Abfallvergasungstechnik mit Direktschmelze zur Energie- und Materialrückgewinnung 2015_EaA_527_542_Tanigaki.pdf
Advanced Thermal Treatment Technologies for Waste – Present State of the Art – Zaawansowane Technologie Termicznej Utylizacji odpadów – Obecny Stan Wiedzy – English | Polski
High-Temperature Gasifying and Direct Melting System for Energy and Material Recovery from any Type of Wastes 2015_WM_453-466_Katafuchi.pdf
Shaft Furnace Type Gasification and Direct Melting System – Technology, Input Flexibility, Operational Characteristics and Emissions – 2015_WM_437-452_Tanigaki.pdf
Resource Recovery from Waste Using the Input Flexibility of Waste Gasification Technology 2016_WM_457-468_Tanigaki.pdf
Innovative Application Methods of Slags from High-Temperature-Gasifying-and-Direct-Melting System 2016_WM_445-456_Katafuchi.pdf
Overview of the Pyrolysis and Gasification Processes for Thermal Disposal of Waste 2016_WM_429-444_Vehlow.pdf
Internationale Märkte für alternative Verfahren und Strategien der wichtigsten Marktteilnehmer 2014_spu_199_208_Vaccani
Synthesegasherstellung aus Kunststoffabfällen – Erfahrungen und Kennzahlen aus der Inbetriebnahme einer 32 MW-Pilotanlage – 2014_eaa_797_808_Moeller
Waste Gasification Technology with Direct Melting for Energy and Material Recovery 2014_wm_365_378_tanigaki
Refuse Derived Fuel Gasification Technologies for High Efficient Energy Production 2014_wm_379_388_bolhar_nordenkampf
Status of Planning and Construction of Gasification Plants in the United Kingdom 2017_WM_367-378_Kast_Murphy
Operating Experience from Japanese Waste Gasification Plants with Direct Melting System 2017_WM_379-388_Tanigaki
Achieving a Closed Carbon & Circular Economy for the Waste Management Sector – Net Zero Emissions, Resource Efficiency and Conservation by Coupling the Energy, Chemical and Recycling Sectors – 2017_WM_341-354_Mehlhose_Laugwitz
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