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Adsorption Removal of Azo Dye (Methylene Blue) From Wastewater Using Biomaterials with Kinetic Modeling 利用生物材料吸附去除废水中的偶氮染料(亚甲蓝)并建立动力学模型
Q3 Environmental Science Pub Date : 2024-07-01 DOI: 10.1080/10406026.2024.2373062
Satyajit M. Deshmukh, Sonali R. Dhokpande, Amaya Sankhe, Ajinkya Khandekar
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引用次数: 0
Environmental Impacts of Emissions Streams Within the Ironmaking in Understanding SO X and NO X Formation Using Factsage Software 使用 Factsage 软件了解炼铁过程中 SO X 和 NO X 形成过程中的排放流对环境的影响
Q3 Environmental Science Pub Date : 2024-06-04 DOI: 10.1080/10406026.2024.2357616
Gaurav Kumar, Amit Kumar Gupta
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引用次数: 0
The Just Transition: Retrofit Decarbonization with Modular Nuclear 公正的过渡:利用模块化核电改造去碳化
Q3 Environmental Science Pub Date : 2024-05-15 DOI: 10.1080/10406026.2024.2351894
Chloe Hillson
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引用次数: 0
Determination of Sustainable Factors in Green Supply Chain Management With the Adoption of Green Logistics in the Manufacturing Industry 确定制造业采用绿色物流时绿色供应链管理的可持续因素
Q3 Environmental Science Pub Date : 2024-05-09 DOI: 10.1080/10406026.2024.2347650
S. Karunakaran, Ramasamy Narayanan, M. D. Anand, N. Santhi
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引用次数: 0
Local Climate Action Planning – The Land Use Perspective 地方气候行动规划--土地利用的视角
Q3 Environmental Science Pub Date : 2024-04-14 DOI: 10.1080/10406026.2024.2342389
Maureen Hartwell
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引用次数: 0
Attachment Issues: FERC’s Broad Authority to Attach Conditions to Pipeline Project Approvals 附加条件问题:FERC 在管道项目审批中附加条件的广泛权力
Q3 Environmental Science Pub Date : 2024-04-11 DOI: 10.1080/10406026.2024.2339841
Jack Sherrick
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引用次数: 0
A Sustainable Path Forward: Remedying Flaws in the Basel Convention and India’s Waste Management 一条可持续的前进道路:弥补巴塞尔公约的缺陷和印度的废物管理
Q3 Environmental Science Pub Date : 2023-10-13 DOI: 10.1080/10406026.2023.2267491
Arup Kumar Poddar
AbstractThis research analyses the Basel Convention and India’s waste management systems, highlighting important shortcomings and offering recommendations for enhancement. It takes a look at India’s waste management methods. Waste segregation, incorporating informal workers, and reducing waste are all crucial, as seen by the success of measures in Mysuru, Delhi, Pune, and Sikkim. Recycling, waste-to-energy conversion, and sound policy are highlighted by examples from San Francisco, Germany, Japan, and Sweden. The research provides suggestions for India and possible changes to the Basel Convention to facilitate environmentally friendly, economically viable, and socially equitable waste management. Disclosure statementNo potential conflict of interest was reported by the author(s).Additional informationNotes on contributorsArup Kumar PoddarProf. Dr. Arup Kumar Poddar is a full Professor-in-law at the WB National University of Juridical Sciences (NUJS), Kolkata, India. His email Id: [arup.poddar@nujs.edu]. He has completed Ph.D. in the area connected with Natural Resources Law and Protection at the International and National level. He has a total length of 21 years of teaching experience. Prof. Poddar is the founder and Chief Editor of two online International Journals, they are International Journal of Law and Policy Review, 2012 [ISSN (O) 2278-3156] and International Journal of Legal Studies and Research, 2012 [ISSN (O) 2278-4764]. He has done a research work in the water resource department on “The draft model bill for the protection, conservation, management and regulation of groundwater resources” in the Planning Commission, (2011) Govt. of India. He was the member of the Academy Council of Maharashtra National Law University (MNLU, Mumbai during 2015-16. He was Registrar (Acting) during 2010-11 at NUJS. Prof. Poddar is the Head of the School of Technology Law and Development (STLD) of NUJS. He is the permanent members of Academic Council at NUJS.
摘要本研究分析了《巴塞尔公约》和印度的废物管理系统,突出了其中的重要缺陷,并提出了改进建议。它考察了印度的废物管理方法。从迈苏尔、德里、浦那和锡金的成功措施可以看出,废物分类、吸纳非正规工人和减少浪费都至关重要。旧金山、德国、日本和瑞典的例子强调了回收利用、废物转化为能源和健全的政策。该研究为印度提供了建议,并对巴塞尔公约进行了可能的修改,以促进环境友好、经济可行和社会公平的废物管理。披露声明作者未报告潜在的利益冲突。关于贡献者的说明。Arup Kumar Poddar博士是印度加尔各答WB国立法学大学(NUJS)的正教授。他的邮箱Id: [arup.poddar@nujs.edu]。他在国际和国家一级完成了自然资源法和保护相关领域的博士学位。他有21年的教学经验。波达尔教授是《国际法律与政策评论杂志》(2012)[ISSN (O) 2278-3156]和《国际法律研究杂志》(2012)[ISSN (O) 2278-4764]两本国际在线期刊的创始人和主编。曾在印度政府规划委员会(2011)的水资源部门就“地下水资源保护、养护、管理和监管示范法案草案”进行研究工作。2015-16年,他是孟买马哈拉施特拉邦国立法律大学(MNLU)学院委员会成员。他在2010-11年期间担任NUJS的代理注册主任。波达尔教授是南京科技大学技术法律与发展学院(STLD)院长。他是南京大学学术委员会常任委员。
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引用次数: 0
Notion and Scope of the Concept of Green Economy in National Jurisdictions (in Terms of the Russian Federation) 国家管辖范围内绿色经济概念的概念和范围(以俄罗斯联邦为例)
Q3 Environmental Science Pub Date : 2023-10-13 DOI: 10.1080/10406026.2023.2266693
Aleksey Anisimov, Larisa Rezvanova, Anatoliy Ryzhenkov
AbstractThe article deals with the notion and scope of the concept of green economy widely discussed in legal science. The authors substantiate its relationship with the concept of sustainable development and identify the distinctive features of its implementation at the national level. With respect to Russian conditions, they prove the following main areas of building a green economy: waste management; construction, transport, industry; renewable energy sources; agriculture; use and protection of natural resources. The authors suggest the concept of guarantees of building a green economy, which is a list of conditions for its implementation and protection means, and substantiate three of these conditions (with respect to Russia): environmental digitalization; development of environmental entrepreneurship; preparation of the doctrinal (and in theory regulatorily approved) Concept of Russia’s Transition to a Green Economy, which should define the goals and objectives of this transition, criteria and indicators of the achievement of the goals of a green economy, stages of the transition, budgetary and other financing sources and amounts as well as a list of laws and bylaws ensuring this transition. Disclosure statementNo potential conflict of interest was reported by the authors.Notes1 The Ministry of Natural Resources and Environment of the Russian Federation is the main nature protection authority in Russia (accessed March 21, 2023).2 The Sustainable Development Goals (SDGs) were formulated by the UN General Assembly in the Outcome Document "Transforming our World: the 2030 Agenda for Sustainable Development". They include 17 global goals and 169 relevant targets.3 For example, with respect to forests, they are established in Order No. 21 of February 5, 1998 of the Federal Forestry Service of Russia. If we refer to criterion 1 (maintenance and preservation of the productive capacity of forests), its achievement is determined by several indicators (change in the share of the area of exploitable forests in relation to the total area of forest land (every 5 years), change in the share of the area of forests available for exploitation in relation to the area of land covered with forest, etc.).4 Ref. par. 4 of Executive Order of the Government of the Russian Federation No. 1912-r of July 14, 2021 "Goals and the Main Areas of Sustainable (Including Green) Development of the Russian Federation". In: Legal Reference System "Garant", accessed March 21, 2023.5 Communication from the Commission to the European Parliament, the European Council, the Council, the European Economic and Social Committee and the Committee of the Regions. The European Green Deal. Brussels, 11.12.2019.6 Tailings dams are systems of structures for the storage of waste from works in the area of subsoil use.7 United Nations. Secretary-General's remarks on Climate Change [as delivered]. 10 September 2018
摘要本文论述了法学中广泛讨论的绿色经济概念的概念和范围。作者证实了其与可持续发展概念的关系,并确定了其在国家一级执行的独特特点。就俄罗斯的情况而言,它们证明了建设绿色经济的以下主要领域:废物管理;建筑、交通、工业;可再生能源;农业;利用和保护自然资源。作者提出了建设绿色经济的保障概念,即其实施和保护手段的条件清单,并具体化了三个条件(就俄罗斯而言):环境数字化;环境创业的发展;制定“俄罗斯向绿色经济转型”的理论概念(并在理论上得到监管批准),该概念应确定转型的目标和目的、实现绿色经济目标的标准和指标、转型阶段、预算和其他融资来源和金额,以及确保转型的法律和细则清单。披露声明作者未报告潜在的利益冲突。注1俄罗斯联邦自然资源和环境部是俄罗斯主要的自然保护机构(于2023年3月21日获取)可持续发展目标是联合国大会在《变革我们的世界:2030年可持续发展议程》成果文件中提出的。其中包括17个全球目标和169个相关具体目标例如,关于森林,它们是由俄罗斯联邦林业局1998年2月5日第21号命令规定的。如果我们参考标准1(森林生产能力的维持和保护),其成就是由几个指标决定的(可开发森林面积占林地总面积的比例变化(每5年),可开发森林面积占森林覆盖面积的比例变化,等等)参见俄罗斯联邦政府2021年7月14日第1912-r号行政命令“俄罗斯联邦可持续(包括绿色)发展的目标和主要领域”第4段。见:法律参考系统“Garant”,见2023.5欧盟委员会致欧洲议会、欧洲理事会、理事会、欧洲经济和社会委员会以及区域委员会的信函。《欧洲绿色协议》尾矿坝是用于储存地下使用区域工程废物的结构系统联合国。秘书长关于气候变化的讲话[已发表]。2018年9月10日(2023年3月21日)ICT是指信息和通信技术欧盟委员会与欧洲议会、欧洲理事会、理事会、欧洲经济和社会委员会以及各区域委员会之间的通信。《欧洲绿色协议》物权立法发展的概念。2009年3月18日由俄罗斯联邦民事立法编纂和加强总统委员会主席团推荐;《至2030年生产和消费废物处理、利用和中和产业发展战略》。2018年1月25日俄罗斯联邦政府行政命令批准;1996年4月1日第440号俄罗斯联邦总统令“关于俄罗斯联邦向可持续发展过渡的概念”哈萨克斯坦共和国向绿色经济转型的概念。2013年5月30日哈萨克斯坦共和国总统令第577号批准了《白俄罗斯共和国至2020年绿色经济发展国家行动计划》。白俄罗斯共和国部长会议2016年12月21日第1061号法令批准《俄罗斯数字经济发展构想》(2017年4月)(2023年3月21日)。
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引用次数: 0
45Q: Toward a Stronger Federal Carbon Capture Tax Credit 45问:加强联邦碳捕获税收抵免
Q3 Environmental Science Pub Date : 2023-09-01 DOI: 10.1080/10406026.2023.2252375
Jared Gilmour
Abstract This article explores how 45Q in the U.S. tax code incentivized carbon capture, utilization, and storage (CCS, or CCUS) before President Biden signed the 2022 Inflation Reduction Act (IRA) into law. That legislation increased dollar values, added direct pay, and otherwise enhanced 45Q. The article first explains CCS mechanics and then explores 45Q’s history. Next, it lays out which industries (oil, gas, ethanol, etc.) have claimed the credit, and in what contexts (enhanced oil recovery, saline storage, etc.). Finally, it details updates the IRA adopted and weighs proposals to improve regulatory transparency in environmental monitoring, reporting, and verification.
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引用次数: 0
A Study on Optimum Use of Fly Ash and GGBS in Fiber Cement Sheet to Enhance Sustainable Manufacturing 关于在纤维水泥板中优化使用粉煤灰和 GGBS 以增强可持续生产的研究
Q3 Environmental Science Pub Date : 2023-07-03 DOI: 10.1080/10406026.2023.2282511
M. C. Jena, Sarat Mishra, H. S. Moharana
Abstract The biproducts of different industries must be reused or recycled which will avoid disposal of waste materials in the environment in different forms to protect our environment. Also the hazardous material used for the manufacturing of the products to be eliminated or minimized. In this paper a study has been conducted for optimum use of fly ash generated from power plants and Ground Granulated Blast Furnace Slag (GGBS) generated from steel plants in the manufacturing of fiber cemented roofing sheets. Also different percentages of fly ash, GGBS and pulp were added during the manufacturing of fiber cement roofing sheets in a fiber cement roofing sheet manufacturing plant and the quality of the final product has been tested subsequently in the laboratory to minimize the use of cement and asbestos fiber. Different results have been achieved in different percentages of fly ash, cement, GGBS, wood pulp and asbestos fiber combination. It is found that up to 36% addition of fly ash is acceptable with respect to the quality acceptance criteria of the final product, above 36% degrades the quality of the product which doesn’t meet the BIS: 459 standard requirements. Similarly, 10.38% of GGBS can be added without hampering the quality of the product. Finally, the best combination of raw mix design as per environmental sustainability point of view as well as the economic point of view has been suggested for the sustainable manufacturing of fiber cement roofing sheets.
摘要 不同行业的副产品必须进行再利用或再循环,以避免以不同形式将废料丢弃在环境中,从而保护我们的环境。此外,还必须消除或尽量减少用于制造产品的有害物质。本文就发电厂产生的粉煤灰和钢铁厂产生的高炉矿渣(GGBS)在纤维水泥屋面板生产中的最佳利用进行了研究。此外,在一家纤维水泥屋面板生产厂生产纤维水泥屋面板时,还添加了不同比例的粉煤灰、GGBS 和纸浆,随后在实验室对最终产品的质量进行了测试,以尽量减少水泥和石棉纤维的使用。不同比例的粉煤灰、水泥、GGBS、木浆和石棉纤维组合产生了不同的结果。研究发现,就最终产品的质量验收标准而言,粉煤灰添加量不超过 36% 是可以接受的,超过 36% 则会降低产品的质量,不符合 BIS: 459 标准的要求。同样,添加 10.38% 的 GGBS 也不会影响产品质量。最后,从环境可持续发展的角度和经济角度出发,为纤维水泥屋顶板的可持续生产提出了原材料混合设计的最佳组合。
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Environmental Claims Journal
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