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Water management in a concrete plant: Moringa oleifera employment analysis without wastewater treatment and reuse proposal after treatment

机译:在混凝土植物中的水管理:Moringa oleifera在治疗后没有废水处理和重复使用的工作分析

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摘要

The civil construction acivities, great consumers of raw material and water resources, ha demonstrated signs to achieve a sustainable production. In this sector, the management and reuse of residual waters in concrete batchers would contribute in the decrease of negative impacts with relation to environment. However, to make the residual water reuse, viable, it is needed to make its threat, aimming the adequacy of such indicators as, alkalinity, residual free chlorine, hardness, ph and turbidity with the current regulations. Therefore, this article avaluated the possible applications for residual water threated with the use of “moringa oleifera” aqueous extract, obtained by two ways, as: only in distilled water (EAMO) and other in water distilled with calcium nitrate (EAMO/Ca2+) and with aluminium sulfate (Al2(SO4)3) as the chemical coagulant. The analized threats made the decrease of alkalinity to 22% with EAMO/Ca2+ and 16% with the Al2(SO4)3
机译:土木建设的活性,原料和水资源的广大消费者,哈哈展示了迹象,以实现可持续的生产。在这一部门,混凝土间分批人中的残留水域的管理和重用将有助于减少对环境的负面影响。然而,为了使残留的水再利用,可行,需要造成威胁,旨在旨在具有本规则的碱性,残留的游离氯,硬度,pH和浊度的充分性。因此,本文累犯了通过两种方式获得的“辣木oleifera”水提取物威胁的残留水可能的应用,如:仅在蒸馏水(OAMO)和硝酸钙(Eamo / Ca2 +)中蒸馏水中的水中用硫酸铝(Al 2(SO 4)3)作为化学凝结剂。分析威胁与eamo / ca2 +和16%的碱度降低到22%,用Al 2(SO 4)3

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