Essays about: "ASU"

Found 3 essays containing the word ASU.

  1. 1. The complexity of linguistic complexity: a corpus-based study on development of phrasal complexity in written L2-Swedish

    University essay from Lunds universitet/Allmän språkvetenskap; Lunds universitet/Masterprogram: Språk och språkvetenskap

    Author : Karin Rasmusson; [2023]
    Keywords : Second language development; Complexity; Accuracy; and Fluency; Linguistic complexity; Syntactic complexity; Phrasal complexity; Noun phrase complexity; Morphological complexity; Languages and Literatures;

    Abstract : The aim of this study was to establish whether or not a development of the complexity of the noun phrase, i.e. an increase in noun phrase elaboration could be observed in written L2 Swedish over time. READ MORE

  3. 2. IMPLEMENTATION OF OXYFUEL COMBUSTION IN A WASTE INCINERATION CHP PLANT : A Techno-Economic Assessment

    University essay from Mälardalens högskola/Akademin för ekonomi, samhälle och teknik

    Author : Mostafa Saleh; Anton Hedén Sandberg; [2021]
    Keywords : CCS; Oxyfuel Combustion; Carbon Capture; Gas Separation Techniques; Waste Combustion; Cost Assessment of CCS; ASU; CPU; Wet-FGR; Dry-FGR;

    Abstract : Global energy demand is predicted to rise in the coming decades, necessitating a shift to renewable energy sources to mitigate greenhouse gas emissions. However, due to the inability to supply renewable energy around the clock, it is estimated that only by adding an important technology, carbon capture and storage (CCS), it could be possible to reduce 80% of the 1990s greenhouse gas emissions. READ MORE

  4. 3. Recovery of un-combusted fuel in a gas turbine power cycle with Chemical Looping Combustion.

    University essay from Lunds universitet/Institutionen för energivetenskaper

    Author : Jonas Gunnarsson; [2010]
    Keywords : Chemical Looping Combustion CLC un-combusted fuel gas turbine power cycle; Technology and Engineering;

    Abstract : Chemical Loping Combustion (CLC) is a novel combustion technology in which the exhaust gas is inherently divided into oxygen depleted air in one stream and CO2 and water vapour in another. This is however under the ideal condition that the fuel conversion is complete, i.e. READ MORE