Abstract: The current stage of energy development is characterized by the dominance of energy conservation and environmental priorities. In order to optimize global resource consumption a strong emphasis has been put on wastes, substandard fuels and renewables as possible energy carriers, alongside more traditional options, such as fossil fuels. The conventional use of high-temperature combustion (usually about 1000-1200 °C) does not provide safe and efficient processing of most substandard fuels and wastes. Moreover, high temperature combustion is among the leading sources of heat and harmful substances pollution. Other well-known combustion approaches have similar disadvantages: abundant emissions of toxic products into the atmosphere, increased capital costs due to large equipment dimensions, explosion and fire hazard of systems and harsh requirements for structural materials due to high temperatures of the process [1].

Cite: Lyulyukin A.P. , Dubinin Y.V.
Synthesis and Investigation of Cu-Containing Deep Oxidation Catalysts for a Fluidized Bed Based on Spherical Γ-AL2O3 Strengthened with Magnesium
In compilation Сборник статей III Международной научно-практической конференции студенческого научного общества Санкт-Петербургского государственного университета. – ООО "Скифия-принт"., 2024. – C.839-840. – ISBN 978-5-00197-153-5. РИНЦ

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80600734

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