Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion

The circular economy, which minimises the level of environmental pollution, creates a promising background for sustainable development. The application of bioeconomics principles provides the use of by-products of agriculture, forestry, food waste, and wastewater as raw materials for electricity and...

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Main Authors: Melnyk Leonid, Kubatko Oleksandr, Fedyna Svitlana, Torba Ivan
Format: Article
Language:English
Published: Sciendo 2021-01-01
Series:Economics and Business
Subjects:
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q20
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Online Access:https://doi.org/10.2478/eb-2021-0004
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spelling doaj-1650492b75694739b10e5cb60a1410d02021-09-22T06:13:25ZengSciendoEconomics and Business2256-03942021-01-01351577010.2478/eb-2021-0004Bioenergy and Bioresources Usage in the Context of Circular Economy PromotionMelnyk Leonid0Kubatko Oleksandr1Fedyna Svitlana2Torba Ivan3Sumy State University,Sumy, UkraineSumy State University,Sumy, UkraineSumy State University,Sumy, UkraineSumy State University,Sumy, UkraineThe circular economy, which minimises the level of environmental pollution, creates a promising background for sustainable development. The application of bioeconomics principles provides the use of by-products of agriculture, forestry, food waste, and wastewater as raw materials for electricity and heat. The objective is to analyse the prerequisites for bioenergy development as one of the circular economy areas. FGLS estimations are performed over the period of 2007–2018. The leading position in terms of bioenergy sphere growth is occupied by the European Union, followed by the countries of Asia and North America. The division of biomass into “traditional” and “modern” is discussed, where traditional biomass is mostly used for cooking and space heating in developing countries, while the EU is focusing on the development of second-generation (2G) biofuels when the biofuel is produced from non-food raw materials. It is estimated that the annual production of energy from renewable sources is about 225 thousand tons of o. e. in Ukraine. It is found that the legal field and the strategic directions of the bioeconomy in the European Union and Ukraine coincide, but the pace of development of bioenergy in Ukraine can be described as very slow. To increase the bioenergy potential, it is recommended to apply green tariffs, renewable energy certificates, and subsidies to energy producers.https://doi.org/10.2478/eb-2021-0004bioenergy potentialbiofuelsbiomassgreen tariffsq01q20q25q42
collection DOAJ
language English
format Article
sources DOAJ
author Melnyk Leonid
Kubatko Oleksandr
Fedyna Svitlana
Torba Ivan
spellingShingle Melnyk Leonid
Kubatko Oleksandr
Fedyna Svitlana
Torba Ivan
Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion
Economics and Business
bioenergy potential
biofuels
biomass
green tariffs
q01
q20
q25
q42
author_facet Melnyk Leonid
Kubatko Oleksandr
Fedyna Svitlana
Torba Ivan
author_sort Melnyk Leonid
title Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion
title_short Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion
title_full Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion
title_fullStr Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion
title_full_unstemmed Bioenergy and Bioresources Usage in the Context of Circular Economy Promotion
title_sort bioenergy and bioresources usage in the context of circular economy promotion
publisher Sciendo
series Economics and Business
issn 2256-0394
publishDate 2021-01-01
description The circular economy, which minimises the level of environmental pollution, creates a promising background for sustainable development. The application of bioeconomics principles provides the use of by-products of agriculture, forestry, food waste, and wastewater as raw materials for electricity and heat. The objective is to analyse the prerequisites for bioenergy development as one of the circular economy areas. FGLS estimations are performed over the period of 2007–2018. The leading position in terms of bioenergy sphere growth is occupied by the European Union, followed by the countries of Asia and North America. The division of biomass into “traditional” and “modern” is discussed, where traditional biomass is mostly used for cooking and space heating in developing countries, while the EU is focusing on the development of second-generation (2G) biofuels when the biofuel is produced from non-food raw materials. It is estimated that the annual production of energy from renewable sources is about 225 thousand tons of o. e. in Ukraine. It is found that the legal field and the strategic directions of the bioeconomy in the European Union and Ukraine coincide, but the pace of development of bioenergy in Ukraine can be described as very slow. To increase the bioenergy potential, it is recommended to apply green tariffs, renewable energy certificates, and subsidies to energy producers.
topic bioenergy potential
biofuels
biomass
green tariffs
q01
q20
q25
q42
url https://doi.org/10.2478/eb-2021-0004
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AT kubatkooleksandr bioenergyandbioresourcesusageinthecontextofcirculareconomypromotion
AT fedynasvitlana bioenergyandbioresourcesusageinthecontextofcirculareconomypromotion
AT torbaivan bioenergyandbioresourcesusageinthecontextofcirculareconomypromotion
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