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- 01J5WP3KK6JAVVPAZN6PKAW174 classification A1.
- 01J5WP3KK6JAVVPAZN6PKAW174 date "2016".
- 01J5WP3KK6JAVVPAZN6PKAW174 language "eng".
- 01J5WP3KK6JAVVPAZN6PKAW174 type journalArticle.
- 01J5WP3KK6JAVVPAZN6PKAW174 subject "Chemistry".
- 01J5WP3KK6JAVVPAZN6PKAW174 subject "Technology and Engineering".
- 01J5WP3KK6JAVVPAZN6PKAW174 doi "10.1109/tps.2016.2533363".
- 01J5WP3KK6JAVVPAZN6PKAW174 issn "0093-3813".
- 01J5WP3KK6JAVVPAZN6PKAW174 issn "1939-9375".
- 01J5WP3KK6JAVVPAZN6PKAW174 issue "4".
- 01J5WP3KK6JAVVPAZN6PKAW174 volume "44".
- 01J5WP3KK6JAVVPAZN6PKAW174 abstract "Gasification technology may combine waste treatment with energy generation. Conventional gasification processes are bulky and inflexible. By using an external energy source, in the form of microwave-generated plasma, equipment size may be reduced and flexibility as regards to the feed composition may be increased. This type of gasification may be combined with fuel cell technology to generate electricity for on-site microwave generation. In this paper, we present short gasification experiments with cellulose, as model biomass compound, in air plasma. In order to optimize reaction rates, gasification and plasma generation are combined in the same volume in order to expose the solids to plasma of maximum intensity. The heating value of the fuel gas yield exceeds, up to 84%, the net microwave energy transmitted into the reactor over a range of operating conditions. As the system has not been optimized, in particular regarding residence time, the results give confidence that this concept can eventually be developed into a viable small-scale decentralized gasification technology.".
- 01J5WP3KK6JAVVPAZN6PKAW174 author 83442B6E-B25E-11E6-B104-2D2FD0AF0289.
- 01J5WP3KK6JAVVPAZN6PKAW174 author urn:uuid:5d7097f3-665c-4251-8a97-6204df24a154.
- 01J5WP3KK6JAVVPAZN6PKAW174 author urn:uuid:66ce6ff7-abc2-409d-b585-bd74dec08420.
- 01J5WP3KK6JAVVPAZN6PKAW174 author urn:uuid:8726a1eb-4166-4a6a-a937-512f757b5b02.
- 01J5WP3KK6JAVVPAZN6PKAW174 dateCreated "2024-08-22T09:18:58Z".
- 01J5WP3KK6JAVVPAZN6PKAW174 dateModified "2024-11-28T00:13:15Z".
- 01J5WP3KK6JAVVPAZN6PKAW174 name "Microwave-driven plasma gasification for biomass waste treatment at miniature scale".
- 01J5WP3KK6JAVVPAZN6PKAW174 pagination urn:uuid:223c1fc5-b2aa-4053-980a-1556cff981f9.
- 01J5WP3KK6JAVVPAZN6PKAW174 sameAs LU-01J5WP3KK6JAVVPAZN6PKAW174.
- 01J5WP3KK6JAVVPAZN6PKAW174 sourceOrganization urn:uuid:cc418544-ece0-468a-bc62-a3cbf40389da.
- 01J5WP3KK6JAVVPAZN6PKAW174 type A1.