首页> 外文会议>NATO Advanced Research Workshop on Environmental Heavy Metal Pollution and Effects on Child Mental Development >A HEAVY METAL ENVIRONMENTAL THREAT RESULTING FROM COMBUSTION OF BIOFUELS OF PLANT ORIGIN
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A HEAVY METAL ENVIRONMENTAL THREAT RESULTING FROM COMBUSTION OF BIOFUELS OF PLANT ORIGIN

机译:由植物来源的生物燃料燃烧产生的重金属环境威胁

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Several assessments of the potential biomass supply in Europe show that the best means of biomass production are growing energy crops on agricultural land. Cultivation of energy crops on agricultural areas might lead to accumulation of heavy metals in plant tissues and reemission of contaminants into the atmosphere during combustion. The goal of the present study was to assess how soil contamination influences heavy metals accumulation in energy plant tissues. The current paper presents the results of screening of selected plants (Spartina pectinata, Miscanthus sp., Helianthus tuberosus, Elymus elongatus) conducted in uncontaminated region of Poland (North-Eastern part of the country) aimed at finding natural abilities to uptake small amounts of heavy metals and accumulate is in the plant tissue. Based on this screening, Miscanthus sp. was tested on heavy metal contaminated arable soil in Southern Poland. This species accumulates high amounts of metals what may cause high emission of contami-nants during biomass combustion.
机译:欧洲潜在生物量供应的几项评估表明,最佳生物质生产手段正在越来越多的农业土地能源作物。农业领域的能源作物培养可能导致植物组织中的重金属积聚,并在燃烧过程中再次污染物进入大气中。本研究的目的是评估土壤污染如何影响能量植物组织中重金属积累。目前的论文介绍了在波兰(国家东北部)的未污染地区进行的选定植物(Spartina pectinata,Miscanta,Miscanthus,Elymus Elongatus)的结果旨在找到对少量吸收少量的自然能力重金属和积聚在植物组织中。基于该筛查,Miscanthus sp。在波兰南部的重金属受污染的耕地上进行了测试。该物种积累了高量的金属可能导致生物量燃烧期间可能导致污染物的高排放量。

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