Low-Carbon Telecom Solution for China's Emission Reduction and Future Forecasts

Based on the revised reduction models of the 14 low-carbon ICT solutions from Chongqing Mobile of the China Mobile Group,the CO2e emission reduction brought about by low-carbon ICTs of the wireless telecom sector of Chongqing Mobile,the entire China Mobile Group and the whole China in 2009 is calculated.And then the CO2e emission reduction potentials in 2010,2020 and 2030 are calculated in four main important fields of China,i.e.,intelligent transportation,dematerialization,smart work and smart appliances.The ICTs in the telecom sector are mostly dedicated to these fields.It provides a valuable insight into future reduction targets that should be set up for China.

Research on Low Carbon and Reduction Emission for Transportation Industry in China

The low carbon of sustainable development of ecological economy is sweeping across the world. The logistic industry plays a key role in the economic development, which influences emission and impact of the theory of low carbon. This paper analyzes the energy consumption and carbon emission in different modes in transportation, and provides reasonable suggestions on low carbon and reduction emission for transportation industry in China.

Global low-carbon transition and China's response strategies

The Paris Agreement establishes a new mechanism for post-2020 global climate governance, and sets long-term goals for global response to climate change, which will accelerate worldwide low-carbon transformation of economic development pattern, promote the revolutionary reform of energy system, boost a fundamental change in the mode of social production and consumption, and further the civilization of human society from industrial civilization to eco-civilization. The urgency of global low-carbon transition will reshape the competition situation of world's economy, trade and technology. Taking the construction of eco-civilization as a guide, China explores green and low-carbon development paths,establishes ambitious intended nationally determined contribution(INDC) targets and action plans, advances energy production and consumption revolution, and speeds up the transformation of economic development pattern. These strategies and actions not only confirm to the trend of the world low-carbon transition, but also meet the intrinsic requirements for easing the domestic resources and environment constraints and realizing sustainable development. They are multi-win-win strategies for promotion of economic development and environmental protection and mitigation of carbon emissions. China should take the global long-term emission reduction targets as a guide, and formulate medium and long-term low-carbon development strategy, build the core competitiveness of low-carbon advanced technology and development pattern, and take an in-depth part in global governance so as to reflect the responsibility of China as a great power in constructing a community of common destiny for all mankind and addressing global ecological crisis.

The Core Issue Facing the Green and Low Carbon Development of the Chinese Economy and the Countermeasures

Green development is an important concept based on China's needs and the international situation. Green development will greatly help China choose its path for economic growth. In the newly ratified Paris Agreement, the carbon emission reduction target willingly and determinedly proposed by China is very challenging. It will increase China's cost per unit of carbon dioxide emissions, slow China's economy growth, and set the upper limit for China's carbon emissions in the future. Facing these challenges, China needs to properly conduct carbon allocations under restrictions and promote green and low carbon development of the Chinese economy primarily by reinforcing structural adjustments and optimizing energy structures, upgrading industrial structures, being actively involved in international cooperation on carbon emission reduction and using other positive strategies.

Developmental Status Quo and Trends of Low-carbon Agriculture

In order to reduce carbon emission in agricultural production,this paper has discussed the developmental trends of low-carbon agriculture in terms of developing precision agriculture,improving the efficiency of fertilizer utilization,scientific use of pesticides,water-saving irrigation,ecological control of pests and diseases,as well as energy conservation and emission reduction by agricultural machinery and other agricultural practices.

The Strategy for the Development of Low-carbon Animal Husbandry in Taiwan and the Lessons Drawn from It

In this paper,we analyze the strategies for the development of low-carbon animal husbandry in Taiwan which mainly focuses on strengthening the livestock farm carbon reduction,promoting the livestock breeding energy conservation and emission reduction technology,and develop the environmental protection laws related to animal husbandry to combat animal husbandry pollution. Learning from the strategies and legislative management experience for the development of low-carbon animal husbandry in Taiwan,we set forth the following recommendations for improving the development of low-carbon animal husbandry in China's Mainland: increasing the financial investment in environmental protection; strengthening the scientific research of cleaner production; promoting sound pollution control legislation; moderately restricting the scale of livestock and poultry farm.

Green and Low-carbon Development Strategy for Large Energy Enterprises

Green and low-carbon development is the critical countermeasure to cope with climate change and to promote energy production and consumption revolution.China National Offshore Oil Corporation(“CNOOC”)has thoroughly implemented the requirements of the country’s ecological civilisation construction,highlighting the mission and responsibility of large central energy enterprises.Combined with the characteristics of its industry,CNOOC put forward a green low-carbon development strategy.CNOOC has put into practice the concept and practice of green and lowcarbon development by optimising the design of management systems,innovating energy conservation and emission reduction management and practice,promoting the construction of a green manufacturing system,and strengthening the supply of low-carbon clean energy.The main path and direction of the follow-up of the sustainable development are clearly defined.These practices provide a useful reference for promoting the transformation of China’s economic development mode to being more green and low-carbon,constructing an ecological civilization and development that is sustainable.

Policy variables affecting marginal level of low carbon employment: an empirical study based on provincial data of China

Low Carbon Employment is an inevitable choice for the purpose of ＂energy-saving and emission reduction＂ and ＂promoting employment＂. By Multi-variable Linear Backward Regression method, this study presents an empirical analysis of the emplovment impact of policy variables indexes that involves economic pull, industry upgrading, population development, technical inputs and so on. The paper demonstrates that wide range offactors will affect low carbon employment, that industry upgrading will affect how carbon employment remarkably, that to increase years of people education will notably improve low carbon employment level of secondary vocational-technical labor, and that to raise technical inputs will significantly enhance college students＇ low carbon employment.

三银Low-E玻璃对减少碳排放的计算及应用研究

鉴于建筑物在其整个生命周期内的能源消耗占全球总能耗的显著比例,使用高效节能建材,是推动建筑绿色低碳化、助力实现“碳达峰”与“碳中和”目标的有效途径之一。三银Low-E玻璃凭借其独特的膜层结构,具有卓越的节能效果。为深入探究三银Low-E玻璃的碳减排性能,通过对采用不同类型银基Low-E玻璃的建筑的碳排放量进行精确测算,对比分析单、双、三银Low-E玻璃的碳减排效果,从而为三银Low-E玻璃的市场推广提供坚实的理论依据。

Addressing Climate Change： Situations Analysis and Strategic Choice

基于对我国应对气候变化面临形势和世界主要国家应对气候变化策略的分析，阐述了我国应当把低碳发展作为应对气候变化策略的原因，提出了我国促进低碳发展战略的指导思想、战略目标，以及建设节约型社会、构建低碳型国民经济体系、构建低碳型消费模式和构建符合低碳发展要求的政府宏观调控体系等战略重点，进一步分析提出了完善节能减排约束性指标体系、尽快攻克煤炭清洁发电关键技术、以发展循环经济为抓手促进绿色经济发展等战略措施选择。

Lubricating a bright future:Lubrication contribution to energy saving and low carbon emission

Both the academic society and the industry are hunting for new energy forms for the future.However,the world should not forget the conventional technologies that contribute to the sustainable society by technical innovations.Among them,lubrication plays a significant role in energy saving and in low CO2emission by increasing the fuel efficiency and by prolonging the service life of machines.With the advance of novel synthetic approaches,and nanoscience and technologies,novel lubrication oils and additives and their formulations are being developed to reduce friction and wear,and novel surface treatment routes and surface coatings are invented and provide more efficient lubrication.These technologies create tremendous chances for machines to work more efficiently with low energy consumption.Here we review the recent progresses and challenges associated with some novel lubrication techniques that include novel surface treatment(such as texturing,high-performance nanocomposite coatings,adapting coating),tribology design(solid and liquid lubrication),energy-conserving engine oil and novel lubricants and formula(such as ionic liquids,low S,P content additives)which are to be adopted to enhance the fuel efficiency to achieve energy saving and low carbon emission.There is increased demand to replace fossil lubricants by degradable green lubricants.Specially designed coatings can reduce drag significantly during navigation of both airplanes and ships.All these aspects will be also reviewed in the paper.

MANUFACTURER＇S CHANNEL SELECTION CONSIDERING CARBON EMISSION REDUCTION AND REMANUFACTURING

This paper develops manufacturer＇s channel selection models considering carbon emission reduction and remanufacturing. The models are based on the cap-and-trade system and consumer＇s preference for low-carbon product. We study the strategies of pricing and carbon emission reduction under three channel structures： pure online channel, pure offiine channel and dual channel. The results show that a higher recovery rate of remanufacturing can bring a higher reduction in carbon emission level and a lower price for consumers in the three channel structures. Compared to the pure online channel and pure offiine channel, the dual channel is the optimal selection for a for-profit manufacturer However, for a retailer, the pure offiine channel is more profitable than the dual channel. From the perspective of carbon emission reduction, the dual channel and the pure online channel generate the same effect; the pure offiine channel makes the highest reduction in carbon emission when consumers＇ acceptance for online channel is low. More managerial insights are provided in sensitivity analysis.

“双碳”目标下低碳农业技术发展应用条件评价及路径研究

“双碳”目标下,科学评估筛选适宜不同地域的农业减排固碳技术,并因地制宜制定低碳农业技术路径具有重要的现实意义.综合采取德尔菲法、层次分析法、多因素综合评价模型进行评价表明,种植、养殖、能源消耗3个方面42项技术中发展应用条件综合水平位于3≥Z≥2.5、 2.5>Z≥2、 2>Z≥1等3个区间的比重分别为16.67%,61.90%,21.43%,大部分技术在重庆具有较好的综合推广应用条件,其中种植方面最好;重庆低碳农业发展可采取分区分级思路,根据农业生产特点按粮食主产区、养殖集中区、生态脆弱区分区推进“双增双减”“稳能减排”“提能固碳”综合技术路径,根据技术发展应用条件水平分级优先推广位于3≥Z≥2.5区间的7项技术,以及位于2.5>Z≥2区间的26项技术.最后提出加快低碳农业技术的创新步伐、推广应用、发展环境建设等对策建议.

中国工业低碳转型进程再评估及其多样化分解

工业低碳转型是中国落实“双碳”目标、推进绿色低碳发展的关键所在,全面理解中国工业低碳转型进程具有重要价值。为此,首先构建工业低碳转型进程再评估及其分解的理论框架,随后基于跨国、省份和行业样本数据,采用SBM方向性距离函数和Luenberger生产率指标对2001—2021年中国工业低碳转型进程展开再评估,并从生产技术演化、要素效率变动和经济结构变迁三个维度对该进程进行分解。研究发现,国际视角下的中国工业低碳转型进程在研究期内稳步推进,节奏更为平稳、方式更可持续;国内视角下的中国工业低碳转型进程在研究期内具有先快后缓的推进特征,且省份间和行业间低碳转型分化程度持续加深;经典分解表明技术进步和技术效率提升在推动工业低碳转型过程中无法有效协同,存在普遍的正负或强弱特征;要素分解表明工业低碳转型的驱动要素逐渐多元化,能源效率和碳效率的贡献逐步凸显,但具有一定波动性;结构分解显示区域结构效率总体呈小幅下降趋势,产业结构效率始终为负且后期受政策影响而呈现周期性波动特征。基于研究结论,从协同推进技术进步与技术效率改善、提升区域及行业维度能源效率和碳效率、优化经济结构效率三方面为高质量推进中国工业低碳转型进程提出了具体建议。

Construction and Implementation of CNOOC's Green Supply China

Firstly, the construction background and basic connotations of CNOOC's Green Supply Chain was presented in this paper. Then, a detailed introduction to CNOOC's good practices for building green oil and gas fields, green power plants, green refineries and green chemical plants was given with respect to the establishment of a green production construction and assessment system as well as green exploration, green manufacturing,green products, green sales, green recovery and other aspects. Finally, the effects of the Green Supply Chain established by CNOOC were summarized.

低碳转型对企业全要素生产率的影响研究

在提出“双碳”目标的背景下,为缓解全球气候变化带来的恶劣影响,企业亟须低碳转型以实现可持续发展和提升市场竞争力。选取2008-2021年A股上市公司面板数据为样本,通过Python爬取关键词测度企业低碳转型,研究表明低碳转型程度对企业全要素生产率有正向影响,其影响机制是:低碳转型程度高的企业,市场地位会提高,将获得更多绿色贷款和减少融资约束,最终促进企业全要素生产率提升。该结论通过一系列稳健性检验后依然有效。进一步研究发现,国有企业、非两职合一和位于东中部地区企业,进行低碳转型对企业全要素生产率的正向影响更加显著。研究结论为进一步促进企业低碳减排提供了理论依据。

城市轨道交通低碳效应研究综述

城市轨道交通低碳效应研究是科学认识其环境效益,为行业政策补贴提供理论依据的重要基础。通过文献计量方法,全面梳理了城市轨道交通低碳效应相关研究问题,为该领域进一步研究明确了方向。基于VOSviewer软件对轨道交通碳排放相关研究进行了文献计量学分析,详细阐述城市轨道交通低碳效应的研究边界和碳减排机理,在探究城市轨道交通碳减排潜力量化评估视角及方法的基础上,系统性剖析影响城市轨道交通低碳效应的要素,涉及城市轨道交通基础设施建设、客流量、交通模式转移等多方面。最后,基于城市轨道交通碳减排潜力影响因素分析结果,研究提出提升城市轨道交通低碳效应的对策措施。研究可为城市轨道交通低碳效应研究提供学术参考。

金融支持碳普惠制发展研究:制约因素、实践经验和对策建议

金融支持碳普惠制发展能实现微观领域碳减排和提升绿色金融服务能力的双赢目标。本文基于我国碳普惠制试点实践,分析我国碳普惠制发展面临的制约因素,在借鉴国外有关碳普惠制实践经验基础上,探索建立以金融碳账户为核心的碳普惠发展机制,从搭建碳征信服务体系、量化碳减排核算标准、优化绿色金融管理机制、完善正向激励配套措施等方面提出相关对策建议,助力我国绿色低碳发展目标的实现。

基于绿电和自愿减排量交易的园区低碳电力运营优化

为保证园区电力运营经济性,提高清洁电能的使用比例,文章提出了一种基于绿电和自愿减排量交易的园区低碳电力运营优化模型。该模型综合考虑了绿电和火电的购电成本、光伏发电成本及自愿减排量收益,以总运营成本最小为目标函数,结合随机概率约束,分中长期、日前和实时三阶段对绿电、火电电量以及光伏发电量进行优化。以南京市某企业园区的数据为基础,在自愿减排量价格合理的前提下,该优化模型可小幅降低园区总运营成本,并且显著提高了清洁电能的使用比例和园区应对扰动的能力。另外,就自愿减排量价格以及置信度取值对优化结果的影响进行了分析。

农业碳交易促进农民增收的路径研究

农业碳交易是推动传统农业向低碳农业转型的重要手段,在促进农民增收方面具有潜在的重要作用。现阶段,我国农业碳交易试点工作取得显著进展,但如何实现农民广泛参与和有效增收仍是当前亟需解决的关键问题。为协同推动“双碳”目标与共同富裕的实现,在对农业碳交易典型试点状况和农业碳交易流程进行系统梳理的基础上,揭示农业碳交易促进农民增收的作用机制,并从农民参与需求和收益潜力2个维度划分农业碳交易项目类型,深入探究不同类型农业碳交易项目所面临的现实困境并据此提出对策建议。研究发现,农民增收的效益来源包含管理机构的转移支付、农民的要素供给、中介机构的组织与指导以及消费者的产品购买。因此,需完善农业碳交易政策支持体系、强化农业碳交易支撑能力建设、激发农业碳交易社会服务活力、发挥农民增收利益共享机制作用。