《環境工程研究》(EER)由韓國環境工程師協會(KSEE)出版，每季一期。能譜分析涵蓋了廣泛的空氣、土壤和水管理的科學和技術，同時強調工業化和城市化過程中遇到的環境問題的科學和工程解決方案。特別是考慮到環境污染的跨學科主題和多區域/全球影響(包括生態系統和人類健康)以及新技術的科學和工程方面。《日刊》的范圍包括以下領域，但不限于:1. 大氣環境與氣候變化:全球和地方氣候變化，溫室氣體控制，空氣質量建模本專題涵蓋廣泛的大氣污染問題，包括全球氣候變化的監測和建模、本地空氣污染的定量評估和解決方案、本地和全球空氣污染影響的相互作用、空氣污染物的減排以及碳中和過程的發展。2. 可再生能源和廢物管理:從廢物、焚燒、填埋和綠色能源中回收能源除了傳統的廢物處理和循環利用，本節還致力于以下具體領域更全面的科學和工程知識:可再生能源生產、廢物轉化為能源技術、廢物資源回收、零廢物、危險廢物處理、與廢物有關的土壤修復和生物炭。3.環境生物技術與生態學:納米生物傳感器、環境基因組學、生物能源、環境生態工程環境生物技術領域包括微生物生理學、微生物群落、基因組/蛋白質組學研究、生物膜、生物修復和生物技術的應用。該領域正在處理的具體主題包括納米/生物傳感器和監測環境有毒物質的傳感系統。環境生態與生態工程領域包括:生態技術;生境重建;恢復生態學;生態系統保護;生態系統恢復;河流修復;濕地恢復;以及生態學的各個方面。4. 理化技術:膜技術及高級氧化本節涵蓋與物理和/或化學方法有關的新環境技術的綜合主題。特別感興趣的主題包括膜過濾、高級氧化、吸附、顆粒過濾、消毒以及水處理的光電化學技術。以上主題的跨學科主題的文章被高度鼓勵。5. 環境系統工程:海水淡化、ICA(儀器、控制、自動化)、水回用本節強調應用系統工程原理解決水資源管理、土壤和地下水污染、綜合環境管理等復雜的環境問題。具體的研究領域如下:理化和生物過程的優化和發展，污染物的監測和控制，污染物命運和運輸的模擬和建模，以及海水淡化和水再利用系統。6. 環境健康與毒理學:微污染物、有害物質、生態毒性、環境風險評估本節涉及環境健康與毒理學的跨學科科學領域，包括環境組學。環境健康與毒理學的各種主題的整合將為改善人類健康和生態系統的可持續性提供新的視角和系統的解決方案。特別感興趣的主題包括新興微污染物、健康危害、環境組學科學、生態毒性和環境風險評估。

The Environmental Engineering Research (EER) is published quarterly by the Korean Society of Environmental Engineers (KSEE). The EER covers a broad spectrum of the science and technology of air, soil, and water management while emphasizing scientific and engineering solutions to environmental issues encountered in industrialization and urbanization. Particularly, interdisciplinary topics and multi-regional/global impacts (including eco-system and human health) of environmental pollution as well as scientific and engineering aspects of novel technologies are considered favorably. The scope of the Journal includes the following areas, but is not limited to:1. Atmospheric Environment & Climate Change: Global and local climate change, greenhouse gas control, and air quality modelingThis topical section covers a wide range of atmospheric pollution issues, including monitoring and modeling of global climate change, quantitative assessment and solutions of local air pollution, interactions of local and global air pollution impacts, emission reduction of air pollutants, and carbon neutral process development.2. Renewable Energy & Waste Management: Energy recovery from waste, incineration, landfill, and green energyIn addition to traditional waste treatment and recycling, this section is dedicated to more comprehensive scientific and engineering knowledge in the following specific areas: renewable energy production, waste-to-energy conversion technologies, resources recovery from wastes, zero waste, hazardous waste treatment, soil remediation related to waste, and biochar.3. Environmental Biotechnology & Ecology: Nano-biosensor, environmental genomics, bioenergy, and environmental eco-engineeringThe Environmental Biotechnology area covers microbial physiology, microbial community, genomic/proteomic studies, biofilm, bioremediation, and applied aspects of biotechnology. Specific topics being dealt with in this area include nano-/biosensors and sensing systems to monitor environmental toxic substances. The Environmental Ecology and Eco-engineering area covers the followings: ecotechnology; habitat reconstruction; restoration ecology; ecosystem conservation; ecosystem rehabilitation; stream and river restoration; wetland restoration; and aspects of ecology.4. Physical & Chemical Technology: Membrane technology and advanced oxidationThis section covers comprehensive topics in novel environmental technologies related to physical and/or chemical approaches. Specific topics of interest include membrane filtration, advanced oxidation, adsorption, granular filtration, and disinfection as well as photoelectrochemical technologies for water treatment. The articles dealing with interdisciplinary topics of above mentioned topics are highly encouraged.5. Environmental System Engineering: Seawater desalination, ICA (instrument, control, and automation), and water reuseThe section emphasizes the application of system engineering principles to solve complex environmental problems, such as water resources management, soil and groundwater pollution, and integrated environmental management. Specific areas of interest are as follows: optimization and development of physicochemical and biological processes, monitoring and control of contaminants, simulation and modeling for the fate and transport of pollutants, and desalination and water reuse systems.6. Environmental Health & Toxicology: Micropollutants, hazardous materials, ecotoxicity, and environmental risk assessmentThis section deals with an interdisciplinary scientific field in environmental health & toxicology including environmental OMICS. The integration of a variety of topics in environmental health & toxicology will provide novel perspectives and systematic solutions for the improvement of human health and ecosystem sustainability. Specific topics of interest include emerging micropollutants, health hazards, environmental OMICS sciences, ecotoxicity, and environmental risk assessment.