Application of Whole Membrane Water Treatment Technology in Environmental Protection

In the current social development of our country,environmental protection has become a key content,and water treatment process is a key step to achieve environmental protection.This paper analyzes the application of whole membrane water treatment technology in environmental protection.It is hoped that this analysis can be helpful for the rational application of the whole membrane water treatment technology and the improvement of environmental protection quality.

A Grey Water Dam Design for the Treatment and Reuse of Grey Water from Single and Multiple Households

An innovative design for the treatment and reuse of grey water is presented in the form of a grey water dam which is an outgrowth of the vertical grey water tower. A hydraulic equation has been formulated and is presented in this paper which is used to determine the seepage path within the grey water dam, and determine the dimensions of the dam components. The hydraulic equation model also helps in avoiding soil piping problems by keeping the phreatic line within the grey water dam. Vegetables are planted around the surface of the dam as a reuse option while helping recycling of water in the form of evapotranspiration. A successful pilot trial of this dam was run in Mnyamatsini area in Swaziland which can accept grey water from multiple households.

Advanced Technologies for Volatile Organic Compound (VOC) Emission Treatment: An Overview

This paper presents a comprehensive overview of various advanced technologies employed in the treatment of volatile organic compounds(VOCs),which are crucial pollutants in industrial emissions.The study explores different methods,including direct combustion,thermal combustion,catalytic combustion,low-temperature plasma purification,photocatalytic purification,membrane separation,and adsorption methods.Each technology is critically analyzed for its operational principles,efficiency,and applicability under different conditions.Special attention is given to adsorption concentration and catalytic combustion parallel method,highlighting its efficiency in treating low-concentration,high-volume VOC emissions.The paper also delves into the advantages and limitations of each method,providing insights into their effectiveness in various industrial scenarios.The study aims to offer a detailed guide for selecting appropriate VOC treatment technologies,contributing to enhanced environmental protection and sustainable industrial practices.

Review of wastewater treatment technologies,soil and water conservation measures in nuclear power plants,and inspirations to Fukushima accident

[Background]The previous studies suggest that radioactive elements like Cs and Sr may adversely affect marine ecosystems and the fishing industry.Traditional treatment systems for radioactive wastewater like the Advanced Liquid Processing System(ALPS)and Kurion have faced challenges in limiting concentration and achieving safety criteria.Studies suggest potential long-term impacts on benthic organisms and seafood networks due to radioactive elements like Cs and Sr from the discharged radioactive wastewater,which may hinder post-disaster recovery and provoke economic losses in the fishing industry both domestically and internationally.A series of studies indicate that there are issues of Cs and Sr pollution migration in soil and water conservation in Fukushima.[Methods]To provide feasible solutions,the main article includes five nuclear wastewater treatment technologies,and soil and water conservation measures for different media(water and soil)were evaluated through reviewing the previous fifteen years'articles.To provide feasible solutions,the main articles,the phytoextraction technologies in Cs and Sr treatment within different land use areas were wildly analyzed(Camellia japonica,Arabidopsis halleri and other local species).[Results]1)A 99.9%removal rate for Cs^(+)and 99.5%for Sr^(2+)was achieved by the KFe[Fe(CN)_(6)]and BaSO_(4)co-precipitation method.2)For membrane filtration,Sr^(2+)and Cs^(+)were removed using metal-organic framework(MOF/graphene oxide)and ion exchange techniques using inorganic materials like titanosilicates.The absorption efficiency of membrane filtration for Sr^(2+)and Cs^(+)was at least 92%and 94%,respectively.The study analyzed soil and water conservation technologies in different land uses,river basins and catchments.3)The underground water treatment mainly were completed via the membrance technologies like reverse osmosis and Permeable Reactive Barriers(PRB)technologies.The ^(90) Sr concentration decreased 77%-91%compared to the initial concentration by PRB technology.These diverse methods offered effective strategies for radioactive wastewater treatment,especially the co-precipitation method may be feasible remediation measures to ensure ecological safety surrounding nuclear power utilizing areas.Soil and water conservation measures for soil pollution treatment mainly focused on the use of stabilizers to hinder the migration of Cs and Sr in the soil and the effects of wind erosion such as interpolyelectrolyte complexes.[Conclusions]We evaluated the pollution of Cs and Sr in the Fukushima nuclear radiation soil and water to provide solutions for the treatment of nuclear wastewater and to prevent radionuclide pollutants from migrating into the soil and water.

Development of low-and non-waste technologies in China

Water pollution is one of the most serious environmental problems in China. In order to reduce the discharge of waste water per RMB 1000 Yuan of the industrial output value, the author offered a proposal on the development of low-and non-waste technologies as follows: 1. Changing distribution and structures of industrial production; 2. Innovation in techniques and eliminating industrial wastewater in the process of manufacture; 3. Comprehensive utilization of wastes and wastewater; 4. Strengthening environmental management and supervision of industrial enterprises.

固体废物资源化技术的研究与应用

本文旨在探讨固体废物资源化技术的研究与应用,重点关注了皮革制造业中的环保科技创新。通过对废弃皮革和废皮革工业废物的处理和再利用,本研究展示了如何将废物转化为宝贵的资源,并减少对自然资源的依赖。本文还介绍了一系列废物资源化技术,包括废皮革的化学处理、物理分离和生物降解等方法,考察了这些技术在实际生产中的应用,以及对环境保护和可持续发展的潜在影响。本文的研究结果将有助于推动皮革制造业的绿色转型,从而减少废物排放,降低生产成本,提高资源利用效率。

环保处理技术在纺织印染中的应用及分析

随着国家环保标准的收紧,人们的资源回收意识增强,纺织印染废水的处理受到越来越多的关注。文章综述了目前国内纺织印染行业污染的排放特点及行业内处理纺织印染废水所采取的主要方法和关键技术,分析了相关技术所针对的水体类型及其在水回收效率、达标排放等方面的优缺点,为环境保护、节能减排提供借鉴与思路。

石油化工废水处理技术的研究与实践

石油化工行业是现代工业发展中的重要支柱产业,然而,其废水排放对环境造成了严重的污染问题。石油化工废水中含有大量的有机物、重金属和难降解物质,对水体和生态环境造成了严重威胁。本文将从多个维度深入探讨石油化工废水处理技术,旨在为解决废水排放问题提供有效途径。本研究总结出了一套高效、可行的石油化工废水处理技术方案,实现了废水资源的最大化利用,对于提高石油化工废水处理效率,保护环境健康具有重要指导意义。

探究快速溶剂萃取技术在水环境监测中的应用

水环境污染当前已成为影响自然环境与人类生活环境的主要污染问题。基于此,立足水环境监测,探究快速溶剂萃取技术的应用,并以地表水为实例,分析快速溶剂萃取-GC/MS法在地表水中的检测应用。分析结果表明该方法操作简单,适用于地表水中农药污染监测。

城市生活污水资源化利用与环保技术研究

城市生活污水资源化利用与环保技术研究是当前环境保护领域的热点问题。本文旨在探讨如何有效利用城市生活污水资源,减少环境污染,同时实现资源的高效利用。通过对城市生活污水资源的收集、处理和再利用,可以将其转化为有价值的资源,如用于农业、工业和城市绿化等领域。此外,环保技术的应用可以进一步减少污水对环境的影响,提高水资源的可持续利用率。本文介绍了城市生活污水资源化利用和环保技术的研究现状和方法,并探讨了未来的研究方向并提出了建议。

环境检测技术在水质、监测中的应用研究

随着工业化进程的加速和城市化水平的提升,环境污染问题日益严重。环境检验检测是重要的手段,用于识别和控制污染,在污染源监测与治理中发挥着关键作用。然而,环境检验检测仍面临检测技术、数据标准化和监测网络等方面的挑战。基于此,文章对环境检验检测在污染源监测与治理中的作用进行了深入分析,并提出了相应的对策建议,以期提高环境检验检测能力,从而有效应对环境污染问题,促进可持续发展。

水环境监测与污水处理技术分析

水环境监测与污水处理技术是维护水质安全和水生态平衡的重要手段。本文首先探讨了水环境监测的重要性,随后对当前的水环境监测技术和污水处理技术进行了详细分析,并对这些技术在实际应用中的现状进行了评价,对未来的发展趋势做出了预测。最后,本文得出结论,指出了水环境监测与污水处理技术发展的必要性及其在环境保护中的重要作用。

水质环境监测中微生物检测技术的应用分析

水资源是我国国民经济和社会发展的重要基础,水质环境监测对于保障水资源安全和水环境保护具有重要意义。微生物检测技术作为一种快速、准确、灵敏的水质监测手段,已经在我国水质监测领域得到广泛应用。为了更好地提高微生物检测效果,提高我国水质环境监测的有效性,本文将采取文献综述以及实践研究方法来对当前常用的微生物检测技术进行分析,并比较其优缺点,旨在为我国水质环境保护提供科学依据。

论超滤膜技术在环境工程水处理中的应用分析

随着社会的不断发展和工业化进程的加快,水资源的污染和短缺问题日益突出,环境工程领域对高效、可靠的水处理技术的需求也日益迫切。在众多水处理技术中,超滤膜技术因其独特的特点在环境工程中得到了广泛应用,超滤膜技术是一种基于膜分离原理的水处理技术,具有高效、经济、环保等优点。文中将详细分析超滤膜技术在环境工程水处理中的应用,并探讨其优化措施,以期为水处理领域的实际应用提供科学依据。

自然资源问责审计对水污染治理效率的影响研究

作为一项重大的改革措施,领导干部自然资源资产离任审计(简称“自然资源问责审计”)在推进环境保护、资源节约方面具有重要作用。基于2005—2017年我国271个城市的面板数据,使用双重差分模型考察自然资源问责审计与水污染治理效率之间的关系。研究表明:自然资源问责审计的实施显著提高了水污染治理效率,经过一系列稳健性检验,结果依然成立。进一步研究发现,中央环保督察是自然资源问责审计提高试点城市水污染治理效率的调节机制。在南方地区与水污染治理效率较低的地区,自然资源问责审计发挥的作用更加显著,且与动态面板数据估计方法的结果与之吻合。因此,加强自然资源问责审计结果运用、强化地方官员水污染治理主体责任意识、实施动态的差异化政策,有助于推动我国水污染防治。

绿色环保理念下的污水处理与中水利用技术要点分析

传统污水处理方法侧重于达标排放,而忽视水资源的再利用,导致大量可再生水资源浪费。在绿色环保理念指导下,现代污水处理技术不仅追求高效净化水质,更强调资源的循环利用。基于此,阐述绿色环保理念,探讨其在污水处理与中水利用技术中的具体应用,旨在为相关领域的技术进步提供实践参考。

环保型水处理化学品和水处理技术探讨

为积极应对水资源短缺与水污染问题,合理应用环保型水处理化学品、科学运用多种水处理工艺很有必要。论文总结了环保型水处理化学品在水处理中的应用现状,分析了高锰酸钾、高铁酸钾、天然有机物等常见的环保型水处理化学品,同时,介绍了超声净化技术、高级氧化技术、反渗透水处理技术、超滤膜等水处理技术应用措施。

微生物技术在医院污水处理中的应用与效果评估

医院污水中含有大量的病原体、耐药菌和有机污染物,其处理是否安全高效不仅关系到水体的环境质量,也直接影响到公共健康安全。因此,文章针对微生物技术在医院污水处理中的作用机理、应用实践和效果评估展开探讨,旨在推动微生物技术在环境治理领域的深入应用,促进环境质量的改善。

聚甲醛生产工艺的节能与环保技术研究及应用分析

介绍了聚甲醛生产工艺的节能与环保技术。从聚甲醛生产工艺的能耗分析与评估、节能技术、节能反应器的设计与优化、环保技术、综合节能与环保技术等方面进行了详细分析,以期实现聚甲醛生产工艺效率提高、生产成本降低、过程能源节约和环境污染减少,推动聚甲醛生产工艺的可持续发展。

西气东输三线七标段项目秦岭段生态环境保护实践

西气东输三线七标段项目穿越秦岭环境敏感区,该区域生物多样性丰富,植被覆盖率高,是重要的水源地,因此对项目施工作业过程中环境保护的要求非常高。文章根据项目施工作业特点和周边环境情况,从专项方案制定、防止水土流失、防止水污染、防止设备设施污染、防止有毒有害固体废物污染等方面着手,提出了切实可行的保护生态环境的组织、管理、技术手段。在最大程度上减少了项目施工作业对周边环境的影响,使项目绿色环保工作平稳有序进行。同时分析了当前工作存在的不足,指出下一步在施工方案优化、植被恢复、节能减排、技术创新、宣传培训等方面需要加强。