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Komplementäre Dekarbonisierung der Erzeugung von Elektroenergie und Gewinnung synthetischer Kraftstoffe durch Erneuerbare Energien und fossile Energieträger
Authors:Hans‐Jürgen Maaß  Hans‐Otto Möckel
Affiliation:1. NPPC, Am Sportplatz 14, 01328 Dresden, Deutschland;2. Voglerstra?e 25, 01277 Dresden, DeutschlandCorrespondence: Hans‐Otto M?ckel (Email:), Voglerstra?e 25, 01277 Dresden, Deutschland.
Abstract:The concept of complementary decarbonisation of power generation from renewable energy sources and fossil fuels consists of their integration in one system. A technology network in the form of a CCU‐combined power plant is proposed for the energy generation from fossil fuels by a coal power plant with CO2 recovery from the exhaust gases and a pyrolysis of natural gas to hydrogen and carbon as a basic technology. This technology network is completed by a reverse water‐gas shift reaction for the conversion of the CO2 to CO, which will react with the hydrogen in a Fischer‐Tropsch synthesis for synthetic diesel. The recovered energy from the exothermic Fischer‐Tropsch synthesis meets the energy needs of CO2 scrubbing. The carbon from the pyrolysis can replace other fossil carbon or can be sequestered.
Keywords:CO2‐Fuß  abdruck  Dekarbonisierung  Elektroenergie  Erneuerbare Energien  Fossile Energieträ  ger  Synthetische Kraftstoffe  Volatilitä  tsausgleich  CO2 footprint  Decarbonization  Electrical energy  Fossil Fuels  Renewable Energies  Synthetic fuels  Volatility compensation
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