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China ranks among the top countries in terms of lead reserves, but the shortage of lead ore resources is becoming increasingly severe. Developing the recycled lead industry can reduce the need to extract primary lead ore. Recycled lead can be produced directly from lead waste, without going through processes such as mining and ore processing required for producing primary lead. The production cost of recycled lead is 38% lower than that of primary lead. Furthermore, the energy consumption for producing recycled lead is only 25.1% to 31.4% of that required for producing primary lead. For every ton of recycled lead produced, 1,360 kilograms of standard coal can be saved, 98.7 tons of solid waste can be reduced, 208 tons of water can be conserved, and 0.66 tons of sulfur dioxide can be reduced. This helps to minimize the environmental pollution caused by lead waste as well as resource waste. Under the dual pressures of resource constraints and environmental protection, it is important to develop recycled lead on a large scale, so that lead metal can be part of a sustainable cycle of production, consumption, and recycling. This represents an important aspect of building a circular economy. Reclaimed lead production in China began in the 1950s; it was not until after 1978 that independent, specialized companies for reclaimed lead production emerged. Significant progress has been made over the past decade or so, with production volume rising from 28,000 tons in 1996 to 450,000 tons in 2007. Unlike the previous pattern of being \"small, scattered, and disorganized,\" in recent years, with the introduction of various industry policies, new technologies and equipment have gradually been adopted and promoted. Recycled lead is now in a critical phase of industrial upgrading, and the industry structure has seen some unprecedented changes. Policy Section The recycled lead industry boasts significant advantages in terms of resources and environmental protection; with the proper guidance of relevant industrial policies, it can effectively address issues such as the shortage of lead resources and severe lead pollution in China. Over the past 5 years, relevant policies and regulations to regulate the recycled lead industry have been introduced one after another. On January 1, 2003, the Law of the People’s Republic of China on Promoting Clean Production came into effect, and it has achieved significant results in protecting and improving the production environment as well as the ecological environment in the production of recycled lead. In October of the same year, the \"Technical Policy on the Prevention and Control of Pollution from Waste Batteries\" was issued, stipulating that companies involved in the collection, transportation, dismantling of waste lead-acid batteries, as well as those engaged in the recycling of lead, must obtain a license for handling hazardous waste before they can carry out their activities. However, this policy was merely a guiding document and had no substantial impact on the industrial landscape at that time. On April 1, 2005, the Law of the People’s Republic of China on the Prevention and Control of Environmental Pollution by Solid Wastes was enacted; however, it lacked regulatory provisions, implementation details, and management methods, resulting in a relatively low level of operability. As the lead recycling industry develops rapidly, China’s understanding of resource and environmental issues is also changing. The concept of a circular economy, centered on \"resource utilization, reduction, and regeneration,\" is gradually being reflected in the policy-making processes related to the lead recycling industry. 2007 marked a \"turning point\" in the development of China’s recycled lead industry. Eliminating inferior elements: Industry entry requirements In China, most lead recycling enterprises are small-scale, the overall level of the industry is low, and there is chaotic competition in this sector. The \"Access Requirements for the Lead and Zinc Industry\" issued on March 10, 2007, set clear requirements for this industry in terms of production scale, process equipment, energy consumption, comprehensive utilization of resources, environmental protection, as well as safe production and occupational hazards. Among these requirements, the standards for recycled lead stipulate that existing recycled lead manufacturers must have an annual production capacity of over 10,000 tons ； The scale of the upgrades and expansions for lead recycling projects must be over 20,000 tons per year ； For new lead recycling projects, the annual production capacity must be over 50,000 tons. Large and medium-sized lead smelting enterprises are encouraged to acquire small recycled lead plants and integrate their smelting furnaces for the combined processing of lead, or to incorporate recycled lead recovery into their operations. The capital contribution ratio for lead recycling projects must be 35% or higher. For new and existing lead recycling projects, the recovery and processing of scrap lead must employ advanced processes and equipment. Energy-saving measures must be implemented to ensure compliance with **energy consumption standards. The energy consumption per ton of recycled lead in smelting should be less than 130 kilograms of standard coal for lead, with electricity consumption being less than 100 kilowatt-hours. The overall lead recovery rate in newly established lead recycling enterprises is greater than 97%, while that in existing such enterprises is greater than 95%. The lead content in the slag resulting from smelting is less than 2%, and the reuse rate of wastewater is greater than 90%. The introduction of the \"Access Requirements for the Lead and Zinc Industry\" has raised the entry barriers for recycled lead production, which helps to improve the level and concentration of the industry. As a result, a large number of small recycled lead enterprises that fail to meet environmental standards, use outdated technologies, and cause severe waste of resources are forced to shut down. Supporting excellence: Pilot projects for a circular economy. In October 2005, with the approval of the State Council, the **National Development and Reform Commission**, the **Ministry of Environmental Protection**, the Ministry of Science and Technology, the Ministry of Finance, the Ministry of Commerce, and the **National Bureau of Statistics** jointly launched pilot projects for a circular economy. Pilot projects for a circular economy are carried out in key industries, key sectors, industrial parks, as well as at the provincial and municipal levels. The lead recycling enterprises included in the first batch of pilot projects for a circular economy are Jiangsu Chunxing Alloy Group Co., Ltd. and Henan Yuguang Gold-Lead Group Co., Ltd. In 2007, Hubei Jinyang Metallurgy Co., Ltd. and Anhui Jieshou Tianying Circular Economy Industrial Park were included in the list of the second batch of pilot units for circular economy initiatives. It is reported that the energy consumption of the first batch of pilot enterprises in the circular economy sector decreased by 12.1%, and the annual amount of recycled non-ferrous metals accounted for about 25% of their annual production volume, making a positive contribution to energy conservation and emission reduction. Through pilot projects on the circular economy, a framework for the recycling of resources across society has taken shape. Fairness: Welfare enterprise policies There are many welfare enterprises in the recycled lead industry. For a long time, welfare policies have been one of the factors in cost competition among enterprises, and the imperfections in these policies have led to unfair competition, thereby affecting the healthy development of the industry. In June 2007, the **“Notice on Tax Incentives to Promote Employment for Persons with Disabilities”** was issued, introducing unified new tax incentives across the country to foster fair competition in the recycled lead industry. This **major adjustment to the tax policies for welfare enterprises changes the previous practice of refunding all the value-added tax paid by such enterprises; for organizations that employ people with disabilities, the tax authorities now apply a system in which value-added tax is refunded or business tax is reduced, on a limited basis, depending on the actual number of people with disabilities employed by the organization. Recycled lead enterprises that rely on government subsidies to survive will have to strive to improve their competitiveness. Coordination: Relevant supporting policies On March 27, 2007, the Ministry of Commerce issued the \"Regulations on the Management of Recycled Resources,\" which established clear rules regarding the definition, classification, collection, and management of recycled resources, thereby effectively regulating the order of their collection. It provides a reference for establishing a recycling system for used lead-acid batteries in the future. In August, a kick-off meeting was held for the \"Technical Specifications for Pollution Control in the Collection and Treatment of Spent Lead-Acid Batteries,\" with the aim of guiding the development of environmental management and treatment technologies, standardizing collection, treatment, and disposal practices, promoting clean production, preventing environmental pollution, and fostering sustainable social and economic development. It also provides managerial and technical basis for the selection of pollution prevention technologies throughout the environmental management process, the establishment of pollution control requirements, and the guidance of corresponding recycling activities. In September, the VAT policies related to the recycling of waste materials also entered the final stage of adjustment; it has become necessary to restore the full VAT framework in order to promote the healthy development of this industry. On August 27, 2007, the 29th meeting of the 10th National **** Committee conducted a preliminary review of the Draft Law of the People’s Republic of China on Circular Economy, submitted for consideration by the National ** Environment and Resources Commission. This year, the law will be reviewed again at the **11th First Session** nationwide. **The National Development and Reform Commission and the **Environmental Protection Administration are formulating relevant policies, evaluation indicator systems, technical guidelines, etc., to complement the Circular Economy Law. However, so far, apart from the technical specifications for mechanical and electrical dismantling sites, other relevant policies and indicators are still lacking. To promote the standardization and development of the recycled lead industry, **adequate legislation and regulation are key. **There should be short-term and long-term plans; industrial policies should contribute to improving the technical standards and environmental protection practices in the recycled lead industry, as well as to fostering large-scale recycled lead enterprises with international competitiveness. In 2007, the introduction of industry access policies marked a new phase in the development of the recycled lead industry; policies related to recycling, regulation, taxation, environmental protection, and other aspects still need further improvement. In an increasingly favorable policy environment, China’s recycled lead industry will take on a completely new appearance different from before. Market Section For a long time, the development of the recycled lead industry in our country has been slow. Due to constraints such as market conditions and recycling channels, the vast majority of enterprises are small in scale, have outdated technical equipment, and suffer from problems related to environmental pollution and resource waste. With intensified market competition and a more robust legal framework, the domestic market for recycling used lead-acid batteries has seen rapid development in recent years. On March 22, 1990, China became a signatory to the Basel Convention on the Control of Transboundary Movements of Hazardous Wastes and Their Disposal; as a result, almost all of the raw materials used for producing recycled lead in China come from within the country, with the majority being used lead-acid batteries. In Western and moderately developed countries, the methods for recycling used lead-acid batteries are such that manufacturers are responsible for recycling them through their retail networks. Second, **authorized collection of lead-acid batteries and lead-containing waste is permitted through mandatory specialized associations and professional recycling companies, which then deliver them to lead recycling plants.** Third, lead recycling plants are approved to establish specific companies for the collection and disposal of used lead-acid batteries. In our country, the main entities involved in the recycling of recycled lead waste include material recycling companies across various regions, enterprises that recycle and dismantle end-of-life vehicles, companies that produce recycled lead, battery manufacturers, as well as a large number of individuals who purchase used materials. Among them, individual and private purchasing points account for 60%, battery retailers account for 18%, automobile repair shops and 4S stores account for 5%, battery manufacturers account for 8%, and recycled lead plants and specialized recycling centers account for 9%. The final destinations are as follows: battery factories and primary lead smelters account for 17%, small-scale smelters account for 41%, and large-scale recycled lead plants account for 42%. Due to a fragmented recycling system, lead recycling production in China is spread across the country, giving rise to several key areas for the distribution and production of recycled lead, such as Pizhou in Jiangsu, Baoding in Hebei, Linyi in Shandong, Xiangfan in Hubei, and Jieshou in Anhui. Over 80% of the recycled lead production is concentrated in regions such as Jiangsu, Shandong, Anhui, Hebei, Henan, Hubei, and Shanghai. In our country, the recovery rate of used lead-acid batteries and scrap lead is less than 90%; many illegal small enterprises carry out rough dismantling and crude smelting during the recycling process, resulting in serious waste of resources and environmental pollution. Through successive rectifications at various levels, the domestic recycled lead market has been gradually regulated. The zoning management model has been promoted. A network driven by distribution markets, industrial parks, and key enterprises to support the domestic recycling system has begun to take shape, with some regional economies exhibiting distinct industrial characteristics. A new pattern is beginning to take shape. Hebei: The Baoding area is home to numerous small enterprises involved in the production of recycled lead; over the years, large companies such as Huacheng and Xinxin have emerged there. Huacheng Non-ferrous Metals Products Co., Ltd. in Anxin County is a designated supplier for Baoding Wind Sail Co., Ltd.; it has successfully developed a new type of horizontal rotating reverberatory furnace, enabling it to produce 30,000 tons of lead and lead alloys per year. Baoding Xinxin Lead Industry Co., Ltd. produces 60,000 tons of refined lead per year, and has established Thai Boxinlong Metal Materials Co., Ltd. in Thailand. Shandong: Linyi Huadong Non-ferrous Metals City is a well-known used metal trading market in northern China, with a considerable volume of lead scrap being recycled. In 2006 alone, over 130,000 tons of lead scrap were traded there, and the capacity of this market to absorb raw materials cannot be ignored. Currently, plans are in place in this region to build facilities capable of producing 80,000 tons of recycled lead, 50,000 tons of refined lead, and 28,000 tons of alloyed lead per year; this is expected to change the situation in Shandong, where there are no large-scale recycled lead manufacturers. Hubei: The recycled lead industry is mainly concentrated in northwestern Hubei, with Hubei Metallurgy Co., Ltd. in Gucheng County as its core. On the basis of strengthening the existing recycling network, cooperation with well-known domestic 4S automobile dealerships is enhanced to handle the used lead-acid batteries delivered by them. Currently, leveraging the advantages of the automotive industry, a circular economy industrial park focused on recycled lead is being developed here. Henan: Henan Yuguang Gold and Lead Co., Ltd. in Jiyuan City, and Yubei Gold and Lead Co., Ltd. in Anyang City, are both engaged in the production of primary lead and recycled lead. Changge City in the Xuchang area is also one of the major domestic markets for the recycling of waste materials; in 2006, it processed 40,000 tons of used lead-acid batteries. Anhui: The recycled lead industry in Jieshou, Fuyang City, is mainly concentrated in the Tianying Industrial Zone. As of January 2007, 18 lead-related companies had settled in Tianying. Taking Huaxin as a model, the local authorities are actively attracting investment in the recycled lead industry in regions such as Zhejiang, Hainan, Jiangsu, and Guangdong, with plans to launch projects related to electric vehicles sowie other lead-based chemicals and alloys this year. Jiangsu: Jiangsu Chunxing Group, the largest recycled lead manufacturer in Jiangsu, has established a wide-ranging recycling network through its subsidiaries in Tianjin, Chongqing, Xiamen, Guangzhou and other places; its production capacity at the headquarters in Xuzhou exceeds 100,000 tons. Shanghai: Shanghai Flywheel Non-ferrous Metal Smelting Plant is a designated enterprise in Shanghai for the treatment of waste batteries, with a production capacity of 45,000 tons. In 2007, the factory entered into agreements with 80 electric vehicle manufacturing and sales companies in Shanghai to carry out targeted recycling of used lead-acid batteries. This ensured a certain supply of raw materials and helped increase production; it is reported that the factory’s output in 2007 was around 30,000 tons. Market integration is inevitable. Having resources means having wealth; the production of recycled lead abroad is concentrated in a few large enterprises – 13 in the United States, 5 in France, 5 in the United Kingdom, 2 in Germany, while there are over 300 such enterprises in China. At present, the market and channels for recycling used lead-acid batteries in China are still not standardized. As large-scale lead recycling enterprises, primary lead manufacturers, and foreign-funded companies all get involved in lead recycling, competition in this field is becoming increasingly fierce. The establishment and improvement of recycling channels by large enterprises have significantly reduced the living space available for smaller businesses. Due to the excessive fragmentation of enterprises and the complex nature of the recycling networks, it is difficult in China to develop lead recycling groups with international competitiveness. In the \"Access Requirements for the Lead and Zinc Industry,\" it is **encouraged that large and medium-sized, competitive lead smelting enterprises acquire small recycled lead plants and lead melting furnaces in order to process them together or to incorporate recycled lead recovery into their operations. A new round of market reshuffling has begun, hitting small and medium-sized enterprises directly. Anhui Huaxin originated as a small enterprise and followed a path of merging, upgrading, and improving itself as a small-scale recycled lead producer; through this transformation, it has now become one of the large-scale recycled lead manufacturers in China. Similar integrations will occur in the future, and mergers are also inevitable. An increase in industrial concentration will contribute to the standardization of market order. The development of a recycling system has begun. Currently, China can recycle approximately 700,000 tons of lead waste each year, with a metal content of 400,000 tons; the recycling rate is only around 85%, which severely hinders the development of the recycled lead industry. Some experts suggest that efforts should be made starting from aspects such as community recycling and the markets for the collection and processing of recycled materials, in order to promote pilot projects for the development of a recycling system for recycled resources. Gradually, a standardized and comprehensive recycling network for such resources should be established, along with centers for their collection and processing, so as to enhance the orderliness and standardization of recycling processes and ensure its healthy development. Establishing a standardized and orderly recycling system cannot be achieved by just a few companies. **The competent authorities have stated that they aim to establish, within 5 years, a recycling system for renewable resources that is well-structured and organized in a standardized manner. They also plan to allocate special funds to support the development of this recycling system. Currently, 24 cities have launched pilot projects to establish recycling systems for renewable resources. The impact on upstream and downstream industries is intensifying. China is the world’s most important producer and consumer of lead, as well as the largest exporter of refined lead; its domestic supply and demand for lead have a significant impact on the global market. Since the beginning of 2007, LME lead prices have risen by more than 100% in total. Lead has become the metal with the highest increase so far in this current bull market for metals, as well as the one that has risen the fastest on an annual basis. Meanwhile, LME inventory levels of lead remain low. Starting from June 1, 2007, China implemented extensive adjustments to its export tariffs, imposing a 10% export tax on the export of rare earth metals, refined lead, dysprosium oxide, and terbium oxide. This led to a sharp decline in exports. Coupled with the increasing demand for metallic lead in China’s automotive lead-acid battery industry, these factors all contributed to rising lead prices. Lead recycling companies that have access to channels for recycling used lead-acid batteries and possess large amounts of raw materials have reaped substantial profits from this rise in lead prices. At the end of last year, I saw piles of used lead-acid batteries stacked up in the raw material warehouse of a well-known recycled lead company, which gave me the impression that they were engaging in price gouging by hoarding supplies. The scarcity of mineral resources and fluctuations in international lead prices have highlighted the advantages of recycled lead, leading to a tighter integration of it with the entire industrial chain. Faced with numerous changes, strengthening market risk control will also be an area of focus for recycled lead enterprises in the future. Industry Section Over 80% of the main raw materials for recycled lead in our country come from used lead-acid batteries. With the rapid development of the automotive industry and the increase in the number of vehicles on the road, the accumulation of used lead-acid batteries continues to grow. By the end of 2007, the number of motor vehicles in China had reached 159.8 million, providing a supply of raw materials for the rapid development of the recycled lead industry. The service life of batteries used in cars is 3 to 4 years. In China, 400,000 to 600,000 tons of lead-acid batteries are scrapped each year. There are three methods for processing these discarded lead-acid batteries: one involves mixing the broken batteries with lead concentrate in primary lead smelting plants. The second method is pyrometallurgical smelting, which can utilize blast furnaces, shaft furnaces, rotary kilns, or reverberatory furnaces, or a combination of two or three of these methods. However, a common issue is that during the smelting process, large amounts of dust and fumes containing harmful substances such as lead and sulfur dioxide are emitted, necessitating the use of appropriate dust removal equipment. Third is solid-state electrolysis smelting. In addition, it can also be treated using direct lead smelting methods such as the Kivset method, the Ausmett method, the Essa method, and the QSL method. The physical properties of waste battery materials differ from those of lead concentrate; they are mostly composed of impurities and mixed substances. If these materials are fed directly into the smelting process without pre-treatment, it will not only cause severe environmental pollution but also complicate the smelting process, resulting in poor technical and economic outcomes. For many years, most small lead recycling enterprises in our country have relied on traditional smelting methods, using outdated smelting techniques such as small reverberatory furnaces and cupolas. They lack the necessary equipment for dismantling, preprocessing, and smelting; moreover, the plates and slurries are mixed together, resulting in a lead recovery rate of only 80% to 85%, and comprehensive utilization is low. The energy consumption per ton of lead is 500–600 kilograms of standard coal, which is more than three times that of foreign countries. Furthermore, many small enterprises do not have proper environmental protection facilities; during the smelting process, large amounts of harmful substances such as lead vapor, lead-containing dust, and sulfur dioxide are released into the atmosphere. This not only creates poor working conditions at the sites where these operations take place but also causes serious environmental pollution. After more than 50 years of development, in the past two years, China’s capacity and output of recycled lead have seen a significant increase, and the production of recycled lead is now moving toward a higher standard, larger-scale operations, and greater standardization. Further expansion of production capacity In April 2007, three recycled lead production lines came online in China; one of them was the Huaxin Lead Industry facility, which was capable of processing 330,000 tons of used lead-acid batteries per year and producing 200,000 tons of recycled lead annually ； Yuguang Jinlian 100,000-ton recycled lead comprehensive utilization project ； The northern Henan gold-lead project for the production of 100,000 tons of recycled lead per year. In addition, Jiangxi Decheng Metal Company is building a project that utilizes the oxygen-enriched closed-blast reduction smelting process to produce 100,000 tons per year of recycled lead and lead alloys ； Hunan Shuikoushan Non-ferrous Metals Group Company is designing a production line capable of producing 10,000 tons of lead alloys from used lead-acid batteries. According to statistics from the Recycled Metals Branch of the China Non-ferrous Metals Industry Association, China’s new lead recycling capacity in 2007 was 320,000 tons. On December 25, 2007, the Hunan Rare Earth Metal Materials Research Institute carried out a recycling process for used lead-acid batteries. This approach altered the traditional method of recovering lead directly from battery sludge; instead, the sludge was used in place of pure lead to produce lead-based products such as red lead and tri-salts. After more than two years of testing, this method proved successful, with virtually no waste being discharged, and a lead recovery rate of over 96%. Currently, the research institute is preparing to establish a comprehensive recycling production line at the Taojiang Smelting Plant, capable of processing 30,000 tons of used lead-acid batteries per year. China’s 11th Five-Year Plan specified that by 2010, the production of recycled lead was to reach 700,000 tons, and by 2020 it was to reach 1.2 million tons, with recycled lead accounting for 30% of the total lead production. In developed countries, recycled lead accounts for around 60% of total lead production, while in 2006, recycled lead accounted for only 17% of China’s total lead consumption. Under the “strict” constraints set by the \"Access Requirements for the Lead and Zinc Industry,\" the production capacity of recycled lead is expected to continue growing steadily in the future. Accelerated upgrades in technology and equipment The key to improving lead recovery rates and reducing pollution lies in pretreatment; developed countries primarily use mechanical crushing and sorting methods, as well as desulfurization processes. Representative examples are the XC crushing and sorting system developed by the Italian company Engitec, and the process developed by the American company MA. Most large domestic lead recycling enterprises use imported pretreatment equipment. Jiangsu Chunxing Group imported two sets of MA waste lead-acid battery crushing and sorting systems from the United States, and later transported these two crushing and sorting units to the lead recycling plant established in Thailand using the company’s technology. The factories in Xuzhou now use a crushing and sorting system that they have developed on their own, through the adaptation and improvement of MA crushing and sorting technology equipment. Hubei Jinyang also uses imported pretreatment equipment. Yuguang Jinlian has introduced pre-treatment equipment from Italy’s CX company, while Yubei Jinlian has adopted pre-treatment equipment for the crushing and separation of used lead-acid batteries from the American company LMT. By using pollution-free recycled lead production technologies, the lead recovery rate can exceed 95%, with only 350 kilograms of standard coal required per ton of lead. Additionally, the level of mechanical automation is high: crushing and sorting are carried out through mechanized assembly lines, feeding is done mechanically, and smelting is controlled by microcomputers. These advantages result in favorable production conditions and reduced labor intensity for workers. At present, in China, the enterprises that hold intellectual property rights for the core technology of pollution-free recycled lead are Jiangsu Chunxing Group and Hubei Jinyang Metallurgy Co., Ltd.; there are also a considerable number of enterprises that use this technology. In addition, Hubei Jinyang employs processes such as pre-treatment, crushing, and sorting of used batteries, production of lead paste, desulfurization conversion, and oxygen-enriched combustion in closed rotary kilns to comprehensively recover various components from used lead-acid batteries. It uses bag-type pulse dust removal equipment and PLC control systems to address technical challenges such as the risk of bag damage due to high temperatures in the flue gas and dew formation after temperature reduction. Chunxing Group uses shaft furnaces for lead smelting, while Yuguang Gold and Lead employs the domestically developed \"oxygen bottom-blowing\" method for production, both of which have achieved good results. To improve the standards of their production and quality control equipment, some large enterprises have imported from the United States crushing and conversion equipment capable of processing nearly 100 tons of waste batteries per day. They have also acquired top-tier optical emission spectrometers from the United States and Germany for testing purposes. In addition, they possess key equipment specialized for manufacturing lead-based battery products, such as gas generators, melting furnaces, refining furnaces, and alloying furnaces. According to evaluations by environmental protection authorities, the emissions of waste gases, wastewater, and waste residues all meet the specified emission standards. China’s major lead recycling enterprises have made significant progress in absorbing foreign advanced technologies and developing their own innovative process technologies and equipment, achieving notable results in improving the comprehensive utilization of resources and strengthening environmental protection. There is a clear trend toward capital diversification and internationalization. The lead recycling companies in the United States are very strong; there are only about a dozen of them, yet their annual production volume exceeds 1 million tons. Strengthening and expanding operations is not only aimed at reducing costs and improving quality, but it also provides a guarantee for preventing and controlling pollution. Experts point out that if China’s lead recycling enterprises are to develop into large, internationally competitive companies and enterprise groups, they must also pursue a path of diversifying investment entities and socializing capital. Today, with a tight supply of raw materials for lead mining, there is a growing demand for recycled lead. Like other resources, some large-scale recycled lead manufacturers, in order to improve their industrial chains and strengthen their ties with upstream resources, form partnerships among themselves, thereby creating an integrated whole that encompasses the mining, processing, smelting, and refining of both recycled lead and primary lead ore. At the same time, the entry of foreign capital and the emergence of listed companies enabled China’s recycled lead industry to reorganize its resources through strategic alliances, laying the foundation for the growth and strengthening of Chinese recycled lead enterprises. Capital diversification: The listed company Yu Guang Jin Lead has entered the field of recycled lead production in addition to its operations in primary lead smelting, and its strong financing capabilities will undoubtedly serve as a significant advantage for the recycled lead industry. In June 2006, Jiangsu Chunxing Group joined forces with Sinopec, a internationally renowned environmental protection company under Singapore’s Temasek Group, to establish Jiangsu Chunxing Sinopec Alloy Co., Ltd.; thus, a Sino-foreign joint venture made its appearance in the field of recycled lead. A capital alliance in the recycled lead industry has been formed, which will have a significant impact on improving corporate competitiveness. Internationalization: China is a signatory to the Basel Convention, and therefore imports of lead waste such as used batteries are prohibited. To alleviate the shortage of raw materials caused by the rapid growth in domestic lead smelting capacity, establishing recycled lead smelting plants abroad has become a new approach for Chinese recycled lead enterprises to utilize foreign lead resources. Currently, the leading companies that have set up recycled lead smelting plants abroad are Chunxing and Xinxin. Starting in 1995, Chunxing began establishing Thai-Chinese Non-ferrous Metals International Co., Ltd. in Thailand, and subsequently set up joint ventures in Thailand, Indonesia, Vietnam, and other places. Baoding Xinxin Lead Industry Co., Ltd. established a branch in Thailand