New Technology of Carbon-Free Metal Production With High-Strength Nanocrystalline Structure for Nuclear Power

Korshunov, Yevgeniy A.; Lisienko, V. G.; Tretyakov, Vasily S.; Burkin, S. P.; Serebryakov, Alexander V.

doi:10.1615/interjenercleanenv.2013006368

Cited by 2 publications

(3 citation statements)

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“…The concept of "environmental tax" in EU countries includes (Korshunov et al, 2012): energy taxes (on coal, petroleum products, electricity, etc. ); transport taxes (payments for imports, operation, recycling, sale of vehicles); taxes for environmental pollution (for emissions of pollutants into the atmosphere and water resources); minerals, special water use, etc.…”

Section: Related Workmentioning

confidence: 99%

Financing the Greening of Enterprises in Industrial Regions of Ukraine in the Context of Sustainable Development

Laktionova

Harbar

Melikhov

et al. 2022

Management Theory and Studies for Rural Business and Infrastructure Development

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The work is devoted to the study of improving the environmental situation in industrial regions with metallurgical production in Ukraine. It was revealed that monitoring and purification of air, water environment and land resources requires immediate development and implementation of greening projects. This requires finding additional financial resources that are lacking in local budget deficits. To improve the quality of formation and use of local budgets, a method of monitoring the revenue side of local budgets is proposed, which consists in processing a set of data imported from monthly revenues and processed using predictive analytics tools. The methodology allows to identify significant and insignificant factors in a timely manner, including the environmental tax in the resulting factor -local budget revenues. With the development of analytical systems and the expansion of their application in the greening of industrial regions, the developed methodology will not lose its relevance. The developed methodology for monitoring the environmental tax and other taxes, fees and charges is aimed at identifying additional (indirect) sources of funding for greening projects in industrial regions, including metallurgical production. The method was tested on the revenues of local budgets of cities with metallurgical production -Zaporizhzhya, Dnipro for the period 2018-2020. The use of the methodology allowed to show that the revenues of the environmental tax are the most insignificant. It is also proposed to use the experience of developed countries in the mechanism of calculating the environmental tax in order to increase its amount.

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Section: Related Workmentioning

confidence: 99%

Financing the Greening of Enterprises in Industrial Regions of Ukraine in the Context of Sustainable Development

Laktionova

Harbar

Melikhov

et al. 2022

Management Theory and Studies for Rural Business and Infrastructure Development

View full text Add to dashboard Cite

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“…В работе [3] предложена новая технология производства стали для ядерной энергетики, названной безуглеродистой, фактическиармко-железо. Будем пользоваться термином безуглеродистая сталь, как в работе [3]. Металл из оксидов в этой технологии восстанавливается алюминием, углерода нет.…”

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“…Вершина "Электроэнергия ГЭС" имеет нулевую сквозную эмиссию CO2, так как гидроэлектростанции не имеют эмиссии CO2. Сквозная эмиссия (или углеродный след алюминия) в этом случае равна согласно формуле(3)…”

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Assessment of carbon footprint of steel production technology at aluminum application for iron oxides reducing

Lisienko

Chesnokov

Lapteva

2021

Černaâ metallurgiâ. Bûlletenʹ naučno-tehničeskoj informacii

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The XXIst conference on climate, held in Paris in 2015, set coordination of efforts of all the countries as an object to reduce greenhouse gases emissions. To realize the conference decisions, it is necessary to implement technologies ensuring reduction of carbon dioxide forming in every industry. Steel industry is one of its sources. A proposed in publications technology of production of carbon-free steel for nuclear power engineering, based on reducing of iron oxides by aluminum in the process of melting considered. As per authors opinion, since the carbon of coke was excluded out of the process of steel production by the technology, it results in exclusion of greenhouse gases emissions. The purpose of the work was to assess the carbon footprint of the technology taking into account emissions of carbon-containing gases in the previous processes. It was shown that steel production by the analyzed technology with metallic aluminum application for iron oxides reduction has a rather considerable carbon footprint despite the practical absence of carbon dioxide emissions directly in the process of its smelting. It is caused by a large volume of greenhouse gases emissions in the neighbored sectors of production of energy, raw materials and materials used for steel production and exceeds 4500 kg of carbon dioxide per 1 t of steel smelted by the technology. To assess the value of carbon footprint at creation of new and perfection of existing technological processes of goods production in ferrous metallurgy and other industries of economy, it was proposed to take into account its value along the whole chain of previous and neighbored production sectors.

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New Technology of Carbon-Free Metal Production With High-Strength Nanocrystalline Structure for Nuclear Power

Cited by 2 publications

References 0 publications

Financing the Greening of Enterprises in Industrial Regions of Ukraine in the Context of Sustainable Development

Financing the Greening of Enterprises in Industrial Regions of Ukraine in the Context of Sustainable Development

Assessment of carbon footprint of steel production technology at aluminum application for iron oxides reducing

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