FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3152725519> ?p ?o ?g. }

• W3152725519 endingPage "8193" @default.
• W3152725519 startingPage "8181" @default.
• W3152725519 abstract "The reduction of NOx emission in the combustion process is of vital importance to satisfy the increasingly strict NOx emission standards. Although substantial progress has been made for fuel NO reduction in conventional flame combustion, the homogeneous fuel NO mechanism in flameless combustion has not been systematically investigated. This paper performs a detailed comparative study between flameless combustion and conventional swirl flame combustion for homogeneous fuel NO reduction by both experiments and numerical simulations. The simulations are validated with experiments. It is found that the equivalence ratio (Φ) is significant for the stability and performance of flameless combustion. First, we found that the critical Φ to achieve flameless combustion is reduced with the increase of air preheating temperature. Second, importantly, with the increase of Φ from 0.68 to 0.82 a decreasing tendency of fuel NO emission is found in our experiments, which is the opposite of high temperature combustion. Considering that CO emissions are sharply increased when Φ > 0.8, there is a recommended Φ (i.e., Φ = 0.8 for the present study) to obtain the minimum emissions of fuel NO and CO in flameless combustion. Moreover, our experiments for the first time show that flameless combustion can reduce the homogeneous fuel NO emission by 60–85% relative to swirl flame combustion. Reaction pathway analysis demonstrates that in flameless combustion fuel NO is mostly formed via the NH3 → NH2 → HNO → NO path while NO is reduced through the pathway NO → HCN → NCO → N2. The present study reports the advantage of flameless combustion using low preheating temperature air for significant reduction of homogeneous fuel NO and provides new fundamental understandings of the fuel NO mechanism." @default.
• W3152725519 created "2021-04-26" @default.
• W3152725519 creator A5003575295 @default.
• W3152725519 creator A5023113923 @default.
• W3152725519 creator A5045761257 @default.
• W3152725519 creator A5066889438 @default.
• W3152725519 creator A5068934137 @default.
• W3152725519 creator A5077420983 @default.
• W3152725519 creator A5080035471 @default.
• W3152725519 creator A5082505158 @default.
• W3152725519 date "2021-04-15" @default.
• W3152725519 modified "2023-10-16" @default.
• W3152725519 title "Comparative Study between Flameless Combustion and Swirl Flame Combustion Using Low Preheating Temperature Air for Homogeneous Fuel NO Reduction" @default.
• W3152725519 cites W1117466277 @default.
• W3152725519 cites W1964623890 @default.
• W3152725519 cites W1968673801 @default.
• W3152725519 cites W1979719480 @default.
• W3152725519 cites W1979726654 @default.
• W3152725519 cites W1982791924 @default.
• W3152725519 cites W1983018364 @default.
• W3152725519 cites W2000842322 @default.
• W3152725519 cites W2001246065 @default.
• W3152725519 cites W2013208846 @default.
• W3152725519 cites W2025357363 @default.
• W3152725519 cites W2025388305 @default.
• W3152725519 cites W2036919631 @default.
• W3152725519 cites W2058950395 @default.
• W3152725519 cites W2063521378 @default.
• W3152725519 cites W2064641875 @default.
• W3152725519 cites W2069338627 @default.
• W3152725519 cites W2071227499 @default.
• W3152725519 cites W2080211192 @default.
• W3152725519 cites W2089594091 @default.
• W3152725519 cites W2091006892 @default.
• W3152725519 cites W2144968730 @default.
• W3152725519 cites W2173105225 @default.
• W3152725519 cites W2275093102 @default.
• W3152725519 cites W2327274332 @default.
• W3152725519 cites W2328158712 @default.
• W3152725519 cites W2342043948 @default.
• W3152725519 cites W2406701161 @default.
• W3152725519 cites W2499649129 @default.
• W3152725519 cites W2783982662 @default.
• W3152725519 cites W2785519266 @default.
• W3152725519 cites W2790320648 @default.
• W3152725519 cites W2805957801 @default.
• W3152725519 cites W2809086498 @default.
• W3152725519 cites W2809954110 @default.
• W3152725519 cites W2810148984 @default.
• W3152725519 cites W2889459261 @default.
• W3152725519 cites W2898579250 @default.
• W3152725519 cites W2936931054 @default.
• W3152725519 cites W2949643603 @default.
• W3152725519 cites W2951061063 @default.
• W3152725519 cites W2965135229 @default.
• W3152725519 cites W2967705497 @default.
• W3152725519 cites W2968526713 @default.
• W3152725519 cites W2969331304 @default.
• W3152725519 cites W2987032004 @default.
• W3152725519 cites W2987465004 @default.
• W3152725519 cites W2997190682 @default.
• W3152725519 cites W3002757768 @default.
• W3152725519 cites W3005444558 @default.
• W3152725519 cites W3006358776 @default.
• W3152725519 cites W3007590188 @default.
• W3152725519 cites W3009980206 @default.
• W3152725519 cites W3047220984 @default.
• W3152725519 cites W3049052501 @default.
• W3152725519 cites W4210957300 @default.
• W3152725519 cites W4240497983 @default.
• W3152725519 doi "https://doi.org/10.1021/acs.energyfuels.0c04266" @default.
• W3152725519 hasPublicationYear "2021" @default.
• W3152725519 type Work @default.
• W3152725519 sameAs 3152725519 @default.
• W3152725519 citedByCount "18" @default.
• W3152725519 countsByYear W31527255192022 @default.
• W3152725519 countsByYear W31527255192023 @default.
• W3152725519 crossrefType "journal-article" @default.
• W3152725519 hasAuthorship W3152725519A5003575295 @default.
• W3152725519 hasAuthorship W3152725519A5023113923 @default.
• W3152725519 hasAuthorship W3152725519A5045761257 @default.
• W3152725519 hasAuthorship W3152725519A5066889438 @default.
• W3152725519 hasAuthorship W3152725519A5068934137 @default.
• W3152725519 hasAuthorship W3152725519A5077420983 @default.
• W3152725519 hasAuthorship W3152725519A5080035471 @default.
• W3152725519 hasAuthorship W3152725519A5082505158 @default.
• W3152725519 hasConcept C105923489 @default.
• W3152725519 hasConcept C106169591 @default.
• W3152725519 hasConcept C116915560 @default.
• W3152725519 hasConcept C121332964 @default.
• W3152725519 hasConcept C127413603 @default.
• W3152725519 hasConcept C178790620 @default.
• W3152725519 hasConcept C184464539 @default.
• W3152725519 hasConcept C185592680 @default.
• W3152725519 hasConcept C197554733 @default.
• W3152725519 hasConcept C203032635 @default.
• W3152725519 hasConcept C548081761 @default.
• W3152725519 hasConcept C66882249 @default.

• next