The impact of contaminated biomass for the formation of emission in the combustion process of producer gas in the cogeneration unit

Kočanová, Slávka; Lukáč, Ladislav; Széplaky, Dávid; Lazić, Ladislav

doi:10.1063/1.4892720

Cited by 3 publications

(4 citation statements)

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“…In cogeneration units it is possible to use gaseous fuel with lower energy value [Kostur 2015] than in the case of gasification of biomass with separated waste [Kocanova 2014] and therefore degassing gas is even with increased content of inert components usable in the process of cogeneration.…”

Section: Use Of the Gas In The Cogeneration Unitmentioning

confidence: 99%

Extraction of Methane Gas During Brown Coal Mining and Possibility of Its Usage

Škvareková¹,

Rimár²,

Kizek³

et al. 2022

MM SJ

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Coal mining is still proceeding in some countries today, although EU countries have agreed to move to a carbon-neutral economy by 2050. Mine gases were developed during coalification. The quantity of gas inside the coal deposits depends on the: level of coalification, quantity of colliery tip and on conditions, which have contributed to the keeping of gas inside the coal deposits. Mine gases are endangering mining operation hence it is necessary to assure their dilution or extraction. We can use the extracted mine gas in different ways from supplies to the system of natural gas up to using it in different appliances. This article deals with the formation, acquisition and extraction of mine gas locally during mining operation. This technology increases the safety of the mining area. It contributes to the reduction of CH4 emissions and uses them for energy purposes.

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Section: Use Of the Gas In The Cogeneration Unitmentioning

confidence: 99%

Extraction of Methane Gas During Brown Coal Mining and Possibility of Its Usage

Škvareková¹,

Rimár²,

Kizek³

et al. 2022

MM SJ

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“…1 and has properties suitable for further usage e.g. production of heat and electricity [5,6,8]. The gasification experiments of various kinds of waste were conducted in order to obtain information on the composition and quality of the gas as a by-product of a thermal waste treatment.…”

Section: Experimental Gasification and Energy Recovery Of Synthesis Gasmentioning

confidence: 99%

“…The conversion itself, of the pure carbon monoxide (using air as the oxidizing agent), is characterized by the relationship of the partial carbon oxidation (1) and (2). By mixing oxygen and water vapor there is also, except for the partial oxidation reaction of the carbon, a reaction of the vapor-carbon [3] ( ) 3 Providing the thermal equilibrium, the decomposition reaction takes place according to the equation (6), allowing for a gasification of a mixture of oxygen and water vapor (the combination of equations (2) and 4 + + = +…”

Section: Introductionmentioning

confidence: 99%

Analysis of Possibilities for Energy Recovery of Gaseous Products from the Gasifying Technologies

Lázár¹,

Čarnogurská²,

Lázárová³

et al. 2016

AMS

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“…This problem is eliminated by continuous operation, during which the reduced metal is protected by the oxide melt [2]. Deficit in the oxygen potential in the reaction chamber of the plasma reactor can be determined based on the percentage level of carbon in the fly ash [9][10][11]. The concentration of carbon in the metal alloy and in the slag is negligible.…”

Section: Experimental Melting Samples Of Electronic Wastementioning

confidence: 99%