The pyrolysis of medlar seeds was performed at 350, 450, 550, and 650 °C with without K2CO3, MgO, expanded perlite (10 wt%). maximum dichloromethane extract yield (6.70 wt%) obtained 450 in the experiments catalyst, while bio-oil (50.3 presence perlite. yields decreased noticeably use MgO K2CO3. bio-oils from non-catalytic runs mainly consisted phenolic compounds. catalysts had a noticeable eff...

Organic waste is generally characterized by high volume-to-weight ratios, requiring implementation of minimization processes. In the present study, decomposition high-density polyethylene (HDPE), was studied under thermal and catalytic pyrolysis conditions on two experimental systems. Firstly, pyrolytic for HDPE were optimized in a laboratory-scale batch reactor. order to maximize gas yields mi...

Abstract The increasing generation of plastic wastes forces us to search for final disposal technologies environmentally friendly such as pyrolysis, which becomes an interesting technique because it takes advantage the obtaining important products. In addition, catalytic pyrolysis by using commercial catalysts, e.g. zeolites, alumina or recovered from other industrial processes, allows decrease...

Catalytic hydrotreatment (HT) is one of the most important refining steps in actual petroleum-based refineries for production fuels and chemicals, it will play also a crucial role development biomass-based refineries. In fact, utilization HT processes upgrading biomass and/or lignocellulosic residues aimed to synthetic chemical intermediates represents reliable strategy reduce both carbon dioxi...