Journal
JOURNAL OF COMPOSITE MATERIALS
Volume 54, Issue 14, Pages 1863-1873Publisher
SAGE PUBLICATIONS LTD
DOI: 10.1177/0021998319888734
Keywords
Biochar; epoxy resin; polymer composites; mechanical properties; olive cuts
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Olive pruning is waste from olive cultivation and is generally disposed of through incineration. Olive pruning can, however, be salvaged by pyrolysis, which also produces an interesting carbon-based material known as biochar. Biochar has been proved as a suitable filler which improves the mechanical properties of epoxy composites. Despite this, literature has few studied focused on the relationship between biochar thermal history and the properties it induces in related biochar containing composites. In this work, we report a morphological analysis of biochar produced at different pyrolytic high treatment temperatures (400celcius, 600celcius, 800celcius, and 1000celcius) using different heating rates (5celcius/min, 15celcius/min, and 50celcius/min). We investigate the effect of different biochar morphology on the biochar epoxy-related composites, proving the tuneability of the mechanical properties of composites according to the thermal history of the biochar employed.
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