The Report of China Mineral Resource Exploration,2018
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公示语的语用等效与翻译原则摘要:公示语是一种常见于受众生活中的特殊文体。
本文从语用翻译的角度, 分析了目前公示语英译中存在的语用语言失误和社交语言失误,探讨了语言和文化在语用等效翻译中的作用,并提出实现公示语语用语言等效和社交语言等效的汉英翻译原则。
关键词:公示语语用等效翻译原则语言失误社交语言失误第十八届世界翻译大会的主题是“翻译与多元文化”。
世界文化需要互相理解与沟通,而翻译则像一座桥梁,能够穿越彼此之间的界线。
北京奥运、上海世博给中国提供了与世界连接的机会,而公示语能为中国与国际接轨提供一个良好的语言环境。
公示语是指公开面对公众的告示、指示、提示或警示及其相关的文字与图形信息,被广泛应用于交通设施、旅游景点、商业中心、宾馆饭店、建筑街道、机构企业、购物休闲等场所。
公示语的翻译应遵循语用等效的原则,即同一信息,用两套不同的语言,接受者不同,却要产生基本相同的效果。
翻译恰当的公示语能给外国人在中国的日常工作、生活和出行带来许多便利。
若表达不合适或表达方式不妥、不合目的语习惯等导致交际不能取得效果,就会产生语用失误。
下面笔者将从语用语言等效和社会语言等效两方面来探讨公示语的语用等效翻译。
一、语用语言等效语用语言等效翻译指不受语言形式的限制,并且最接近于源语,最S然地译出原文的内容,传达原文的信息。
要实现语用语言等效翻译,理解和表达是两个重要的环节,而这两个环节共同指向内容。
如图所示:原文的理解一内容一译文的表达两种不同的语言形式都要表达相同的内容,接受者才会产生相同的反应。
公示语语用语言失误都是由于在理解或表达上出了问题。
1. 对原文的理解汉译英的公示语很少会有原文理解的错误,因为中文是我们的母语。
但错误的译文给人的印象往往是译者没有理解原文的意思。
“小心落水”奉告人们注意安全,不要掉进水里,但是有人竟然把它译成了“Please Mind Falling Water”。
译文不是提醒人们注意不要掉进水里,而是注意正在落下来的水。
2024年矿产资源法实施细则最新版英文版Title: Latest Version of the 2024 Mineral Resources Law Implementation RegulationsIntroduction:The 2024 Mineral Resources Law Implementation Regulations have been updated to ensure compliance with current industry standards and practices. This document outlines the key changes and updates to the regulations to provide clarity and guidance to stakeholders in the mineral resources sector.Key Updates:1. Licensing and Permitting Process: The latest version of the regulations streamlines the licensing and permitting process for mineral exploration and extraction activities. This includes clear guidelines on application requirements, approval timelines, and compliance measures.2. Environmental Protection Measures: Enhanced environmental protection measures have been introduced to minimize the impact of mining activities on the surrounding ecosystem. This includes stricter regulations on waste management, reclamation efforts, and monitoring of air and water quality.3. Community Engagement: The updated regulations place a greater emphasis on community engagement and consultation throughout the mining process. Companies are now required to develop comprehensive community relations plans and seek input from local stakeholders to address any concerns or grievances.4. Transparency and Accountability: The latest version of the regulations promotes transparency and accountability in the mineral resources sector. This includes requirements for companies to disclose financial information, adhere to anti-corruption measures, and undergo regular audits to ensure compliance with the law.5. Technology and Innovation: The regulations encourage the adoption of new technologies and innovative practices in mineralresource extraction. Companies are encouraged to invest in research and development to improve efficiency, reduce environmental impact, and enhance safety in mining operations.Conclusion:The 2024 Mineral Resources Law Implementation Regulations have been updated to reflect the evolving needs and challenges of the industry. These changes aim to promote sustainable development, protect the environment, and ensure the well-being of local communities affected by mining activities. Stakeholders are encouraged to familiarize themselves with the latest version of the regulations to ensure compliance and contribute to the responsible and ethical management of mineral resources.。
Good morning/afternoon! Today, I am honored to stand before you to talk about a topic that is of great significance to our country's economic development and social progress – mineral resources.Mineral resources are the foundation of a country's industrialization and modernization. They play a crucial role in the development of agriculture, industry, national defense, and science and technology. In this speech, I will discuss the importance of mineral resources, the current status of mineral resources in our country, and the strategies for the rational development and utilization of mineral resources.Firstly, let's talk about the importance of mineral resources. As we all know, mineral resources are non-renewable resources, and they are essential for human survival and development. In the process of industrialization and modernization, mineral resources provide the necessary raw materials for various industries, such as coal, iron, steel, non-ferrous metals, and rare earth elements. Without mineral resources, it would be impossible to build a modernized country.In the past few decades, our country has made remarkable achievements in economic development, which is closely related to the rational development and utilization of mineral resources. For instance, the rapid development of the construction industry has led to a significant increase in the demand for steel, cement, and other building materials. Similarly, the development of the automotive industry requires a large amount of iron, steel, and non-ferrous metals. In addition, the rapid development of the electronics industry has brought about a high demand for rare earth elements, which are vital for the production of high-tech products.However, the development of mineral resources also brings about some challenges. Firstly, mineral resources are finite, and theirexploitation can lead to resource depletion and environmental damage. Secondly, the irrational development and utilization of mineral resources may cause serious economic losses and social instability. Therefore, it is crucial for us to pay attention to the rational development and utilization of mineral resources.Now, let's take a look at the current status of mineral resources in our country. According to statistics, our country has rich mineral resources, ranking first in the world in terms of mineral reserves. Our country is rich in various mineral resources, including coal, iron, copper, aluminum, gold, silver, and rare earth elements. However, thedistribution of these resources is uneven, and some areas are facing severe resource shortages.In recent years, our country has been making efforts to optimize the structure of mineral resources and improve the utilization efficiency. On the one hand, we have been exploring new resources and developing substitutes for traditional resources. On the other hand, we have been promoting the upgrading of mineral resources and reducing the consumption of resources. For example, the development of coal bed methane and the application of clean coal technology have significantly reduced the environmental impact of coal exploitation.In addition, our country has also been implementing strict regulations and policies to promote the rational development and utilization of mineral resources. For instance, the "Mineral Resources Law" and the "Mineral Resources Development and Utilization Plan" aim to regulate the exploration, exploitation, and utilization of mineral resources,ensuring that mineral resources are used in a sustainable manner.In view of the current situation and challenges, we should adopt the following strategies for the rational development and utilization of mineral resources:1. Strengthen the research and development of mineral resources. By improving exploration technology and deepening the understanding of mineral resources, we can better predict and exploit mineral resources.2. Optimize the structure of mineral resources. We should develop new resources and reduce the reliance on traditional resources, thus promoting the sustainable development of mineral resources.3. Improve the utilization efficiency of mineral resources. By promoting technological innovation and energy-saving and emission-reduction, wecan reduce the consumption of resources and improve the economic benefits.4. Strengthen the protection of mineral resources. We should implement strict regulations and policies to prevent the illegal exploitation and utilization of mineral resources, and ensure the sustainable development of mineral resources.5. Enhance international cooperation. By participating in international mineral resources cooperation and sharing experiences with other countries, we can promote the rational development and utilization of mineral resources on a global scale.In conclusion, mineral resources are a vital component of our country's economic and social development. We should pay close attention to the rational development and utilization of mineral resources, adhere to the principles of sustainable development, and strive to build a resource-saving and environmentally friendly society.Thank you for your attention!。
关于加强我国矿产资源储备工作的思考陈其慎;于汶加;张艳飞;柳群义【摘要】本文分析了矿产资源储备面临的国内外形势及问题,提出了加强我国矿产资源储备的对策和建议。
研究认为:全球矿产资源安全形势日趋复杂,冷战后降至低点的矿产资源储备再度受到西方国家关注;未来10年我国矿产资源供需形势将出现分异,但总体安全状况仍不容乐观。
建议建立以矿产品储备为主、产能和产地储备为辅的储备体系,完善储备机制体制,扩大储备品种和规模,着重加强国防军工和高技术产业所需矿产的储备。
%Strengthening China’ s mineral resource reserve is proposed in this article by analyzing mineral resource reserve situation in China and abroad .The research suggests that as global mineral security situation becomes more complex ,mineral resource reserve draws western countries’ attention again after the Cold War .In 10 years ,China’ s mineral supply and demand pattern will change ,but the overall security situation instil little optimism .Finally the reserve system of mineral-based reserve with supplement of capacity and producing area are put forward .Improving reserve mechanism ,expanding variety and scale of reserve commodity ,attaching more importance to strengthen mineral reserve which are used in national defense and high-tech industry .【期刊名称】《中国矿业》【年(卷),期】2015(000)001【总页数】4页(P20-23)【关键词】储备;矿产资源;安全;战略建议【作者】陈其慎;于汶加;张艳飞;柳群义【作者单位】中国地质科学院矿产资源研究所,北京100037; 中国地质科学院全球矿产资源战略研究中心,北京100037;中国地质科学院矿产资源研究所,北京100037; 中国地质科学院全球矿产资源战略研究中心,北京100037;中国地质科学院矿产资源研究所,北京100037; 中国地质科学院全球矿产资源战略研究中心,北京100037;中国地质科学院矿产资源研究所,北京100037; 中国地质科学院全球矿产资源战略研究中心,北京100037【正文语种】中文【中图分类】F407.1矿产资源储备对保障国家安全和经济安全意义深远。
维护矿产资源的倡议书英文《Preserving Mineral Resources》Dear friends and colleagues,As we all know, mineral resources are essential for the development of various industries and the overall economy. However, the exploitation and utilization of mineral resources have led to environmental degradation and resource depletion. In order to preserve our mineral resources for future generations, it is crucial for us to take immediate action to address these issues.First and foremost, we need to promote sustainable mining practices that prioritize environmental protection and resource conservation. This includes implementing efficient recycling methods, reducing waste generation, and minimizing the environmental impact of mining operations. By adopting these measures, we can ensure that our mineral resources are used in a responsible and sustainable manner.Additionally, we must strive to develop and invest in alternative technologies that reduce our reliance on finite mineral resources. This could involve exploring new materials and processes, as well as investing in renewable energy sources that minimize the need for traditional mineral resources. By diversifying our resource base and promoting innovation, we can mitigate the negative effects of resource depletion.Furthermore, it is important for us to raise public awareness about the importance of preserving mineral resources. Through educationand advocacy, we can encourage individuals and industries to make more conscious decisions about resource consumption and waste management. By fostering a culture of resource conservation, we can collectively work towards a more sustainable future.In conclusion, the preservation of mineral resources is a crucial endeavor that requires cooperation and effort from all sectors of society. By promoting sustainable mining practices, investing in alternative technologies, and raising public awareness, we can ensure that our mineral resources are preserved for future generations. Let us all take a stand and commit to preserving our precious mineral resources for the benefit of the planet and future generations.Sincerely,[Your Name]。
184矿产资源储量核查在矿政管理工作中的作用周廷强(石阡县自然资源局,贵州 铜仁 555100)摘 要:矿产资源是重要的自然资源,是经济社会发展的重要物质基础,是国民经济健康发展的物质保障,因其具有不可再生性,应强调将矿产资源储量核查作为矿政管理工作的重要抓手,这对矿产资源储量核查活动提出了较高要求。
本文首先简述矿产资源储量核查与矿政管理工作的关系,在此基础上分析矿政管理工作中组织矿产资源储量核查的价值,以及当前矿产资源储量核查的不足,最后结合上文内容探究可行的工作方法,就科学选用作业技术、有效收集样本、严格组织核查管理、明确核查流程等措施进行具体分析,为后续矿产资源储量核查与矿政管理工作提供少许参考。
关键词:矿产资源;储量核查;矿政管理;资源储量中图分类号:P624.7 文献标识码:A 文章编号:1002-5065(2023)21-0184-3The role of mineral resource reserve verification in mining managementZHOU Ting-qiang(Shiqian County Natural Resources Bureau,Tongren 555100,China)Abstract: Mineral resources are important natural resources, an important material foundation for economic and social development, and a material guarantee for the healthy development of the national economy. Due to their non renewability, it is important to emphasize the verification of mineral resource reserves as an important tool for mining management work, which poses high requirements for mineral resource reserve verification activities. This article first briefly describes the relationship between mineral resource reserve verification and mining management work. Based on this, it analyzes the value of organizing mineral resource reserve verification in mining management work, as well as the shortcomings of current mineral resource reserve verification. Finally, combined with the previous content, feasible work methods are explored, and specific measures such as scientific selection of operation techniques, effective collection of samples, strict organization of verification management, and clear verification processes are analyzed, Provide some reference for subsequent mineral resource reserve verification and mining management work.Keywords: mineral resources; Reserve verification; Mining management; Resource reserves收稿日期:2023-09作者简介:周廷强,男,生于1988年,侗族,贵州石阡人,本科,工程师,研究方向:矿政管理、国土空间生态修复等。
节约能源的英语作文节约能源的英语作文(通用10篇)在平平淡淡的日常中,大家都跟作文打过交道吧,作文是从内部言语向外部言语的过渡,即从经过压缩的简要的、自己能明白的语言,向开展的、具有规范语法结构的、能为他人所理解的外部语言形式的转化。
那么问题来了,到底应如何写一篇优秀的作文呢?下面是小编整理的节约能源的英语作文,希望能够帮助到大家。
节约能源的英语作文篇1Save the Energy ResourcesAnother round of energy crisis is knocking at the door. In 20xx, world oil consumption reached a new record, causing oil price in the international market to skyrocket amazingly. As for China, it was reported that many traditional mineral cities in northeastern China had run into predicament, with their economy collapsed and workers unemployed, only because coal had been mined out.Fossil energy resources, including coal, oil and gas, are unlike sunlight, water power and wind power which are generated consistently. They’re not practically reproductive during human history. Once consumed, they’re gone forever. If they were to be exhausted before we could find sufficient reproductive resources to replace them with, we’d have to live i n entire blackout again like our ancestors have done thousands of years ago. That’s of course not what anyone would want to see.Due to technical limitations, people still have to utilize these resources now.As a result, we must economize them most cleverly. New techniques should be developed and applied to reduce energy cost in industry and daily life. Alternative energy should beemployed wherever possible. Eradicate any practice that wastes energy. Humans have overcome so many crises in history, and we’re sure to win this time also.With the develope of society,many people begin to care about saving energy.I think saving energy is everyones duty.So we should do well our responsibility.For instance,we need remeber to shut off the lamp when we leave a room without anyone else and shut off the tap when stop to use it to save water.Sometimes we can take our bay to the supermarket to buy something.It can save resources.Finally,the most basica is we cant throw litter on the ground anyway.We have one earth ,she is our only home.If everyone do his best to protect her,she will be more beautiful.节约能源的英语作文篇2Water used to be mistaken to be an unlimited and renewable resource. Actually, water resource is very limited and precious. It is fortunate that now the public is starting to pay attention. Just as is depicted in the picture, just like saving money, the lovely and smiling piggy bank is collecting every drop of water falling from the water tap.However, water shortage is still a serious problem threatening the existence and survival of the whole human being, and yet the phenomenon of wasting water can still easily be found anywhere in our daily life. For example, water taps are frequently left on by careless users. Someone even assumes that they have the right to waste water because they pay for it so that it has nothing to do with others. In fact, so precious is water that we cannot afford to waste it. Water resource is indispensable not only in our daily life but also in the industry and agriculture. And water is the wealth of the whole mankind, and it is hard toimagine what the world would be like when there is no more water.Even though an increasing number of people have become aware of this emergency, further measures still need to be taken. On the macro level, the whole world should make a joint effort to fight against waste of water. On the micro level, publicizing activities, such as broadcasting wonderful ways on how to save water on TV and other media, should be conducted. To store water means to store happiness and only by saving water can we save a better life for our offspring.水被误认为是一种无限的可再生资源。
Looking ahead, and some are just a bump on the ground, large tracts of forest were cut down, into people's lives in the wood products. It is only for their own interests, many animal it to become destitute and homeless. This is not a false illusion, this is the bloody facts.Once upon a time, a large number of animals and plants in the world were destroyed, and many animals and plants are on the verge of extinction, which is why? This is because the man casually trees, destroy the ecological environment, this is the fundamental reason.Land resource is one of the three major geological resources (mineral resources, water resources, land resources), is the most basic human production activities and labor objects. Human utilization of land reflects the development of human civilization, but also caused the direct destruction of land resources, which is mainly manifested as unreasonable cultivation caused by soil erosion, land desertification, land salinization of soil and soil pollution and so on, and the soil and water loss is particularly serious, today the world is facing a serious crisis. According to estimates, soil loss of the cultivated land is about 230 tons / year.Some people think acid rain is a silent crisis, and in the history of the impact our most serious threat to the environment, is a look at the enemy. This is not alarmist. With the increase in industrialization and energy consumption, acid emissions are also increasing, they enter the air, after a series of role in the formation of acid rain.Although the red tide has been in ancient times, but with the rapid development of industrial and agricultural production, water pollution is increasingly serious, the red tide is becoming more serious. Since the first report of our country in 1933, there have been a total of 194 large scale red tides, which only 4 timesin 1994, 157 in 1990. Oil pollution has great harm to water quality and aquatic life. Oil floating on the surface can rapidly spread, the formation of oil film, hinder the surface and air contact, so that the dissolved oxygen in water. Oil containing polycyclic aromatic hydrocarbons, which can be enriched by aquatic organisms and endanger human health. Sulfur dioxide is mainly produced by the combustion of sulfur substances such as coal and fuel oil, followed by nature, such as volcanic eruptions, forest fires, etc.. Sulfur dioxide on the human body of the conjunctiva and the mucous membrane of the upper respiratory tract is strongly irritating, can damage respiratory tract can cause bronchitis, pneumonia, and even pulmonary edema and respiratory paralysis. Short term exposure to sulfur dioxide concentration of 0.5 mg / cubic meter of air in the elderly or chronic mortality increased, the concentration is higher than 0.25 mg / cubic meter, can cause respiratory diseases in patients with deterioration. The long-term exposure to the concentration of 0.1 mg / cubic meter of air breathing system diseases. In addition, sulfur dioxide for metal materials, housing construction, cotton knitwear, leather and paper products easily cause corrosion, spalling, fade and damage. Can also make the plant leaves turn yellow and withered.Protect environment, responsibility.放眼望去,有的只是凹凸的地皮,大片大片的树林遭人砍伐,变成人们生活上的木制品。
Industrial Ecology(产业生态学)_北京师范大学中国大学mooc课后章节答案期末考试题库2023年1.以下哪项()不宜作为生态环境管理指标 Which of the following()doesnot suit to be a metric of ecological management答案:人体健康水平 Human health level2.以下哪项指标()可作为政府层面管理指标 Which of the following()canserve as a government-level metric答案:温室气体排放量 Greenhouse gas emissions3.生态设计通常不以()为主体开展研究 Which of following is usuallyexcluded as the object of a DfE study()答案:环境要素 Environmental elements4.与人工洗碗相比,采用洗碗机最明显的收益是()Compared with manualdishwashing, which of the following describes the most obvious benefit from using dishwashers()答案:省时省力 Saving time and labor5.开展DfE不会涉及()Which of the following stages will not be consideredin a DfE()答案:以上都不是 None of the above6.以下哪种()材料的生态性能更好 Which of the following materials hasbetter ecological properties()答案:使用寿命较长 Materials with longer service life spans7.以下哪种()不属于物质减量化 Which of the following does not belong todematerialization()答案:一次性产品 One-time products8.开展不同区域间物流对比研究的最主要用途是()Which of the followingdescribe the main usage of a comparative study of MFA among differentregions()答案:了解区域间差异,为综合管理提供依据 To understand the regionaldifferences and provide information for comprehensive management9.应优先选择()开展物质人为流动分析 When we carry out a materialanthropogenic flow analysis, the priority should be given to ()答案:具有较高毒性的物质 The substances with high toxicity10.二氧化硫排放数据不可分派给()环境影响类型 Which of the followingimpact category can be used to assign the LCI result of sulfur dioxideemission to()答案:矿物资源耗竭 Mineral resource depletion11.以下哪项()可不必写入LCA研究报告 Which of the following need not tobe included in the report of a LCA study()答案:产品生产车间平面图 The floor plan of production shops12.如果对比不同材质的饮料瓶的环境影响,以下哪种()可作为其“功能单位(function unit)” If you compare the environmental impacts of beverage bottles with different materials, which of the following can be used as thefunction unit of the LCA study ()答案:盛装10000升饮料,服役1年 Transport 10000 liters of beverage and serve for one year13.产业系统中的“企业(Firm)”与生态系统中的“生物(organism)”,哪种()描述不确切 For a firm in an industrial system and an organism in an ecosystem, which of the following describes inexactly答案:都可自我繁殖 Reproduce themselves14.在使用的能源类型方面,产业系统与生态系统的主要差异是()For the typeof energy used, the main difference between industrial systems andecosystems shows as()答案:生态系统只能使用太阳能,而产业系统可利用太阳能、化石燃料、风能等多种形式的能源 Ecosystem uses only solar energy, while industrial systemscan use varies types of energy, such as solar energy, fossil fuels, wind energy and so on15.现有产业系统最符合哪组()特征描述 Which of the following is the mostsuitable description of current industrial system()答案:一些物质逐渐形成产业系统中的链状、网状等流动关系 Some materials are gradually linking industrial components as a chain or web in the industrial system16.PSR框架可用于指导建立管理指标体系()The PSR framework can be usedto guide the establishment of a management index system()答案:正确17.单位产品有害气体排放量可作为企业层面管理指标()The harmful gasemissions per unit of product can be used as an firm level metric inmanagement()答案:正确18.温室气体排放总量可作为全球变暖管理指标()Total GHGs emissions canbe used as metrics in management of global warming()答案:正确19.包装设计中,“包装作为产品的一部分”应优先于“采用单一材料进行包装”() In design of package, "Packaging as a part of a product" should take precedence over "packing with a single material"()答案:正确20.产业系统运行对社会的长期影响表现为物质在社会中的蓄积()The long-term impact of industrial system operation on society shows as anaccumulation of material in society()答案:正确21.稳定型物质(Material in stable use)通常具有一定的使用寿命和较好的循环再生潜力()Material in stable use usually has a long service life and a better potential for future recycling()答案:正确22.开展物流分析中所选的物质通常与该物质的使用强度无关()Thesubstance selected for MFA usually has nothing to do with the intensity of its use()答案:错误23.通常可用矿产资源储量表征人类对该资源的使用强度()The mineralresource reserved can represent the intensity of human use of the resource ()答案:错误24.提高物质循环率,有利于节约资源,但不能减少废物()An increase ofmaterial recycling rate can save resource but not reduce environmentalemission()答案:错误25.产业系统可利用多种类型的能源()Industrial system can use multipletypes of energy()答案:正确26.钢铁工业系统的资源环境特征可反映其自然资源消耗与环境废物排放状况()The characteristics of iron and steel industrial systems in respect of resource and environment may reflect their status in natural resourceconsumption and environmental emissions()答案:正确27.中国现行的国民经济行业划分标准是GB/T 4754-2011 () The currentindustrial classification standard for national economic activities ofChinais GB/T 4754-2011()答案:错误。
中国有色金属材料英文版IntroductionChina has become the world's largest producer and consumer of nonferrous metals, which are metals other than iron and steel. Nonferrous metals are widely used in various industries such as aerospace, automotive, construction, and electronics. China's nonferrous metal materials industry has seen remarkable growth in recent years, thanks to the country's abundant mineral resources, supportive government policies, and increasing demand for nonferrous metal products.In this article, we will explore the nonferrous metal materials industry in China, including its production, consumption, market trends, and future prospects.ProductionChina is a major producer of nonferrous metal materials, including aluminium, copper, lead, nickel, and zinc. The country's production of aluminium, copper, and zinc ranks first in the world, while its production of lead and nickel ranks second. China's nonferrous metal materials industry is characterized by large-scale production, advanced technology, and efficient resource utilization.AluminiumChina is the world's largest producer of aluminium, with a production capacity that exceeds 50 million tons per year. The rapid development of the construction and automotive industries has driven the demand for aluminium products in China. The country's aluminium industry has also benefited from the government's efforts to promote energy conservation and environmental protection, as well as the development of new applications for aluminium in high-speed rail, aerospace, and renewable energy.CopperChina is the world's largest consumer of copper, with a domestic production capacity of 8 million tons per year. The country's copper industry is driven by the construction, power transmission, and electronics industries. China's copper producers have made significant investments in new technologies and equipment to improve efficiency and reduce environmental impact, while also increasing the production of high-purity copper for electronic and electrical applications.LeadChina is the world's largest producer of lead, with an annual production capacity of over 4 million tons. The country's lead industry is supported by strong demand from the automotive battery, construction, and industrial sectors. Chinese lead producers have been making efforts to improve the quality and energy efficiency of lead products, as well as to develop new recycling technologies to reduce the environmental impact of lead production.NickelChina is the world's largest consumer of nickel, with a production capacity of over 200,000 tons per year. The country's nickel industry has benefited from the growth of the stainless steel and battery industries, as well as the development of new applications for nickel in electric vehicles and energy storage systems. Chinese nickel producers are investing in new production facilities and technologies to meet the growing demand for high-purity nickel products.ZincChina is the world's largest producer of zinc, with a production capacity of over 6 million tons per year. The country's zinc industry is driven by the construction, infrastructure, and automotive sectors. Chinese zinc producers have been working to improve the efficiency and environmental performance of zinc production, as well as to develop new applications for zinc in galvanizing, alloying, and chemicals.ConsumptionChina is also the world's largest consumer of nonferrous metal materials, driven by its rapidly growing economy and expanding industrial base. The country's nonferrous metal materials consumption is mainly concentrated in the construction, transportation, power generation, electronics, and consumer goods industries.The construction industry is the largest consumer of nonferrous metal materials in China, accounting for over 40% of the total consumption. Nonferrous metals such as aluminium, copper, and zinc are widely used in the construction of residential, commercial, and infrastructure projects, as well as in the production of building materials and architectural components.The transportation industry is another major consumer of nonferrous metal materials in China, driven by the rapid expansion of the automotive, aerospace, and high-speed rail sectors. Nonferrous metals such as aluminium, copper, and nickel are essential for manufacturing lightweight, fuel-efficient vehicles and aircraft, as well as for building advanced transportation infrastructure.The power generation and electronics industries also contribute to the strong demand for nonferrous metal materials in China. Aluminium, copper, and nickel are essential for producing electrical conductors, transformers, motors, and electronic components, as well as for developing renewable energy technologies such as solar panels and wind turbines.Market TrendsThe nonferrous metal materials industry in China is undergoing significant changes due to evolving market trends and technological advancements. Some of the key trends shaping the industry include:Shift towards high-quality products: Chinese nonferrous metal materials producers are increasingly focusing on producing high-quality, high-value-added products to meet the growing demand for advanced materials in various industries. This trend is driven by the need to improve product performance, reduce environmental impact, and enhance competitiveness in the global market.Adoption of sustainable practices: Chinese nonferrous metal materials producers are embracing sustainable practices to reduce energy consumption, minimize waste generation, and lower greenhouse gas emissions. This includes investing in energy-efficient technologies, implementing recycling and reusing processes, and complying with strict environmental regulations.Integration of digital technologies: Chinese nonferrous metal materials producers are embracing digital technologies such as big data, artificial intelligence, and internet of things to enhance production efficiency, optimize resource utilization, and improve product quality. This trend is driven by the need to achieve operational excellence, reduce production costs, and enhance supply chain management.Focus on innovation and R&D: Chinese nonferrous metal materials producers are investing in research and development to develop new materials, processes, and applications that can meet the evolving needs of various industries. This includes developing lightweight materials, new alloys, and advanced manufacturing technologies, as well as collaborating with academic and research institutions to drive innovation.Global expansion: Chinese nonferrous metal materials producers are expanding their presence in international markets through mergers, acquisitions, joint ventures, and strategic partnerships. This trend is driven by the need to access new sources of raw materials, secure new customers and markets, and enhance global competitiveness.Future ProspectsThe future of China's nonferrous metal materials industry looks promising, due to the country's strong industrial base, abundant mineral resources, and growing demand for high-quality nonferrous metal products. Some of the key factors that will shape the industry's future prospects include:Urbanization and infrastructure development: China's ongoing urbanization and infrastructure development initiatives will continue to drive the demand for nonferrous metal materials, particularly in the construction, transportation, and energy sectors. This will create opportunities for nonferrous metal materials producers to supply advanced products and solutions for smart cities, sustainable buildings, and efficient transportation systems.Electrification and energy transition: China's push towards electrification and energy transition will create demand for nonferrous metal materials such as aluminium, copper, and nickel, which are essential for producing electric vehicles, renewable energy systems,and energy storage solutions. This will drive the need for innovative materials, technologies, and applications that can support the transition towards a low-carbon economy.Technology and innovation advancements: China's focus on technology and innovation advancements will drive the development of new materials, processes, and applications for the nonferrous metal materials industry. This will enable producers to offer high-performance, cost-effective products that can meet the evolving needs of various industries, as well as to enhance their global competitiveness in the long run.Environmental and sustainability concerns: China's increasing focus on environmental and sustainability concerns will drive the adoption of clean production technologies, circular economy principles, and resource-efficient practices in the nonferrous metal materials industry. This will create opportunities for producers to develop eco-friendly products, reduce environmental impact, and strengthen their social responsibility in the global market.Global collaboration and partnerships: China's collaboration and partnerships with international players will enable the country to access new sources of raw materials, technology, and markets, as well as to strengthen its global position in the nonferrous metal materials industry. This will drive the exchange of knowledge, expertise, and resources that can support the industry's growth and development in the global context.ConclusionChina's nonferrous metal materials industry has become a powerhouse in the global market, driven by its strong production capacity, expanding consumption, and evolving market trends. The industry's future prospects look promising, thanks to the country's urbanization and infrastructure development, electrification and energy transition, technology and innovation advancements, environmental and sustainability concerns, and global collaboration and partnerships. As China continues to lead the way in nonferrous metal materials production and consumption, the industry is expected to play a key role in driving the country's economic growth, industrial transformation, and global competitiveness.。
News and HighlightsThe Report of China Mineral Resource Exploration, 2018Recently, the Report of China Mineral Resources (2018)which released by Ministry of Natural Resources systematically summarized the prospecting results in pared with 2016, the exploration investment in oil and gas increased in 2017, but that in non-oil and gas mineral declined. In this report, the top 10 deposit exploration achievements were concluded in recent years in China.1. Geological exploration spending 1.1. Investments in geological explorationIn 2017, the investment in geological exploration totaled RMB 78.285 billion in China, increased by 1.0% compared with the previous year, and rebounded for the first time after falling for four consecutive years. Among them, the investment in geological exploration of oil and gas minerals was RMB 58.449 billion, increased by 10.8%. The investment in geological exploration of non-oil and gas minerals was RMB 19.836 billion, decreased by 19.8% (Fig. 1).1.2. Proportion of investments in geological exploration Among the investments in geological exploration of non-oil and gas minerals in 2017, RMB 5.866 billion was fnanced by the central government, accounting for 29.6% of the total amount, and increasing by 16.2% over 2016; RMB 6.746billion was fnanced by the local governments, accounting for 34.0% and increasing by 2.8%; and RMB 7.224 billion was from the social funds, accounting for 36.4% and decreasing by 19.0%.Among the investments in geological exploration of non-oil and gas minerals in 2017, the investment in mineral exploration amounted to RMB 12.061 billion and decreased by 29.0% year on year, accounting for 60.8% of the total amount; basic geological survey amounted to RMB 3.446billion and decreased by 1.2%, accounting for 17.4%;hydrogeological, environmental geological and geologicaldisaster investi- gations and assessments amounted to RMB 2.463 billion and decreased by 2.1%, accounting for 12.4%;geological science and technology amounted to RMB 1.547billion and increased by 9.0%, accounting for 7.8%; and data services and informatization amounted to RMB 0.319 billion and decreased by 0.9%, accounting for 1.6%.1.3. Spending in geological exploration of major minerals In 2017, the investment in geological exploration of oil and gas minerals (including oil, natural gas, shale gas, coalbed methane and natural gas hydrate) amounted to RMB 58.449billion, increased by 10.8% year on year. A total of 3.8×104km 2D seismic data was acquired, decreased by 27.4%, and 3.3×104 km 2 3D seismic data was acquired, increased by 23.1%. A total of 2727 exploratory wells and 20696development wells were drilled, increased by 0.44% and 31.1% respectively.In 2017, the investments in geological exploration of gold,copper, coal and lead-zinc were the main part of the investment in non-oil and gas mineral exploration, accounting for 34.0% of the total investment in non-oil and gas mineral exploration in China. Compared with the previous year, the investments in gold, copper, coal, lead-zinc, molybdenum,iron ore, phosphate rock, manganese, graphite, etc. decreased signifcantly, in which the degrees of decline for iron ore,molybdenum and phosphate rock investments ranked the front (Table 1).2. Progress in oil and gas explorationIn 2017, the newly-discovered geological reserves of oil and gas fell to the lowest levels in nearly 10 years. Oil and gas exploration activities were mainly conducted in Ordos, Tarim,Sichuan, etc., and sea areas. Ordos Basin continued to maintain a high growth of discovered geological reserves, and two oil fields (i.e. Huaqing and Jiyuan oil fields) more than one hundred million tons were discovered. Important discoveries were made in exploration of Chang 8 and Chang 9oil reservoirs in Zhidan district of northern Shaanxi Province.Three gasbearing structures have been discovered in Kelasu -doi:10.31035/cg20181012096-5192/© 2019 China Geology Editorial Office.China Geology 2 (2019) 248−250China GeologyJournal homepage: Dabei structural belt in Kuche Depression in Tarim Basin.Important new discoveries have been made in oil exploration in Shunbei area. On the north slope of Zhongguai in the northwestern margin of Junggar Basin, wells Mahu 8, Mahu 013 and Ke 017 in upper Wuerhe Formation produced more than 100 t of oil per day, and new areas with reserves of more than 1×108 t were discovered. A new gasbearing zone has been discovered in the risk exploration of the northern tip of Altun Mountain in Qaidam Basin. Important breakthroughs have been made in deep natural gas exploration in the Bohai Sea area, with capacity tested to be 135 t of oil and 1.8×105m 3 of gas per day in well BZ19-6-2Sa in Bozhong Sag. The single well for Paleogene exploration in Lufeng Sag of Pearl River Mouth Basin produced 404 t of naturally flowing oil per day.The newly-discovered geological reserves of shale gas in Weiyuan County of Sichuan Basin amounted to 1.565×1011 m 3.That of shale gas in Jiangdong and Pingqiao blocks of Fuling Gas Field amounted to 2.202×1011 m 3, laying a solid resource foundation for the establishment of Fuling ’s 1×1010 m 3production capacity.The quantitative evaluation of natural gas hydrate and the detailed description of reservoirs in Shenhu sea area in the northern South China Sea were systematically carried out, and the spatial distribution, characteristics and reserves potential of the reservoir were identified. Drilling targets were delineated and prioritized in natural gas hydrate plays in key sea areas. At present, two deposits with more than 1×1011 m 3of resources have been discovered in the South China Sea,and 11 prospective areas and 25 favorable blocks were delineated.3. Progress in non-oil and gas mineral exploration In 2017, a total of 109 new mineral deposits (37 large-, 29medium- and 43 small-sized deposits) were discovered in China. The top 5 minerals present in the newly discovered mineral deposits are gold (17), graphite (11), coal (8), lead-zinc (5), iron ore (4), silver (4) and phosphate rock (4).New developments were continuously made in integrated exploration. A large uranium deposit named Dalin was discovered in Tongliao integrated exploration area in Inner Mongolia. The deep prospecting discovery of gold was remarkable. Thick, large and high-grade gold ore bodies were discovered at the depth of 2800 m in Jiaojia Fault Belt on Jiaodong Peninsula. A total of 1.32×106 t of lead-zinc were newly discovered in Sachakou deposit in Huoshaoyun lead-zinc integrated exploration area in West Kunlun, Xinjiang.The Pb-Zn resources newly discovered in Fankou lead-zinc integrated exploration area of in Guangdong Province totaled 1.05×106 t. A total of 1.5×104 t of silver resources were newlyTable 1. Spending in geological exploration of major non-oil and gas minerals in 2017.Mineral Capital investment Year-on-yeargrowth/%Drillingworkload Year-on-yeargrowth/%RMB/Million 106 m Coal 1621−7.20.96−3.1Iron ore451−56.10.30−49.2Manganese ore 141−47.20.07−30.0Copper 1623−48.10.81−46.0Lead−zinc 1355−22.50.93−16.2Bauxite 274−14.40.29−12.1Nickel 64−19.00.0350.0Tungsten 116−9.40.08−11.1Tin78−21.20.03−57.1Molybdenum 94−56.50.06−40.0Gold 2174−35.9 1.39−32.9Silver248−34.40.2343.8Phosphate rock 99−54.60.10−23.1Graphite 209−36.70.1536.4Potash120−4.00.02−33.3Fig. 1. Investments in geological exploration in China.News and Highlights / China Geology 2 (2019) 248−250249discovered in the silver-polymetallic deposit situated at Shuangjianzi Mountain in the integrated exploration area at the southern foot of Greater Khingan Mountains in Inner Mongolia. A large deposit at Wanlong Mountain was discovered in Dulong integrated exploration area in Maguan County, Yunnan Province, and 7.7 ×104 t of tin resources were newly discovered. The deep prospecting results of manganese in the integrated exploration area in Chengkou, Chongqing were remarkable, and the new manganese resources amounted to about 1.1×108 t. More than 7×107 t of crystalline graphite were newly discovered in Huangyangshan integrated exploration area of in Qitai, Xinjiang. A total of 4.27×105 t of quartz-vein type lithium were newly discovered in Shaotangou deposit in Kangding-Daofu-Yajiang rare metal integrated exploration area in Sichuan Province. The beryllium-tungsten-tin polymetallic ore body with further prospecting potential was discovered for the first time in the Zhaxikang integrated exploration area, in Cuonadong region, Tibet.AppendixTen discoveries for China mineral resources in recent years1. A super-large Huoshaoyun lead-zinc deposit was discovered in Hetian, XinjiangIn 2016, a total resources of nearly 1.9×107 t Huoshaoyun lead-zinc deposit was discovered in Hetian, Xinjiang. The metal resources of 333+(334) lead-zinc was 1.89496×107 t , with average grades of lead 4.58%, zinc 23.92%, lead+zinc 28.51%. It is an uncommon high grade deposit, which lead-zinc resources rank No. 1 in China and No.7 in the world.2. A ten-million-ton copper deposit was discovered in Gaize, TibetIn 2016, a metal resource of 1.3492×107 t copper deposit was discovered in Rongna and Naruo of south Tiegelong deposit in Gaize, Tibet, with 332-grade copper taking up more than 70%. In addition, a metal resources of 0.7×107 t was previously explored in Duobuza and Bolong copper deposits. The total metal resources of copper is over 2.0×107 t in the ore area.3. A super-large tungsten deposit was discovered in Zhuxi, JiangxiZhuxi tungsten-copper deposit with 333+334-grade WO3 resources of 2.86×106 t was discovered in 2016. It is 2.7 times size of the former Dahutang tungsten deposit and now is the largest tungsten-copper resources in the world.4. A super-large manganese deposit was discovered in Taoziping, Tao County, GuizhouIn 2016, a super-large manganese deposit was discovered in Taoziping, Tao County, Guizhou, with the 332+333 manganolite ore resources of 1.06 ×108 t, ranking No. 4 in Asia and No.12 in the world.5. A large coal deposit was discovered in Licheng, ShanxiIn 2016, a large coal deposit with more than 2.6 ×108 t resources was discovered in Licheng, Shanxi. All the coal layers were strongly bonded-super-bonded coking coal and fat coal, which can be used as coking coal.6. A super-large bauxite deposit of 2.4×108t resources was discovered in Yanlong, HenanIn 2017, a super large bauxite deposit of 2.4×108 t resources was discovered in Yanlong, Henan, consisting of 6 ore bodies with an average thickness of 3.21 m. It is one of the largest bauxite deposit in the world.7. A super-large gold (copper) deposit was discovered in Katabasu, Xinyuan, XinjiangIn 2016, a super-large gold (copper)deposit was discovered in Katebasu, Xinyuan, Xinjiang, with gold resources of 78.73 t (average grade of 3.13 g/t) and copper reserve of 48300 t (average grade of 0.53%).8. The high-grade manganese ore resources in Xinjiang has risen to the first place in ChinaIn recent years, more than 0.5×108 t manganese ore resources has been discovered in Malkansu of west Kunlun, Xinjiang, with an average grade of more than 30% and the high-grade manganese ore resources in Xinjiang has risen to the first place in China.9. A super-large pyroxene-type lithium deposit was discovered in Jiajika, Ganzi, SichuanIn 2016, a lithium deposit of 1.8877 ×106 (metal amounts) was discovered at the junction of Kangding, Yajiang and Dao fu counties (cities) in Ganzi, Sichuan, which is expected to exceed 3 ×106.10. An independent rubidium deposit was firstly discovered in GuangdongA total of 1.75×105 t resources super-large independent rubidium deposit that was first discovered in the world located in Tiantang mountain, Heyuan, Guangdong.(by China Geology Editorial Office; Data source from The Report of China Mineral Resources (2018) printed by Ministry of Natural Resources of People's Republic of China)250News and Highlights / China Geology 2 (2019) 248−250。