Tumbuhan Echinodorus Radicans Dan Sagittaria Lancifolia Sebagai Fitoremediator Detergen Dan Logam Berat

R. Irawanto
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Abstract

Indonesia is a tropical country that wellknow as mega-biodiversity, but a small diversity is known and utilized. The predicate as mega biodiversity country, now augmented with predicate as hot spot country, a term that high levels of forest destruction and loss biodiversity. Others high development efforts that ignore of environmental aspects, improving the quality and quantity of various types of pollutants, which directly or indirectly will affect the environment. Water pollutants came from, agricultural and industrial wastewater domestic that polluted rivers. While the condition of waste water is still directly discharged into the drainage channel that will lead to water bodies without processing. The concept of using plants as natural technologies framework to solve environmental problems are known as phytotechnology. One of phytotechnology application is phytoremediation. Phytoremediation is used of plants process in restoring environmental quality from pollutants that contaminate environmental. Given the potential of aquatic plants as phytoremediators, the effort to conserve the aquatic plants diversity in Purwodadi Botanic Garden (PBG) is very important. Therefore, research related to phytoremediation using aquatic plants needs to be done. This study aims to determine the ability of aquatic plants Echinodorus radicans and Sagittaria lancifolia in phytoremediation of organic wastewaste (detergent) and inorganic wastewaste (heavy metals). This research is descriptive with observation and experimental, based on literature study, observation on aquatic plants collection and green house experiment at PBG, and laboratory analysis in Universitas of Brawijaya. Aquatic plants from PBG are Echinodorus radicans and Sagittaria lancifolia based on previous studies are known to have potential in wastewater treatment, not only form river quality but also used in household treatment, leachate, water treatment plant installation, industrial leather waste, slaughterhouses, tofu industry, even hospital wastewater. While the test results of heavy metal content such as Cd, Cr, Cu, Hg and Pb is known to exist and accumulated in plant leaf tissue in fields. Also evidenced by results of morphological and experimental observations in PBG greenhouses using both species, has demonstrated its ability in phytoremediation against organic contaminants and heavy metal. Keywords: Phytoremediation, Echinodorus radicans, Sagittaria lancifolia, Wastewater.
印度尼西亚是一个热带国家,以其巨大的生物多样性而闻名,但已知和利用的多样性很少。“超级生物多样性国家”的谓语,现在增加了“热点国家”的谓语,即森林破坏和生物多样性丧失程度高的国家。其他高度发展的努力忽视了环境方面,改善了直接或间接影响环境的各类污染物的质量和数量。水污染物来自农业和工业废水,这些废水污染了河流。而废水的状况仍然是直接排入排水渠,将导致水体未经处理。利用植物作为自然技术框架来解决环境问题的概念被称为植物技术。植物修复是植物技术的应用之一。植物修复是指植物从污染环境的污染物中恢复环境质量的过程。鉴于水生植物作为植物修复剂的潜力,保护普沃达迪植物园水生植物的多样性是非常重要的。因此,需要开展利用水生植物进行植物修复的相关研究。本研究旨在研究水生植物刺毛虫(Echinodorus radicans)和矢马蒿(Sagittaria lancifolia)对有机废物(洗涤剂)和无机废物(重金属)的修复能力。本研究以文献研究、PBG水生植物采集观察和温室实验、Brawijaya大学实验室分析为基础,采用观察与实验相结合的描述性研究方法。根据以往的研究,PBG的水生植物为棘毛虫(Echinodorus radicans)和毛叶人马座(Sagittaria lancifolia),它们在废水处理方面具有一定的潜力,不仅可以形成河流水质,还可以用于家庭处理、渗滤液、水处理厂安装、工业皮革废料、屠宰场、豆腐工业,甚至医院废水。而检测结果显示,田间植物叶片组织中存在Cd、Cr、Cu、Hg、Pb等重金属含量并有积累。在使用这两种植物的PBG温室中进行的形态学和实验观察结果也证明了其对有机污染物和重金属的植物修复能力。关键词:植物修复,棘毛虫,矢车菊,废水
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