Information support system for household waste disposal processes

: pp. 230 - 254
Lviv Polytechnic National University, Information Systems and Networks Department
Lviv Politechnic National University, Department of Management and International Entrepreneurship
Ivan Franko National University of Lviv, Applied Mathematics Department

In work, a web application was designed and developed to support interaction between members of different households regarding the disposal of household waste and the sale of used goods on the secondary  market.  To  minimize  the  negative  human  impact  on  the  environment,  the  developed information system to support household waste disposal is based on the principles of a circular economy, where all available resources are reusable, goods to recycle, and in general, the level of consumption is reduced. The need to form the average consumer’s interest in finding a target audience for the distribution process on the secondary market of used goods is substantiated. The main distinguishing feature of the web application is providing consumers with an electronic platform that would provide an opportunity to successfully realize the need for sorted garbage (household waste, recyclables, etc.) with economic benefits for all participants of the interaction. As a result of the task, we carried out an analysis of knowledge in the direction of household waste disposal and existing applications to support circular economy processes. According to the compiled requirements specification, we used the TypeScript programming language, the React library, the SASS scripting metalanguage, and the MVC architecture. To ensure the correct operation of the service, manual, modular and automated testing was carried out. The developed software product has a simple interface. It is easy to use for every user who has access to the Internet and a desire to obtain additional resources in the difficult time of Ukraine’s military economy.

  1. Savulyak V. I., Berezyuk O. V. (2006). Technical support for collection, transportation and preparation for processing solid household waste. Monograph. Vinnytsia: UNIVERSUM-Vinnytsia. 217 p.
  2. Circular                             economy.                            European                             Commission.                              URL:
  3. Bublyk M., Kowalska-Styczeń A., Lytvyn V., Vysotska V. (2021). The Ukrainian Economy Transformation into the Circular Based on Fuzzy-Logic Cluster Analysis. Energies, Vol. 14 (18), Art. 5951. DOI: 10.3390/en14185951.
  4. Bublyk M., Matseliukh Y. (2021). Small-Batteries Utilization Analysis Based on Mathematical Statistics Methods in Challenges of Circular Economy. CEUR Workshop Proceedings, Vol. 2870, 1594–1603.
  5. Baran M., Kuzmin O., Bublyk M., Panasyuk V., Lishchynska K. (2021). Information System for Quality Control of Polyethylene Production in a Circular Economy. CEUR Workshop Proceedings, Vol. 2917, 465–502.
  6. Kryvenko S. (2014). Modern approaches to the development of recycling of secondary material resources in the context of green industry. Scientific Bulletin of the Poltava University of Economics and Trade, No. 4, 83–89.
  7. About housing and communal services (2018). Official Gazette of Ukraine, No. 1, р. 5.
  8. You can make money by sorting garbage: the experience of condominiums. (2016). URL:
  9. Bublyk M. I., Bay M. R. (2016). Features of the “green” economy and the main tools of its transformation into a socially oriented system. Bulletin of the Lviv Polytechnic National University, No. 847, 29–34.
  10. Bublyk M. I. (2014). Model of economic assessment of man-made losses in the national economy. Black Sea Scientific Journal Of Academic Research. Economic Science, Vol. 12(05), 44–50.
  11. Bublyk M. I. (2015). Man-made losses in the national economy: economic assessment and principles of state regulation: monograph. Lviv: Lviv Polytechnic Publishing House, 420 p.
  12. Bublyk M. I. (2012). Mechanism of regulation of man-made losses of industrial enterprises: logistics of recycling as a tool of its application. Bulletin of the Lviv Polytechnic National University, Vol. 749,  530–537.
  13. Bublyk M., Vysotska V., Matseliukh Yu., Mayik V., Nashkerska M. (2020). Assessing Losses of Human Capital Due to Man-Made Pollution Caused by Emergencies. CEUR Workshop Proceedings, Vol. 2805,  74–86.
  14. Kuzmin O. Ye., Bublyk M. I., Rybytska O. M. (2014). The application of fuzzy logic to forecasting of technogenic damage in the national economy. Bulletin of the Lviv Polytechnic National University, Vol. 790, 63– 73.
  15. Kuzmin O., Bublyk M. (2016). Economic evaluation and government regulation of technogenic (man- made) damage in the national economy. Computer sciences and information technologies: Proceedings of the XIth International Scientific and Technical Conference (CSIT), Lviv, Ukraine, September, 6–10, 2016, 37–39. DOI: 10.1109/STC-CSIT.2016.7589863.
  16. Bublyk M. I. (2013). Economic evaluation of technogenic losses of business entities on fuzzy logic based opportunities. Zarzadzanie organizacja w warunkach niepewnosci – teoria i praktyka: monogr. Red. nauk. Agnieszka Strzelecka. Chestochowa: Politechnika Chestochowska, Wydzial Zarzadania, 19–29.
  17. Kuzmin O. E., Bublyk M. I. (2021). State regulation of the system of economic relations of economic entities in the conditions of a circular economy. Increasing EU competitiveness: circular economy: monograph, edited by O. E. Kuzmina, O. G. Melnyk, N. I. Gorbal. Lviv: City Information Systems. Р. 20–58.
  18. Alimov O. M., Mykytenko V. V., Lytsur I. M. and others. (2013). System-complex evaluation of the potential of sustainable development of Ukraine: monograph. National Acad. of Sciences of Ukraine, State institution “Institute of Environmental Economics and Sustainable Development NAS of Ukraine”, 88 p.
  19. Amosha O. I., Lyashenko V. I., Mykytenko V. V. (2013). The first stage of modernization of the economy of Ukraine: experience and problems. Institute of Industrial Economics of the National Academy of Sciences of Ukraine, TNEU of the Ministry of Education and Science of Ukraine. Donetsk: Economic Opinion, 897 p.
  20. Balatsky O. F. (2007). Anthology of clean environment economics. Sumy: ITD “Universitetskaya kniga”,273 p.
  21. Bublyk M. I., Koropetska T. O. (2008). Analysis of methods of economic assessment of damages caused to forestry by man-made emergencies. Bulletin of the Lviv Polytechnic National University, No. 611,  71–80.
  22. Bublyk M. I. (2013). Technogenic damage: the evolution of the formation of the essence of the concept.Black Sea Scientific Journal Of Academic Research., Management & Marketing And Engineering, Vol. 06(06), 46–54.
  23. Burkinsky B. V., Galushkina T. P., Reutov V. E. (2011). “Green” economy through the prism of transformational shifts in Ukraine: monograph. Odesa: IPREED of the National Academy of Sciences of Ukraine, Saki: PE “Pydpriemstvo Fenix”, 348 p.
  24. Vytvytskyi Y. S. (2007). Economic assessment of mining capital of oil and gas companies: monograph. Ivano-Frankivsk: IFNTUNG, 431 p.
  25. Hryniv L. S. (2001). Ecologically balanced economy: problems of theory: monograph. Lviv: LNU Publishing Center named after I. Franka, 240 p.
  26. Hryniv L. S. (2016). Physical economy: new models of sustainable development. Lviv: Liga-press, 424 p.
  27. Danylyshyn B. M. (2008). Environmental component of sustainable development policy: monograph. Donetsk: LLC “Yugo-Vostok, Ltd”, 256 p.
  28. Ilyashenko S. M. (2013). Marketing principles of implementation of ecological innovations: monograph. Sumy State University. Sumy: LLC “Printing House “Papyrus”, 184 p.
  29. Kuzmin O. Ye., Bublyk M. I. (2013). Methodology for assessing man-made losses of enterprises in Ukraine and the world. Bulletin of the National Lviv Polytechnic University, No. 754, 115–120.
  30. Melnyk O. G. (2010). Diagnostic systems of machine-building enterprises: multi-criteria concept and tools: monograph. Lviv: Publishing House of the Lviv Polytechnic National University, 344 p.
  31. Tunytsia Yu. Yu. (2012). About the concept of stimulating an ecologically safe economy. Bulletin of the National Academy of Sciences of Ukraine, No. 5, 26–30.
  32. Didukh V. R. (2008). Economic mechanisms of implementation of state environmental policy. URL: http://www. kbuapa. kharkov. ua /e-book /n_1_2008 /doc/1/13. pdf.
  33. Dolgiy M. L., Osypenko S. I. (2006). Justification of the systemic approach to managing the protection and safety of the population in emergency situations. URL: 2/txts/GALUZEVE %506dmlnns. pdf.
  34. Zerkalov D. V. (2013). Problems of ecology of sustainable development: monograph. K.: Basis, 430 p.
  35. Petrovych Y. M. (2013). Management of the activity of organizational and production systems. K.: Znannya.
  36. Khlobistov E. V. (2022). Financial mechanisms of management of environmental protection and nature use in Ukraine. URL: http://www. mama-86. org. ua/ecodemocracy/ experts_khlobystov_u. htm.
  37. Bublyk M., Rybytska O. (2017). The model of fuzzy expert system for establishing the pollution impact on the mortality rate in Ukraine. Computer sciences and information technologies (CSIT), Lviv, Ukraine, September, 5–8, 2017, 253–256. DOI: 10.1109/STC-CSIT.2017.8098781.
  38. Kuzmin O., Bublyk M. (2014). Methodological foundations of economic evaluation of technogenic losses of national economy. Economics, Entrepreneurship, Management, Vol. 1, 1–8.
  39. McLeod F., Hickford A., Maynard S., Cherrett T., Allen J. (2010). Developing innovative and more sustainable approaches to reverse logistics for the collection, recycling and disposal of waste products from urban centres: Literature review and identification of opportunities. URL: www. greenlogistics. org.
  40. Starostka-Patyk М., Grabara J. K. (2010). Reverse logistics processes in industrial waste management as an element of sustainable development. Annales Universitatis Apulensis Series Oeconomica, Vol. 12(2), 698–707.
  41. Towards a Green Economy: Pathways to Sustainable Development and Poverty Eradication: Final Report of UNEP. Nairobi: United Nations Environment Programme, 2011, 630 p.
  42. Zaverukha N. M., Serebryakov V. V., Skyba Yu. A. (2017). Principles of Ecology. Kyiv: Caravela, 304 p.
  43. On the approval of Methodological recommendations for determining the morphological composition of solid household waste. URL:
  44. Solid household waste in Ukraine: Development potential. Kyiv, 2015, 110 p.
  45. Sortuy (2022). URL:
  46. Zelena korobka (2022). URL:
  47. Ukraine without waste (2022). URL:
  48. OLX. (2022). URL:
  49. Dyrr K. (2018). The Complite Beginner's Guide to React, 89 с.
  50. Javascript: Best Practice – Collingwood: SitePoint, 2018, 99 с.
  51. Fayn Ya., Moiseyev A. (2018). Angular and TypeScript Website building for professionals. S.-P.: Peter
  52. Zhuremkevich A. E., Myhal V. V. (2017). Using the sass processor to build web pages with GULP.GS. Internauka: International scientific journal, No. 3, 127–130.
  53. Grove F. R., Ozkan E. (2011). The Mvc-Web Design Pattern. Proceedings of the 7th International Conference on Web Information Systems and Technologies, 127–130.