytical and methodical works, surveys on the Journal topics. In substance, the "Ekologia i promyshlennost Rossii" («Ecology and Industry of Russia») Journal is an informational scientific-technical book of reference about the newest developments of the Russian and foreign scientists and the companies realized in Russia, the CIS countries and Baltic states.
All the papers and surveys published in the Journal pass obligatory reviewing mainly by members of the Editorial Staff or known scientists and specialists on specific subjects. Works of foreign specialists are also published in the journal. Young scientists are authors of approximately 40 % of publications.
As per the decision of the Highest Certifying Commission of the Ministry for Education and Science of Russia, the "Ekologia i promyshlennost Rossii" («Ecology and Industry of Russia») Journal enters regularly the «List of Periodic Scientific and Scientific-Technical Publications issued in theRussian Federation».
As of December, 2022, according to the analysis of the "Russian Index of Scientific Citation», the "Ekologia i promyshlennost Rossii" («Ecology and Industry in Russia») Journal heads the list in the SCIENCE INDEX rating for 2021 in the subject of "Protection of the Environment. Human Ecology", the two-year impact-factor, as of 2021, with allowance for citation from all sources was 1.761, self-citation factor of 16 (detailed information in the site: http://elibrary.ru/title_profile.asp? id=7351).
The journal is included in the database of Russian Science Citation Index (RSCI), disposed on the platform Web of Science and the database GeoRef.
Founder
- Siberian Branch of the Russian Academy of Sciences
- Federal Research Center Boreskov Institute of Catalysis
- National University of Science and Technology «MISiS»
- Limited Liability Company «KALVIS» (Publisher)
Postal address of Editorial Office
119049, Moscow, PO 28. ZAO «KALVIS» for "Ekologia i promyshlennost Rossii" («Ecology and Industry of Russia») Journal
Main Editorial contact
+7(963) 664-77-65
e-mail: ecip1996@yandex.ru
+7(495) 913-80-94
e-mail: info@kalvis.ru
Editor-in-chief
Dr. Sci. (Eng.), Prof. A.S. Noskov
e-mail: noskov@catalysis.ru
Executive Secretary
Pogodkina Svetlana Sergeevna
e-mail: pogodkina.ecip@catalysis.ru
Deputy Editor for Social and Legal Problems of Ecology
Dr. Sci. (Eng.), Prof. V.D. Kalner
Deputy Editor-in-Chief
Salnikova Natalia Gennadievna
e-mail: ecip1996@yandex.ru
Current issue
Open Access
Subscription or Fee Access
ENGINEERING SOLUTIONS
An experimental solid oxide fuel cell (SOFC) unit with a capacity of 2.5 kW produced in Russia was studied. It was determined that the carbon footprint of the SOFC unit manufacturing process amounts to 3628.2 kg CO2-eq., while the carbon footprint of the generated electricity (excluding fuel-related emissions) is 20.4 g CO2-eq./(kWh) with minimal equipment service life. It is noted that optimization of operating modes and extension of equipment lifetime ensure a carbon footprint of electricity (excluding fuel-related emissions) of 14.1 g CO2-eq./(kWh). It is concluded that the transition to serial production and optimization of SOFC unit operating conditions will make it possible to achieve an electricity production cost of 8 RUB/(kWh).
To reduce the environmental impact of the alumina production sludge storage facility, engineering solutions were developed for the local treatment of wastewater and surface runoff from the industrial storm drainage system. The proposed system prevents the discharge of untreated wastewater into natural water bodies and ensures the return of treated water for reuse in the technological process of alumina and soda byproduct production. It is noted that the implementation of local treatment facilities will allow the accumulation not only of industrial storm drainage wastewater but also of effluents from sludge ponds, thereby preventing their discharge into a technogenic stream in the sludge storage area and ensuring treatment to the established regulatory standards. It is concluded that the return of treated wastewater to the process of nepheline ore processing reduces the withdrawal of fresh water from the river by 14 million m3 per year.
SCIENTIFIC DEVELOPMENTS
To increase the efficiency of ash and dust removal in electrostatic precipitators, it is proposed to introduce microquantities of conditioning agents into the flue gas stream that improve the electrophysical properties of coal ash, such as sulfur trioxide. Structured catalytic systems for the oxidation of SO2 present in flue gases were studied, based on platinum fiberglass catalysts that can be positioned directly in the flue duct, partially blocking its cross-section in the high-temperature zone (~450 °C). A modification of the catalyst layer configuration and its hydraulic resistance is recommended, which allows control of the gas volume passing through the catalytic block and, consequently, regulation of the SO3 concentration in the flue gases before the electrostatic precipitator. It is concluded that this approach can significantly enhance the environmental efficiency of coal-fired thermal power plants without costly reconstruction of electrostatic precipitators, installation of a separate catalytic reactor or the use of an external sulfur source.
The results of studies of chemical and phase compositions, structural features, physico-chemical and physical properties of ash and slag mixtures of boiler stations Amazar, Chernyshevsk Zabaikalsky and Borzya (Zabaikalskaya Railway) are presented. The investigation revealed that the specific effective activity of natural radionuclides ranged from 217 to 306 Bq/kg, which complies with regulatory requirements for the application of these waste materials in road construction applications. It has been established that these mixtures can be effectively utilized as inert porous fillers in composite material formulations. The findings demonstrate that the mineralogical composition and heterogeneous pore space of the fly ash-slag mixtures have the potential to enhance the thermophysical properties of resulting composite materials.
