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Níveis e origem da acidifica??o das chuvas na regi?o do Rio Grande, RS
Mirlean, Nicolai;Vanz, Argeu;Baisch, Paulo;
Química Nova , 2000, DOI: 10.1590/S0100-40422000000500004
Abstract: the current article presents the first data on physical-chemical parameters of wet precipitation collected at single collection point in the city of rio grande, during the period of 12 months in 1997-1998. the employed technique of rainwater separation into several portions made clear the process of the atmosphere self-purification during a precipitation event. the ph of rainwater depends on the extent of industrial emissions and increases during a precipitation event. the first portion of rainwater shows an obvious neutralizing effect of soil and ocean-derived components, whose intensity depends on the duration of the preceding dry period.
Níveis e origem da acidifica o das chuvas na regi o do Rio Grande, RS
Mirlean Nicolai,Vanz Argeu,Baisch Paulo
Química Nova , 2000,
Abstract: The current article presents the first data on physical-chemical parameters of wet precipitation collected at single collection point in the city of Rio Grande, during the period of 12 months in 1997-1998. The employed technique of rainwater separation into several portions made clear the process of the atmosphere self-purification during a precipitation event. The pH of rainwater depends on the extent of industrial emissions and increases during a precipitation event. The first portion of rainwater shows an obvious neutralizing effect of soil and ocean-derived components, whose intensity depends on the duration of the preceding dry period.
Impact of Industrial Symbiosis on Sustainability  [PDF]
Ashok Kumar Pandey, Ravi Prakash
Open Journal of Energy Efficiency (OJEE) , 2019, DOI: 10.4236/ojee.2019.82006
Abstract: This paper quantitatively examines the impact of industrial symbiosis on sustainability. The quantitative approach, as developed by the authors, is based on the concept of Industrial Sustainability Index (ISI), which represents the socio-economic benefit of an industry per unit of its carbon emissions. The ISI was evaluated for a chemical production plant both in independent and symbiotic modes with different energy technologies. The ISI value for the chemical production plant in independent mode was found to be 6 units. This was three times more than in the case of the existing symbiotic mode with an adjacent pulp & paper industry having coal fired CHP plant. With the adoption of more energy efficient technologies e.g. natural gas based combined cycle power plant and solar PV electricity generation; the ISI in the modified symbiotic mode can be increased to 18 units. The results indicate that industrial symbiosis can help in sustainability improvement when the technologies used by the industries are energy efficient.
Industrial Sustainability Index and Its Possible Improvement for Paper Industry  [PDF]
Ashok Kumar Pandey, Ravi Prakash
Open Journal of Energy Efficiency (OJEE) , 2018, DOI: 10.4236/ojee.2018.74008
Abstract: This paper proposes a new index for assessing sustainability of the industrial sector i.e. the Industrial Sustainability Index (ISI) and demonstrates its utility by applying it to an energy intensive industry. The proposed index incorporates all the three major dimensions of sustainability viz. economic, environmental, and social. It represents the socio-economic benefit of an industry per unit of its carbon emissions. The specific energy consumption or energy intensity (with commensurate carbon emissions), which is usually reported as a measure of environmental impact of various industries, does not include the social and economic parameters. The proposed ISI also overcomes the difficulties in assessing specific energy consumption such as allocation in case of multiple products and its variability with the type and scale of production. To illustrate, the proposed index has been evaluated for a typical paper industry in India. Further, opportunities for its improvement by fuel substitution and repowering through combined cycle power generation have been examined. With existing ISI of 16 units to an improved ISI of 78 units, approximately five times improvement in ISI was observed, indicating a potential for significant improvement in industrial sustainability through such measures.
镇江市产业结构与碳排放耦合协调发展分析
Analysis on the Coordinated Development of Industrial Structure and Carbon Emission in Zhenjiang City
 [PDF]

刘志荣, 卢娜, 邱乐涵, 吴鑫淼, 周凯
Sustainable Development (SD) , 2019, DOI: 10.12677/SD.2019.93050
Abstract:

在低碳经济发展背景下,本文以全国低碳试点城市——镇江市为研究对象,首先从人均碳排放量、碳排放密度、碳排放强度和碳生产力四个方面综合衡量碳排放水平;然后对镇江市产业结构高级度、合理度、集中度进行计算;接着分别对镇江市的碳排放水平和产业结构的高级度、合理度、集中度进行耦合协调分析。结论如下:1) 碳排放水平及其各指标地区差异明显,碳排放水平由高到低依次是市辖区、句容市、丹阳市、扬中市。2) 产业结构分布在各地区之间也表现出了巨大的差异性,三个维度相对高水平的是丹阳市,其次是扬中市、市辖区、句容市。3) 镇江市各地区整体耦合协调度偏低,碳排放水平与产业结构演化没有协调发展,且空间呈现很大的不均衡态势。最后,本文对镇江市如何实现产业结构调整与碳排放的高质量耦合协调发展提出政策建议。
In the context of low-carbon economy development, this paper takes Zhenjiang City, a low-carbon pilot city in China, as the research object. Firstly, it comprehensively measures carbon emission levels from four aspects: per capita carbon emissions, carbon emission density, carbon emission intensity and carbon productivity. The high-level, rationality and concentration of industrial structure in Zhenjiang City were calculated. Then, the carbon emission level of Zhenjiang City and the advanced degree, rationality and concentration of industrial structure were analyzed and co-ordinated. The conclusions are as follows: 1) The carbon emission level and its various indicators are significantly different. The order of carbon emission from high to low is the municipal district, Jurong City, Danyang City and Yangzhong City. 2) The distribution of industrial structure has also shown great differences among different regions. The three levels are relatively high in Danyang City, followed by Yangzhong City, Municipal District and Jurong City. 3) The overall coupling coor-dination degree of Zhenjiang City is low, the carbon emission level and the industrial structure evolution are not coordinated, and the space presents a large imbalance. Finally, this paper pro-poses policy recommendations on how Zhenjiang City can achieve high-quality coupling and coor-dinated development of industrial structure adjustment and carbon emissions.

Evaluation of Effluent Discharge from Steel Manufacturing Industries on the Proliferating Environmental Degradation in Nairobi Metropolitan in the Republic of Kenya  [PDF]
Patrick K. Kiongo, Catherine Njoki Wahome, Peter Muli Muthama, Jeniffer Muhonja, Linah Ngumba, Feisal Hassan, Evans Momanyi
Journal of Geoscience and Environment Protection (GEP) , 2021, DOI: 10.4236/gep.2021.99011
Abstract: The overall objective of this study was to establish the effects of steel industrial effluent on Nairobi metropolitan water system and its impact to the society. The study sought to identify various types of wastes produced by factories, assess how the waste generated is managed and disposed, examine the effects of effluent discharge on Nairobi River and finally propose mitigation measures. The research adopted a qualitative design and employed a number of methods: direct observations, document reviews to content analysis of the past studies, which in the end generated invaluable data. The study revealed that there are four categories of waste generated: solid waste, liquid waste, footbath chemicals as well as thermal wastes. It was also found that waste management in place was not effective enough leading to water and soil pollution. Other causes of pollution were found out to emanate from gasses contamination to the air and chemicals used during steel processing. The findings will inform the community of the harmful effects of untreated water and how it impacts on their health and productivity. It will also help the stakeholders in the environmental conservation to articulate issues of policy and influence agenda setting in the national and sub-national levels.
绿色金融可以降低碳排放强度吗?
Can Green Finance Reduce Carbon Emissions Intensity?
 [PDF]

谢健聪, 郑伟业, 李雄英
Journal of Low Carbon Economy (JLCE) , 2024, DOI: 10.12677/JLCE.2024.131009
Abstract: 在第七十五届联合国代表大会上,中国提出力争2030年实现碳达峰,2060年前实现碳中和的目标。金融是实体经济的血脉,绿色金融是引导资金流向绿色产业的关键环节。要实现碳中和目标,发展绿色金融势在必行。在理论分析部分,本文通过梳理现有研究文献,总结当前绿色金融和碳排放强度的研究成果,提出了绿色金融能降低碳排放强度的基本研究假设。在此基础上,本文结合中国绿色金融的具体实践情况,从产业结构升级视角论述了绿色金融助力经济低碳转型的作用路径。在实证研究部分,本文以2008~2019年中国30个省面板数据作为研究样本,结合理论分析部分提出的研究假设,本文通过构建计量经济学模型实证检验分析了绿色金融对中国碳排放强度的影响及其作用机制。本文的实证研究结果显示:(1) 绿色金融能降低中国碳排放强度。(2) 产业结构升级是绿色金融助力经济低碳转型的重要渠道。
At the 75th United Nations General Assembly, China proposed to strive for peaking carbon emissions by 2030 and achieving carbon neutrality by 2060. Finance is the lifeblood of the real economy, and green finance is a key link in guiding funds towards green industries. To achieve the goal of carbon neutrality, it is imperative to develop green finance. In the theoretical analysis section, this article summarizes the research findings on green finance and carbon intensity by reviewing existing literature, and proposes the basic research hypothesis that green finance can reduce carbon emissions intensity. Based on this, combined with the specific practice of green finance in China, this article discusses the role of green finance in facilitating the low-carbon transformation of the economy from the perspective of industrial structure upgrading. In the empirical research section, this article takes panel data from 30 provinces in China from 2008 to 2019 as the research sample. Combining the research hypothesis proposed in the theoretical analysis section, this article empirically tests the impact of green finance on China’s carbon emissions intensity and its mechanism. The empirical results of this study show that: (1) Green finance can reduce China’s carbon emissions intensity. (2) Upgrading industrial structure is an important channel for green finance to facilitate the low-carbon transformation of the economy.
四川宜宾城区周边工业污染源及其对空气质量的影响
A Study on Industrial Pollution Sources and Their Impacts on Air Quality of Yibin Urban Area in Sichuan Province
 [PDF]

徐致和, 唐亚, 刘本洪, 杨齐寿, 赵曦琳, 张岭江, 杜双韬, 杨基智
Advances in Environmental Protection (AEP) , 2014, DOI: 10.12677/AEP.2014.44020
Abstract:
良好的城市大气环境是居民健康生活的重要保证。本文研究了四川宜宾城区周边工业污染源、城区空气质量现状及变化趋势。结果显示,影响宜宾市城区大气环境最主要的污染物是烟尘、粉尘和二氧化硫,其次是氮氧化物、挥发性有机物等,其中烟尘、粉尘对于大气环境的影响呈不断增大的趋势。主要由于气候原因,大气污染易发生在11月至次年3月,2012年秋季起由可吸入颗粒物主导的大气污染日益严重。针对宜宾城区大气环境这些变化应当采取积极有效的应对措施。
Air quality is essential for human health but intensive industrial activities have caused air pollution and placed human health at high risk. To understand the impacts of industrial activities on urban air quality, a case study was carried out in Yibin, a city located in southern Sichuan province, China. Potential air pollutants from various industries in surrounding Yibin were listed and their potential effects on air quality were analyzed. Smoke, dust and sulfur dioxide were identified as the pollutants that determine the air quality, and nitrogen oxides and volatile organic compounds can also considerably influence air quality. Increasing particulate matters from smoke and dust were the major cause of heavy air pollution. Seasonally, air pollution was high during the period from November to March and low during summer from June to August. As wind is rare and wind is small in the area, rainfall plays an important role in cleaning air. Since the autumn of 2012, air pollution dominated by particulate matters has increased, mainly due to increased use of coal. To reduce air pollution, restructure of industrial sectors with reduced need for coal will be required. 

生态文明建设背景下的碳排放趋势分析——基于环渤海地区的面板数据
Analysis of Carbon Emission Trends in the Background of Ecological Civilization Construction—Based on Panel Data in the Bohai Rim Region
 [PDF]

王芳
Journal of Low Carbon Economy (JLCE) , 2019, DOI: 10.12677/JLCE.2019.82006
Abstract:
文章基于环渤海地区五省二市1996年至2015年的经济社会宏观数据具体测算了该地区历年的二氧化碳排放量,总结了该地区的碳排放变化趋势,并采用面板回归模型实证分析了经济增长、技术进步、人口因素与碳排放量的数理关系。回归结果显示,产业结构与人口的城镇化率对环渤海地区碳排放总量的增长有着明显的促进作用,同时人均GDP与单位GDP能耗也与碳排放量显著正相关,而人口规模对碳排放的影响则不具有统计显著性,说明目前我国的人口扩张已不再是造成环境污染的压力来源。
The article based on the economic and social macro data of the five provinces and two cities in the Bohai Rim region from 1996 to 2015, specifically measured the carbon dioxide emissions of the region over the years, summarized the carbon emission trends in the region, and used the panel regression model to analyze the mathematical relationship between economic growth, technological progress, population factors and carbon emissions. The regression results show that the urbanization rate of industrial structure and population has a significant effect on the growth of total carbon emissions in the Bohai Rim region. At the same time, per capita GDP and energy consumption per unit of GDP are also significantly positively correlated with carbon emissions, while the impact of population size on carbon emissions is not statistically significant, indicating that China’s current population expansion is no longer a source of pressure for environmental pollution.
“双碳”目标下浙江省产业结构对碳排放量的影响
The Impact to Find Industrial Structure on Carbon Emissions in Zhejiang Province under the “Dual Carbon” Goal
 [PDF]

祝雪
E-Commerce Letters (ECL) , 2024, DOI: 10.12677/ecl.2024.1341577
Abstract: 在全国的环境污染情况愈发严重和全球要求推出实现缓解气候变化目标行动的双重压力下,在全球国家碳排放量排名中,我国排在第一,因此我国以身作则,提出了2030年“碳达峰”和2060年“碳中和”的双碳目标。本文研究了浙江省的碳排放水平,因为浙江省是我国东部沿海地区的经济大省,经济发展水平在全国前列,但是人均的碳排放水平也在全国排名不低,从而可知,在减排节能、绿色低碳方面浙江省还需努力。基于此,本项目拟采用统计分析、实证研究与案例分析相结合的方法,对浙江省“双碳”背景下的产业结构优化与碳排放之间的关系进行研究。本课题拟以浙江省为例,以“双碳”为背景,建立经济社会发展与经济发展之间的关系模型,并对其进行实证分析,以期为我国经济社会发展提供理论依据。
Under the dual pressure of the increasingly serious environmental pollution situation in the country and the global demand to launch actions to achieve climate change mitigation goals, China ranks first in the global national carbon emission ranking, so China has set an example and proposed the dual carbon goals of “carbon peak” in 2030 and “carbon neutrality” in 2060. This paper studies the carbon emission level of Zhejiang Province, because Zhejiang Province is a major economic province in the eastern coastal region of China, and its economic development level is in the forefront of the country, but the per capita carbon emission level isn’t ranked low in the country, so it can be seen that Zhejiang Province still needs to work hard in terms of emission reduction, energy saving, green and low-carbon. Based on this, this project intends to use a combination of statistical analysis, empirical research and case analysis to study the relationship between industrial structure optimization and “carbon” emissions under the background of “dual carbon” in Zhejiang Province. This project intends to take Zhejiang Province as an example to establish a model of the relationship between economic and social development and economic development under the background of “dual carbon”, and analyze it empirically, in order to provide a theoretical basis for China’s economic and social development.
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