Browsing by Subject "RDF"
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Item type:Thesis, Access status: Restricted , Analiza ekonomicznej i ekologicznej zasadności budowy zakładu termicznego przekształcania odpadów na terenie gminy Starachowice(Data obrony: 2020-12-09) Żeber, Oktawia
Wydział Geologii, Geofizyki i Ochrony ŚrodowiskaItem type:Thesis, Access status: Restricted , Analiza możliwości zastosowania Sieci Semantycznej w mikrosieciach reklamowych na bazie portali internetowych(Data obrony: 2012-01-30) Wawruszko, Michał
Wydział Elektrotechniki, Automatyki, Informatyki i ElektronikiItem type:Thesis, Access status: Restricted , Analiza stałych odpadów komunalnych pod kątem ich energetycznego wykorzystania(Data obrony: 2020-07-14) Wieczorek, Paulina
Wydział Inżynierii Metali i Informatyki PrzemysłowejItem type:Thesis, Access status: Restricted , Analiza wybranych właściwości fizyko-chemicznych paliw alternatywnych w kontekście ich zagospodarowania(Data obrony: 2019-12-06) Miśta, Dawid
Wydział Geologii, Geofizyki i Ochrony ŚrodowiskaItem type:Article, Access status: Open Access , Benefits from co-pyrolysis of biomass and refuse derived fuel for biofuels production: experimental investigations(2024) Magdziarz, Aneta; Jerzak, Wojciech; Wądrzyk, Mariusz; Sieradzka, Małgorzata
Wydział Inżynierii Metali i Informatyki PrzemysłowejThe application of renewable fuels and waste for energy production is crucial environmentally and economically. Co-pyrolysis of biomass and refuse derived fuel (RDF) offers a promising pathway for valuable products that combine various benefits including enhanced energy recovery, waste valorisation, improved product quality, and environmental sustainability. Consideration of specific feedstocks and optimization of process parameters are necessary to maximise the efficiency and effectiveness of the co-pyrolysis process. This work presents investigations of the co-pyrolysis process of lignocellulosic biomass wastes (rye straw and agriculture grass) and RDF. These biomasses ensure efficient decomposition. The RDF, high in carbon (78.5 %) and hydrogen (11.8 %), was predominantly plastic based. Based on Py-GC-MS studies at 600°C, it was observed that the addition of RDF to biomass caused a significant decrease in the share of organic oxygen compounds among the released decomposition products. Laboratory tests were performed in a fixed-bed reactor for raw biomass and RDF and 1:1 and 3:1 biomass to RDF mass ratio. The results demonstrated that the yield of char production decreased with the addition of RDF, which promoted the bio-oil yield. Despite, RDF pyrolysis meets problems, it was proved that co-pyrolysis of biomass and RDF is a good solution for their utilization.Item type:Thesis, Access status: Restricted , Modyfikacja właściwości RDF pod kątem tworzenia kompozytów(Data obrony: 2020-12-11) Kochan, Aleksandra
Wydział Energetyki i PaliwItem type:Thesis, Access status: Restricted , Piroliza odpadów komunalnych frakcji RDF - analiza potencjału energetycznego otrzymanych produktów(Data obrony: 2020-07-14) Lipińska, Paulina
Wydział Energetyki i PaliwItem type:Article, Access status: Open Access , Potential Use of Municipal Solid Waste Pile in Segawe Landfill (Tulungagung Regency, Indonesia) as Raw Material for Refuse Derived Fuel(Wydawnictwa AGH, 2024) Haruko, Dalila Putri; Trihadiningrum, Yulinah; Wilujeng, Susi Agustina; Radita, Deqi Rizkivia; Bagastyo, Arseto YektiThe Segawe municipal solid waste (SW) landfill in Tulungagung Regency, Indonesia, has currently exceeded its capacity. This study aimed to determine the potential use of dumped SW at the landfill as raw material for the production of refuse derived fuel (RDF). Buried SW samples were collected at a passive zone of the landfill in six locations. The samples were sieved using 10 and 30 mm mesh sieves. A composition analysis was conducted following the ASTM D5231-92 method to sample fractions of greater than 30 mm size. The density was measured according to the weight and volume. The moisture and volatile matter contents were analyzed using the ASTM D2216-10 and D3175-07 methods, respectively. The calorific value was measured using a Parr C3000 bomb calorimeter following the ASTM D5865 method. The buried SW composition was dominated by a fraction size that was greater than 30 mm (79.4%). This fraction was dominantly composed of plastics (71.2%) and had average volatile matter and calorific values which met RDF criteria as a fuel. However, the ash and moisture contents exceeded the standards and, therefore, required appropriate treatments before their applications.Item type:Thesis, Access status: Restricted , Pyrolysis and combustion kinetics of refuse derived fuel and ash characterization(Data obrony: 2017-05-10) Tomasik, Andrii
Wydział Energetyki i Paliw