Turkey were selected as the precursor to production of activated
carbon. The precursors were dried, crushed and sieved to a particle
size fraction of 1.7 mm (seeds) and 5 mm (sawdust). Elemental
composition of materials (carbon, nitrogen, hydrogen, and sulfur)
was determined by using the LECO CHNS-932 elemental analyzer.
The oxygen content was estimated by difference [100 (% C + %
H + % N + % S)]. The proximate and elemental analyses of raw materials
are shown in Table 1. The high carbon, low ash and low sulfur
content of the precursors are positive factors and therefore, these
PWs can be potential starting materials for the production of active
carbon [12,13]. Zinc chloride (98%) and methylene blue (MB) were
obtained from Sigma Aldrich and Park respectively. A commercial
activated carbon (Merck-2183) was used as a reference material.
Turkey were selected as the precursor to production of activatedcarbon. The precursors were dried, crushed and sieved to a particlesize fraction of 1.7 mm (seeds) and 5 mm (sawdust). Elementalcomposition of materials (carbon, nitrogen, hydrogen, and sulfur)was determined by using the LECO CHNS-932 elemental analyzer.The oxygen content was estimated by difference [100 (% C + %H + % N + % S)]. The proximate and elemental analyses of raw materialsare shown in Table 1. The high carbon, low ash and low sulfurcontent of the precursors are positive factors and therefore, thesePWs can be potential starting materials for the production of activecarbon [12,13]. Zinc chloride (98%) and methylene blue (MB) wereobtained from Sigma Aldrich and Park respectively. A commercialactivated carbon (Merck-2183) was used as a reference material.
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