Analysis and Forecasting of Waste Management Processes in Russia

Gilmundinov, Vadim; Тагаева, Т. О.; Boksler, A. I.

doi:10.1134/s1075700720010074

Cited by 6 publications

(3 citation statements)

References 5 publications

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“…Russian authors also conduct research on the formation of methodological aspects of solid waste management (Likhacheva & Sovetov, 2017), assessing their impact on increasing the innovative sustainability of Russian regions (Golova et al, 2017). Russian researchers are developing the organizational, technical and economic foundations for waste management in the context of green architecture and ecological construction (Velichko et al, 2020), assessing the role of environmental innovations in shaping the sustainable development of regional systems (Lyapina et al, 2019), forecasting of waste management processes in the regions of Russia is carried out (Gilmundinov et al, 2020).…”

Section: Recycling As a Component Of Sustainable Development Of Regional Systemsmentioning

confidence: 99%

Waste Management As A Component Of Sustainable Development Of Russian Regions

Tronina¹,

Bazhenova²,

Musatova³

et al. 2021

European Proceedings of Social and Behavioural Sciences

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Section: Recycling As a Component Of Sustainable Development Of Regional Systemsmentioning

confidence: 99%

Waste Management As A Component Of Sustainable Development Of Russian Regions

Tronina¹,

Bazhenova²,

Musatova³

et al. 2021

European Proceedings of Social and Behavioural Sciences

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“…В 2017 г. в Сибирском федеральном округе их доля достигла 71% общего количества по стране. Такой исход обусловлен добычей каменного угля в Кемеровской областиосновном угледобывающем регионе Российской Федерации [13]. В СФО отходы представлены преимущественно вскрышными породами, которым принадлежит 70% общего объёма отходов.…”

Section: Introductionunclassified

Ecological aspects of soil reclamation on overburden dumps in coal mining areas

Artamonova¹,

Bortnikova²

2022

ATN

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Biologically productive soils are a non-renewable natural resource. It has been formed for hundreds of years under the influence of natural and anthropogenic factors of soil formation. Open-pit coal mining is accompanied by soil destruction, the involvement of man-made waste in the processes of hypergenesis and pedogenesis, including accelerated soil formation. This review focuses on the current state of the problem of ecology of biological reclamation of disturbed lands, special attention is paid to the creation of artificially created pedons on the surface of technogenic bodies, in the profile of which the humus or organogenic horizon is located on technogenic eluvium. It performs at the initial stages of soil formation the function of the underlying rock, and not the parent (soil-forming). Its characteristic feature is the presence of heavy, rare-earth, radioactive metals and metalloids, the supplier of which are minerals of the main overburden and host rocks of coal deposits (siltstones, mudstones, sandstones). In this regard, it is advisable to include artificially created soil-like formations in which there is a fertile layer introduced from the outside to improve the root nutrition of plants, monitoring their ecological and toxicological status, taking into account the gross content of heavy metals around the roots, in terrestrial biomass and biological activity. The review presents modern views on biogenicity and its role in the formation of soil fertility. The necessity of developing a strategy for a comprehensive study of the ecology of soil reclamation in the conditions of technogenesis is emphasized, which is important for the formation of high-quality reclamation services.

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“…The challenge in data collection is a common issue in both developing and developed countries although data collection systems have progressed for the latter. It is reflected in studies focusing on developing models for waste prediction or forecasting, including China (Duan et al 2020), Vietnam (Nguyen et al 2021), Thailand (Sun and Chungpaibulpatana 2017), India (Kumar and Samadder 2017), South Africa (Ayeleru et al 2021), Canada (Kannangara et al 2018), the Czech Republic (Pavlas et al 2020), Brazil (Teixeira et al 2020), the Russian Federation (Gil'mundinov, Tagaeva, and Boksler 2020), OECD, and EU-28 countries . Waste forecasting is helpful for planning and budget allocation ahead of waste management initiatives.…”

Section: Introductionmentioning

confidence: 99%

Demographic and socio-economic factors including sustainability related indexes in waste generation and recovery

Fan

Klemeš

Lee

et al. 2021

Energy Sources, Part A: Recovery, Utilization, and Environmenta

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There has been plenty of research on the influence of various socio-economic and demographic data on waste generation to develop effective and targeted waste reduction measures, including energy recovery. This study evaluates the relationship between the waste generation and Circular Material Use rate, Environmental Tax Revenue, and Global Innovation Index beyond the typical socio-economic factors (e.g., gross domestic product or population). Correlation analysis is conducted on the EU-27 datasets before the development of the predictive model. The correlation strength between the factors is discussed to identify the potential rebound effect from the central driver of economic growth and development. A positive correlation and partial rebound effect are identified in the data. The waste amount ending in disposal and energy recovery treatment increases with the Circular Material Use rate, suggesting that the expected gains from Circular Material Use rate are offset by other socio-economic factors such as increasing population or gross domestic product. However, a diminishing trend is observed in the rebound effect over the years. Multiple linear regression with validation is applied to identify the best fit model for predicting waste generation. Using population, gross domestic product, Circular Material Use rate, and Environmental Tax Revenues as independent variables, a model is generated with a mean absolute percentage error of 18.65% (7% lower than the benchmark) and R 2 (coefficient of determination) of 0.995.

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Analysis and Forecasting of Waste Management Processes in Russia

Cited by 6 publications

References 5 publications

Waste Management As A Component Of Sustainable Development Of Russian Regions

Waste Management As A Component Of Sustainable Development Of Russian Regions

Ecological aspects of soil reclamation on overburden dumps in coal mining areas

Demographic and socio-economic factors including sustainability related indexes in waste generation and recovery

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