ANALISIS POTENSI TANAMAN HUTAN INDUSTRI SEBAGAI AGEN FITOREMEDIASI CEMARAN LOGAM BERAT ASAL ABU TERBANG

Fikri Daryat
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Abstract

            Analysis of the ability of industrial forest plants such as A. crassicarpa and A. mangium can act as phytoremediation agents in absorbing heavy metals (Cd, Co and Pb) contained in coal-burning fly ash boilers that can be used as peat soil ameliorants. Provision of fly ash on peat soils has potential to pollute the soil. The purpose of this study was to analyze the effectiveness of forest indutrial plants in reducing heavy metal content in soils contaminated with fly ash and to estimate how much economic valuation is valued for the phytoremediation ability of acacia plants in the case of heavy metal contamination from pulp industry activities and paper.The results of the analysis of the ability of industrial forest plants in absorbing heavy metals show that A. crassicarpa is better at absorbing Pb metal, A. mangium is better at absorbing Co metals and Cd metal showed no significant difference between the two types of industrial forest plants
分析潜在的工业林木植物作为一种试剂,从火山灰中提取重金属
分析了工业森林植物芒草、芒草作为植物修复剂对燃煤飞灰锅炉中重金属Cd、Co、Pb的吸收能力,并将其作为泥炭土改良剂。在泥炭土上提供粉煤灰有可能污染土壤。本研究的目的是分析森林工业植物在减少粉煤灰污染土壤中重金属含量的有效性,并估计在纸浆工业活动和造纸重金属污染的情况下,金合欢植物的植物修复能力的经济价值。工业森林植物对重金属的吸收能力分析结果表明,十字花科植物对Pb金属的吸收能力较好,马钢对Co金属的吸收能力较好,Cd金属的吸收能力在两种工业森林植物间无显著差异
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