FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1991583759> ?p ?o ?g. }

• W1991583759 endingPage "608" @default.
• W1991583759 startingPage "598" @default.
• W1991583759 abstract "Abstract This paper is the first of a two part study that analyses the technical and financial performance of particular, recuperated engine systems. This first paper presents a thermodynamic study of two systems. The first system involves the chemical recuperation of a reciprocating, spark ignited, internal combustion engine using only the waste heat of the engine to power a steam–methane reformer. The performance of this system is evaluated for different coolant loads and steam–methane ratios. The second system is a so-called ’hybrid’ in which not only the waste heat of the engine is used, but also a secondary heat source – the combustion of biomass. The effects of the reformer’s temperature and the steam–methane ratio on the system performance are analysed. These analyses show that the potential efficiency improvement obtained when using only the engine waste heat to power the recuperation is marginal. However, results for the hybrid show that although the overall efficiency of the plant, defined in terms of the energy from both the methane and biomass, is similar to that of the conventional, methane fuelled engine, the efficiency of the conversion of the biomass fuel energy to work output appears to be higher than for other biomass fuelled technologies currently in use. Further, in the ideal limit of a fully renewable biomass fuel, the burning of biomass does not contribute to the net CO 2 emissions, and the CO 2 emission reduction for this second plant can be considerable. Indeed, its implementation on larger internal combustion engine power plants, which have efficiencies of around 45–50%, could result in CO 2 emissions that are as much as 10–20% lower than typical natural gas combined cycle (NGCC) power stations. This appears to be a significant result, since NGCCs are commonly considered to have the lowest CO 2 emissions of all forms of fossil fuelled, power generation currently in use." @default.
• W1991583759 created "2016-06-24" @default.
• W1991583759 creator A5006784611 @default.
• W1991583759 creator A5089580105 @default.
• W1991583759 date "2014-04-01" @default.
• W1991583759 modified "2023-09-27" @default.
• W1991583759 title "A technical and financial analysis of two recuperated, reciprocating engine driven power plants. Part 1: Thermodynamic analysis" @default.
• W1991583759 cites W1504650287 @default.
• W1991583759 cites W1593919317 @default.
• W1991583759 cites W1963803657 @default.
• W1991583759 cites W1968794156 @default.
• W1991583759 cites W1973089947 @default.
• W1991583759 cites W1981226411 @default.
• W1991583759 cites W1983586136 @default.
• W1991583759 cites W1983714705 @default.
• W1991583759 cites W1987363961 @default.
• W1991583759 cites W1988441696 @default.
• W1991583759 cites W1988722923 @default.
• W1991583759 cites W1991363254 @default.
• W1991583759 cites W1992038525 @default.
• W1991583759 cites W2002571599 @default.
• W1991583759 cites W2009855258 @default.
• W1991583759 cites W2010125674 @default.
• W1991583759 cites W2011098172 @default.
• W1991583759 cites W2017258775 @default.
• W1991583759 cites W2020430505 @default.
• W1991583759 cites W2021430296 @default.
• W1991583759 cites W2024312805 @default.
• W1991583759 cites W2032595083 @default.
• W1991583759 cites W2033062239 @default.
• W1991583759 cites W2035743433 @default.
• W1991583759 cites W2037670776 @default.
• W1991583759 cites W2042498917 @default.
• W1991583759 cites W2047021747 @default.
• W1991583759 cites W2049532619 @default.
• W1991583759 cites W2053528363 @default.
• W1991583759 cites W2065420069 @default.
• W1991583759 cites W2070948393 @default.
• W1991583759 cites W2073422136 @default.
• W1991583759 cites W2083442569 @default.
• W1991583759 cites W2084367164 @default.
• W1991583759 cites W2084568306 @default.
• W1991583759 cites W2088189502 @default.
• W1991583759 cites W2089755734 @default.
• W1991583759 cites W2090758660 @default.
• W1991583759 cites W2091763712 @default.
• W1991583759 cites W2094566326 @default.
• W1991583759 cites W2115137991 @default.
• W1991583759 cites W2120399919 @default.
• W1991583759 cites W2128575789 @default.
• W1991583759 cites W2142685531 @default.
• W1991583759 cites W2156693612 @default.
• W1991583759 cites W2167589416 @default.
• W1991583759 cites W2167988253 @default.
• W1991583759 cites W2240126086 @default.
• W1991583759 cites W2249864310 @default.
• W1991583759 cites W2273735696 @default.
• W1991583759 cites W2275897348 @default.
• W1991583759 cites W3103675312 @default.
• W1991583759 cites W54587467 @default.
• W1991583759 doi "https://doi.org/10.1016/j.enconman.2013.11.051" @default.
• W1991583759 hasPublicationYear "2014" @default.
• W1991583759 type Work @default.
• W1991583759 sameAs 1991583759 @default.
• W1991583759 citedByCount "3" @default.
• W1991583759 countsByYear W19915837592014 @default.
• W1991583759 countsByYear W19915837592018 @default.
• W1991583759 crossrefType "journal-article" @default.
• W1991583759 hasAuthorship W1991583759A5006784611 @default.
• W1991583759 hasAuthorship W1991583759A5089580105 @default.
• W1991583759 hasConcept C121332964 @default.
• W1991583759 hasConcept C127413603 @default.
• W1991583759 hasConcept C131097465 @default.
• W1991583759 hasConcept C15466294 @default.
• W1991583759 hasConcept C162324750 @default.
• W1991583759 hasConcept C163258240 @default.
• W1991583759 hasConcept C171146098 @default.
• W1991583759 hasConcept C2985697011 @default.
• W1991583759 hasConcept C39432304 @default.
• W1991583759 hasConcept C48824518 @default.
• W1991583759 hasConcept C78519656 @default.
• W1991583759 hasConcept C97355855 @default.
• W1991583759 hasConceptScore W1991583759C121332964 @default.
• W1991583759 hasConceptScore W1991583759C127413603 @default.
• W1991583759 hasConceptScore W1991583759C131097465 @default.
• W1991583759 hasConceptScore W1991583759C15466294 @default.
• W1991583759 hasConceptScore W1991583759C162324750 @default.
• W1991583759 hasConceptScore W1991583759C163258240 @default.
• W1991583759 hasConceptScore W1991583759C171146098 @default.
• W1991583759 hasConceptScore W1991583759C2985697011 @default.
• W1991583759 hasConceptScore W1991583759C39432304 @default.
• W1991583759 hasConceptScore W1991583759C48824518 @default.
• W1991583759 hasConceptScore W1991583759C78519656 @default.
• W1991583759 hasConceptScore W1991583759C97355855 @default.
• W1991583759 hasLocation W19915837591 @default.
• W1991583759 hasOpenAccess W1991583759 @default.
• W1991583759 hasPrimaryLocation W19915837591 @default.
• W1991583759 hasRelatedWork W2229018886 @default.

• next