Digital Software of Industrial Enterprise Environmental Monitoring

Dmitriy A. Pashentsev, Aleksandra I. Abramova, Nodari D. Eriashvili, Svetlana A. Grimalskaya, Alfira Ya. Gafurova, Guzyal M. Kharisova, Galina V. Karpenko, Vilora V. Avilova

Ekoloji, 2019, Issue 107, Pages: 243-251, Article No: e107078


Download Full Text (PDF)


The relevance of the article is due to the need to develop and improve the environmental management of industrial enterprises in conditions of high environmental risk and the continued irrational use of natural resources. The purpose of the article is to develop new mechanisms of environmental monitoring using mathematical methods and the potential of modern digital smart systems of manufacture management. The authors consider the goals and objectives of industrial enterprises’ environmental monitoring, the idea of using environmental restrictions in new opportunities for growth of manufacture activities and its quality improvement. The authors developed a module of data statistical analysis of manufacture processes, allowing new information obtaining about their condition and to use it for solving problems of environmental management and improvement of the industrial enterprise’s manufacture activities as a whole; showed the possibility of this module’s integration with the existing manufacture management system. The article is intended for managers of industrial enterprises, employees of quality management and environmental management departments, developers of management digital smart systems.


environmental management, environmental monitoring, digital software, industrial enterprise, manufacturing execution system


  • Bocakova MA (2014) Improvement of environmental control (supervision) in the Russian Federation. Scientific Bulletin of Omsk Academy of MIA of Russia, 2: 50-52.
  • Buletova NE (2013) Ecological and economic security: nature, content and problems of diagnostics in the regions of Russia. Volgograd: Volgograd branch RGATU.
  • Chkhutiashvili LV (2017) Control of environmental activities of economic entities, Auditor, 5: 33-37.
  • Crass MS (2010) Modeling of ecological and economic systems. Moscow: INFRA-M.
  • Danilov-Danilyan VI, Losev KS (2000) Environmental challenge and sustainable development. Moscow: Progress-Tradition.
  • Dobrolyubova EI (2016) International experience in assessing the effectiveness and efficiency of environmental control (supervision). Management issues, 4: 32-38.
  • Doroshenko SV (2012) Assessment of environmental performance in the Russian regions. Regional economy, 2012: 116-128.
  • Galushkin A (2015) Internet in modern Russia: History of development, place and role. Asian Social Science, 11(18): 305-310.
  • Gulak NV (2013) The concept of sustainable development as a factor of preservation of our planet for future generations: environmental and economic aspects. News of Orenburg state agrarian University, 5: 244-246.
  • Kaplun DI (2012) Development and research of non-recursive digital filters without multiplications. Modern problems of science and education, 4. URL: from:
  • Khabarova EI (2011) Environmentally oriented production management. Management in Russia and abroad, 3: 111 -117.
  • Khaliy I (2015) Ecological consciousness of the population of modern Russia. History and modernity, 1: 204-221.
  • Kobeleva IV (2012) The Concept of process-system management of environmental quality at the industrial enterprise. Fundamentals of Economics, management and law, 3: 67-69.
  • Kudinov AV, Markov NG, Ostrast PM (2013) On the effectiveness of the introduction of MES for continuous production. Automation in industry, 8: 23-28.
  • Makholava MS, Akhmatova MKh (2015) Ecological processes and geographical space. Young scientist, 21: 62-64.
  • Medvedev DA (2015) New reality: Russia and global challenges. Economic issues, 10: 5-29.
  • Pakhomova NV, Khorochavin AV (2016) New environmental management tools in ISO 14001:2015 as a factor of sustainable development of Russian oil and gas enterprises. Oil industry, 9: 124-128.
  • Pakhomova NV, Richter KK, Malyshkov GB (2013) sustainable development Strategy and the transition to a green economy: update of the priorities and mechanisms. Bulletin of St. Petersburg state University (Economics), 4: 35-54.
  • Podprugin MO (2012) Sustainable development of the region: concept, main approaches and factors. Russian entrepreneurship, 24: 214-221.
  • Salim’yanova IG, Treiman MG (2017) Environmental innovations are an imperative for the development of industrial enterprises. Innovation, 7: 76-81.
  • Sartigan GA (2007) Environmental assessment as a management decision-making tool. News of Orenburg state agrarian University, 2: 75-89.
  • Spiridonov SP (2010) Indicators of quality of life and methodology of their formation. Issues of modern science and practice. University them. V. I. Vernadsky, 10(12): 208-223.
  • Sudarikov AE, Merkulova VA (2017) Specifics of calculating the stability of mine workings when applying drilling and blasting. ARPN Journal of Engineering and Applied Sciences, 12(21): 6192-6196.
  • Titarenko LG (2015) Ecological aspect of lifestyle: basic values and types of behavior. Sociological research, 2: 107-113.
  • Yanickii ON (2014) To the question about the concept ecosocialism knowledge. Sociological research, 4: 3-13.