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51.
废弃印刷线路板(WPCBs)既有污染环境的一面,又有可资源化回收利用的一面。通过机械物理法、热解、超临界流体氧化和离子液体溶解等方法对其进行分离和回收金属和非金属材料。初步分选的金属需要进一步提纯以实现高附加值。而非金属材料可以用热解法、微波处理、超临界流体技术、等离子技术等技术进行产气和能量回收,也可以通过制备建筑材料或填料和其它功能村料进行物料回收。总之,对WPCBs进行适当地处理不但可以减轻环境压力,还可以变废为宝,实现资源再生利用。 相似文献
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Xiuhua LI Haibo ZHANG Yongming LUO Ying TENG 《Frontiers of Environmental Science & Engineering》2014,8(2):277-283
Polychlorinated biphenyls (PCBs) were removed by low-temperature plasma technique (dielectric barrier discharge) from heavily polluted soil and their intermediate products were analyzed. The removal rate ranged from 40.1 to 84.6% by different treatments, and they were also influenced significantly (P 〈 0.01) by soil particle-size, electric power, gas flow rate and reaction time. The optimal reaction conditions of PCB removal from the soil were obtained experimentally when soil particle-size, electrical power, flow rate and reaction time were 5-10mm, 21w, 120mL. rain and 90rain, respectively. However, decreasing electrical power, flow rate and reaction time to 18 w, 60 mL. min- and 60 min respectively were also acceptable in view of the cost of remediation. This technique was characterized by the additional advantage of thorough oxidation of PCBs in the soil, with no formation of intermediate products after reaction. The technique therefore shows some promise for application in the remediation of soils contaminated with persistent organic pollutants in brown field sites in urban areas. 相似文献
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根据文献方法获得抗共面多氯联苯(Co-PCBs)的重组抗体的轻链、重链基因序列,并用柔性连接肽(Gly4Ser)3进行连接.然后将获得的重组抗体基因序列通过克隆、表达、纯化、复性等手段得到纯度大于95%的Co-PCBs抗体.最后将Co-PCBs抗体组装到金膜表面,制备成检测用的蛋白芯片,并应用表面等离子共振技术(SPR)对共面多氯联苯中的PCB126进行了检测.结果显示,得到的Co-PCBs抗体特异性强,而且SPR检测方法测定PCB126的检测限为5×10-4pg·L-1,达到环境中Co-PCBs的超痕量检测水平要求.整个检测过程方便快捷、样品用量少、灵敏度高,可为环境中多氯联苯的实时检测研究提供指导. 相似文献
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Koji Inoue Hiroshi Okano Yukihiko Yamagat Katsunori Muraok Yasutake Teraoka 《环境科学学报(英文版)》2011,23(1):139-144
The adsorption/plasma decomposition with the combination of adsorption honeycomb-sheets and a plasma element is a new
technology for small-sized apparatuses to decompose volatile organic compounds (VOCs) at concentrations lower than about 100 ppm.
The feasibility of the prototype adsorption/plasma decomposition apparatus was evaluated with the simulated exhausts containing one
VOC component and with real exhausts from a painting booth and an adhesion factory. The apparatus decomposed VOCs e ectively at
the painting booth exhaust but not always satisfactorily at the adhesion factory exhaust. The performance test results with real exhausts
were discussed with respect to the concentration and discharge pattern of the exhausts and the basic properties of the system such as
cooperation of adsorption and plasma reaction and the concentration dependence of the performance. 相似文献
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恶臭污染是大气、水、废弃物等物质中的异味通过空气介质作用于人的嗅觉思维而感知的一种感知(嗅觉)污染[1]。除硫化氢和氨外,这些恶臭物质大都为有机物,而且是挥发性有机物(VOCs)。本方案提供了一套通用的恶臭异味治理装置,针对恶臭异味的化学组分,从根本上治理恶臭废气污染。 相似文献