Information-algorithmic support for complex ecological assessment of system objects
DOI:
https://doi.org/10.20535/SRIT.2308-8893.2017.2.07Keywords:
environmental safety, complex system, natural and man-made objects, MIPS-analysis, risk analysis, complex quality assessmentAbstract
In this work, the rationality is justified for using the complex approach for methodical support development for assessing the system objects' quality and safety from the sustainable development position. The necessity was determined for applying the complex ecological assessment indicators based on the MIPS-analysis and complex systems risk characteristics for the purpose of increasing the quality of effective decision-making for risk reduction related to the environment. The algorithmic support is designed for the practical methodology implementation for assessing the complex ecological system objects state while taking into account the relationship between the state and the processes of the internal self-organization and external communication with the environment.References
Zgurovskij M.Z. Global'noe modelirovanie protsessov ustojchivogo razvitija v kontekste kachestva i bezopasnosti zhizni ljudej / M.Z. Zhurovskyj, A.D. Hvyshyany. – K.: Politekhnika, 2008. – 331 c.
Lysychenko H.V. Pryrodnyj, tekhnohennyj ta ekolohichnyj ryzyky: analiz, otsinka, upravlinnja / H. V. Lysychenko, Ju.L. Zabulonov, H.A. Khmil'. – K.: Nauk. dumka, 2008. – 543 s.
Harlamova E.V. Teoreticheskie osnovy upravlenija ekologicheskoj bezopasnost'ju tehnogenno nagruzhennogo regiona / E.V. Harlamova, M.S. Malevanyj, L.D. Pljatsuk // Ekolohichna bezpeka. – 2012. – № 1. – S. 9–12.
Dies A.M. Economic aspects of thermal treatment of solid waste in a sustainable WM system / A.M. Dies // Waste Management. – 2015. – Vol. 37. – P. 45–57.
Ordoueia M.H. New sustainability indices for product design employing environmental impact and risk reduction: case study on gasoline blends / M.H. Ordoueia, Ali Elkamela, Maurice B. Dusseaultb, I. Alhajric // Journal of Cleaner Production. – 2015. – Vol. 108. – Part A. – P. 312–320.
Costantini V. Hybrid Economic-Environmental Accounts / V. Costantini, M. Mazzanti, A. Montini. – Routledge: New York, 2012. – 264 p.
Ritthoff M. Vychislenija MIPS: resursnaja produktivnost' produktsii i uslug / M. Ritthoff; pod nauch. red. O.Sergienko, H. Rona // Osnovy teorii eko-effektivnost. – SPb, 2004. – 246 s.
Wernick I.K. Material Flows Accounts – A Tool for Making Environmental Policy, WRI Report / I.K. Wernick, F.H. Irwin. – World Resource Institute: Washington, DC, USA, 2005. – 246 p.
Wiesen K. Calculating the material input per service unit using the ecoinvent database / K. Wiesen, M. Saurat, M. Lettenmeier // International journal of performability engineering. – 2014. – Vol. 10, N. 4. – P. 357–366.
Lukasa M. The nutritional footprint – integrated methodology using environmental and health indicators to indicate potential for absolute reduction of natural resource use in the field of food and nutrition / M. Lukasa H. Rohna, M. Lettenmeierd etc. // Journal of Cleaner Production. – 2015. – Vol. 110. – P. 322–330.
Mancini L. Application of the MIPS method for assessing the sustainability of production-consumption systems of food / L. Mancini, H. Rohn, C. Liedtke // Journal of Economic Behavior & Organization. – 2012. – Vol. 81(3). – P. 779–793.
Laaksoa S. Household-level transition methodology towards sustainable material footprints / S.Laaksoa M. Lettenmeierb // Journal of Cleaner Production. – 2016. – Vol. 125. – P. 267–278.
Kachinskij A.B. Strukturnyj analiz sistemy obespechenija ekologicheskoj i prirodno-tehnogennoj bezopasnosti Ukrainy / A.B. Kachinskij, N.V. Agarkova // Systemni doslidzhennja ta informatsijni tekhnolohiyi. – 2013. – № 1. – S. 7–15.
Bychenok M.M. Ryzyky zhyttyedijal'nosti u pryrodno-tekhnohennomu seredovyshchi: monohr. / M.M. Bychenok, S.P. Ivanjuta, Ye.O. Jakovlyev. – K.: RNBO, 2009. – 160 s.
Statjukha H.O. Systemnyj pidkhid do otsinjuvannja ryzykiv pry proektuvanni promyslovykh ob’yektiv / H.O. Statjukha, T.V. Bojko, A.O. Abramova // Skhidno–Yevropejskyj zhurnal peredovykh tekhnolohij. – 2013. – T. 2, 14 (56). – S. 8–12.
Cao Q. Health risk characterisation for environmental pollutants with a new concept of overall risk probability / Q. Cao, Q. Yu, D.W. Connell // Journal of Hazardous Materials. – 2013. – Vol. 187. – P. 480–487.
Whittaker M.H. Risk Assessment and Alternatives Assessment: Comparing Two Methodologies / M.H. Whittaker // Risk Analysis. – 2015. – Vol. 35. – N 12 – P. 2129–2136.
Kozulja T.V. Vykorystannja MI-chysel pry formuvanni kompleksnoyi otsinky ekolohichnosti vyrobnytstva i PTK / T.V. Kozulja, D.I. Yemel'janova // Systemnyj analiz ta informatsijni tekhnolohiyi: materialy 15 Mizhnar. naukovo-tekhn. konf. SAIT. – K.: NNK "IPSA" NTUU "KPI". – 2013. – S. 115–116.
Kozulja T.V. Ekolohichnyj ryzyk na riznykh rivnjakh doslidzhennja pryrodno-tekhnohennykh system, informatsijne zabezpechennja joho otsinky / T.V. Kozulja, D.I. Yemel'janova // Problemy informatsijnykh tekhnolohij. – 2015. – № 17. – S. 138–144.
Ritthoff M. Calculating MIPS – Resource Productivity of Products and Services / M. Ritthoff, H. Rohn, C. Liedtke. – Wuppertal, 2003. – Access mode: www.mips.online.info
Kasimov A.M. Primenenie metodiki termodinamicheskoj otsenki vozdejstvija izvestnjakovoj tehnologii mokroj seroochistki na ob'ekty okruzhajuschej sredy / A.M. Kasimov, T.V. Kozulja, D.I. Emel'janova, M.M. Kozulja // Ekologija i promyshlennost'. – 2016. – № 1. – S. 94–98.
Kasimov A.M. Metodicheskoe obespechenie otsenki vozdejstvija tehnogennyh ob'ektov na okruzhajuschuju sredu / A.M. Kasimov, T.V. Kozulja, D.I. Emel'janova, M.M. Kozulja // Ekologicheskij vestnik Severnogo Kavkaza. – 2016. – № 1. – S. 48–54.
