木屑改性红木磁铁矿(Fe3O4)生物炭降低蜡染中铬金属含量

Nova Restu Nur Ardiyanto, Try Nur Arisky, Baiq Milla Fadilla
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引用次数: 1

摘要

本研究将突出红木生物炭作为蜡染废水中Cr (VI)吸附剂的效力。吸附法是处理某些类型废物的好方法。活性炭是一种很有前途的吸附剂。活性炭可以由含有高碳基有机化合物如纤维素和半纤维素的材料制备。红木中纤维素、全纤维素、半纤维素和木质素的含量分别为47.26%、74.63%、23.37%和25.82%。富含碳的有机化合物是制备生物炭的良好原料。生物炭是一种多孔木炭物质(多孔)。生物炭磁性材料对蜡染废水中金属Cr (VI)的还原效果显著。本研究认为,红木具有与其他木材几乎相同的特性,可以作为生物炭吸附蜡染废弃物中铬(VI)的原料。
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Biochar From Sawdust Modified Mahogany Magnetite (Fe3O4) to Reduce Chromium Metal Levels in Batik
This study will highlight the potency of Mahogany wood biochar as an adsorbent for Cr (VI) in Batik wastewater. Adsorption is a good method for the treatment of certain types of waste. One promising adsorbent is activated carbon. Activated carbon can be prepared from materials that contain high carbon-based organic compounds such as cellulose and hemiscellulose. Mahogany wood contains a lot of content such as cellulose, holocellulose, hemicellulose and lignin respectively 47.26, 74.63, 23.37 and 25.82 in percent. The organic compounds contained rich Carbon are good raw material for biochar preparation. Biochar is a porous wood charcoal substance (porous). Biochar magnetic was remarkable material to reduce metal Cr (VI) from Batik wastewater. This study was concluded that Mahogany wood characteristics that are almost the same as other wood could potentially be used as raw materials for biochar for adsorption Cr (VI) from batik waste.
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