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The objective of this study was to stabilize of zinc (Zn) from soil to pyrolysis solid product. For this aim, phytoremediation and pyrolysis were sequentially applied. In the first stage of the study, phytoremediation was first applied to zinc contaminated soil via  sunflower ( Helianthus annuus ), corn ( Zea mays ) and rape ( Brassica napus ), After harvesting, the plants were pyrolyzed at 500°C with the heating rate of 35 °C/min in a fixed bed stainless steel (380 S) 240 cm 3 reactor. The phytoremediation results indicated that high phytoremediation efficiency (79%) were observed. Beside the main property analyses, Zn content and Toxicity Characteristic Leaching Procedure (TCLP) analysis were performed on the pyrolysis solid and liquid products. According to pyrolysis results, Zn content of the contaminated biomass species is fixed into the ash/char fraction.

CENGİZ AYTMATOV’UN ELVEDA GÜLSARI, DİŞİ KURDUN RÜYALARI, EBEDİ GELİN: DAĞLAR YIKILDIĞI ZAMAN ROMANLARINDA HAYVAN ZİHNİ