Shino Sakamoto

Korea Zinc publishes its first Responsible Minerals* Report to fulfill the company's social responsibilities and manage sustainable supply chain development. This report includes not only the 3TG but also Korea Zinc's major products such as zinc, lead, silver, and copper as supply chain management targets. It has been compiled to provide management strategies for mineral suppliers in the future. In particular, based on seven international standards, the report established Conflict-Affected and High-Risk Areas (CAHRAs) and disclosed management approaches according to the level of risk. Additionally, it aims to foster mutual growth by thoroughly educating and communicating the suppliers to provide socially responsible raw materials. Although Korea Zinc's main products, excluding gold, are not classified within the 3TG category, the company manages them according to the ‘OECD Due Diligence Guidance for Responsible Supply Chains of Minerals from Conflict-Affected and High-Risk Areas‘. This is done to prevent potential human rights violation during the primary mineral mining process and to fulfill its social responsibility in accordance with contemporary trends. A Korea Zinc official emphasized, "With the publication of the Responsible Minerals Report, we plan to establish a more environmentally friendly infrastructure that produces key minerals into cleaner energy, contributing to a circular economy."   Visit our website to discover more! 👉 https://bit.ly/3UuSvU9   * Responsible minerals refer to minerals that are mined in a manner that respects human rights, protects human and environmental health, and combats forced labor. 

9

May 22, 2024 — Gaoneng New Energy Co., Ltd. (hereinafter referred to as "Gaoneng Auto") recently participated in the 3rd Asian Mining Innovation Development Summit Forum held in Beijing. The forum, themed "Financial Support for International Mining Development," brought together experts and leaders from the global mining, financial, and technology sectors to explore innovative paths for mining development and the critical role of financial support. As a pioneering company in the new energy vehicle industry, Gaoneng Auto's participation garnered significant attention. The company representative delivered a keynote speech at the forum, introducing Gaoneng Auto's innovative achievements and future plans in the development and utilization of new energy mineral resources. Gaoneng Auto emphasized the importance of key mineral resources such as lithium, cobalt, and nickel in the new energy vehicle industry chain and shared its advanced experience in building a sustainable mineral supply chain. During the forum, Gaoneng Auto engaged in in-depth discussions with multiple international mining and financial institutions, exploring potential cooperation opportunities. This exchange further solidified Gaoneng Auto's strategic layout in the global mineral resource field and laid a solid foundation for future international development. Gaoneng Auto CEO Zhang San stated, "This forum provided us with a valuable platform to communicate with top experts and partners in the mining and financial fields. We firmly believe that through financial innovation and international cooperation, we can further promote the sustainable development of new energy mineral resources and inject new impetus into the development of the global new energy industry." The 3rd Asian Mining Innovation Development Summit Forum was not only a grand industry event but also a bridge promoting international mining financial cooperation. Gaoneng Auto will continue to uphold the concept of innovative development, striving to upgrade the entire new energy vehicle industry chain and contribute to the global sustainable development goals. About Gaoneng Auto: Gaoneng New Energy Co., Ltd. is a high-tech enterprise focused on the research, development, production, and sales of new energy vehicles. The company is committed to creating green, environmentally friendly, and energy-efficient new energy vehicle products through technological innovation and resource integration, promoting the development of global green travel.

3

In Japan, Green hydrogen produced in Japan will be used for the heat demands of industries.(^^♪ It is not imported Green hydrogen, and it is not for electricity.(^_-)-☆ Tokyo Electric Power Company(TEPCO), which is the 1st sales electricity retailer in Japan, will supply vapor produced by Green hydrogen to Suntory (famous for YAMAZAKI whiskey) and Suzuki(a major motor company) as a heat in 2026. ( ^^) _旦~~ Japan has a renewable energy curtailment problem"(-""-)", but it will be solved by producing green hydrogen as an energy storage system.(^^)/ Also, Japan has been engaging in a carbon-neutral electricity scheme. However, the domestic energy consumption is about 30% for electricity and 70% for heat. The demand for heat should be carbon-neutral as early as possible. Then, TEPCO will start the Power to Gas business for the heat demand. (I guess Tokyo Gas or Osaka Gas should do that because they have an advantage in the heating business) Japan will import Green hydrogen from overseas and use it around the coastal areas, which will be supplied by pipeline to industrial facilities there. However, inland and mountainous regions are not good for hydrogen pipeline networks. Transportation by a hydrogen tank truck is not good for cost-effectiveness. So, renewable energy-onsite green hydrogen production for local consumption is the rationale model.( ^^) _旦~~ Japan accelerates the Green Transformation(GX) strategically and constantly. It must be attractive market for investors.(^_-)-☆

32

1 Comment

We will be setting up production facilities at our Iwakuni-Ohtake Works for carbon nanotube (CNT) pellicles suited to use in next-generation High NA (numerical aperture), high-output EUV lithography systems, which is indispensable in further reducing the size and increasing the production efficiency of semiconductors. There is particular demand growth for High NA (numerical aperture of 0.55), high-output (600W or above) lithography, which represents the next generation of EUV lithography technology. And pellicles made from new materials will be essential to withstand the harsh lithography environments required to make this technology a reality.   In order to match these innovations in exposure technology, we have decided to establish mass production facilities as a step toward commercializing CNT pellicles that have both high EUV transmittance (92% or above) and light resistance for exposure output of over 1kW. Find out more from the official press release at https://lnkd.in/e8XyqTiv 三井化学株式会社は、半導体の更なる微細化、生産性向上に不可欠な次世代の高NA、高出力EUV露光装置に対応したEUV露光用CNT（カーボンナノチューブ）ペリクルの生産設備を当社岩国大竹工場に設置することを決定致しました。 #MitsuiChemicalsGroup #MakeItHappen #pressrelease #business #CNTPellicles #NextGenEUVLithography #ICT #MITSUIPELLICLE

59

1 Comment

Ym Raja Dato’ Idris Raja Kamarudin, The Chairman of the Malaysian Rubber Council Faced with competition from synthetic rubber, YM Raja Dato’ Idris Raja Kamarudin needed a plan to uplift the Malaysian rubber industry. To this end, he calls on innovators to uncover the true potential of natural rubber, and opines the need for partnerships. Watch the Full Video at: https://lnkd.in/g8wUeTZa

1

SK-On, one of the big 3 battery companies in Korea, has succeeded in jointly developing a polymer electrolyte for lithium metal batteries that can be operated even at room temperature. SK-On announced on the 16th that it has developed a new polymer electrolyte "SIPE" (single-ion conducting polymer electrolyte) with Professor Hadi Khani's research team at the University of Texas. Polymer electrolytes are attracting attention as next-generation solid batteries because they are inexpensive and easy to manufacture. However, the fact that the ion conductivity is lower than that of the oxide or sulfide system and is operated only at a high temperature of 70 to 80°C was considered a challenge to overcome. SIPE solved this problem by improving ion conductivity and lithium ion transport. Compared to conventional polymer electrolytes, the ion conductivity at room temperature was increased by about 10 times, and the lithium ion transport rate was increased by nearly five times. When the lithium-ion conductivity and transport rate increase, the battery output power and charging performance also improve. As a result of the experiment, the battery, to which the SIPE is applied, maintained a discharge capacity of 77% even during fast charging/discharging compared to low charging/discharging. In addition, SIPE has high mechanical durability, can be mass-produced, and has excellent thermal safety, so it can withstand high temperatures of 250°C or higher. The company expected that the application of SIPE to next-generation composite solid-state batteries will improve charging speed and low-temperature performance. SK-ON is developing polymer-oxide composite and sulfide solid state batteries. It aims to produce pilot prototypes in 2025 and 2026, and commercialized prototypes in 2028 and 2029, respectively. Since 2020, SK- On has jointly developed a solid electrolyte for realizing lithium metal batteries with a team led by Professor John Goodenough of the University of Texas, the winner of the Nobel Prize in Chemistry. After Professor John Goosenough's death in June last year, Professor, Hadi Khani is leading the research team. "Based on the results of this study, we expect to be able to speed up the development of solid-state batteries with polymer electrolytes," said Kim Tae-kyung, head of SK-On's Next Generation Battery Center. "We will preempt growth opportunities in the next-generation battery sector based on new material technology competitiveness." The study was published in the prestigious journal Electrochemical Society in the field of electrochemistry.

32

2 Comments

🚢Carbon Emission News👣 China has announced plans for a new method to measure the ‘carbon content’ of its products – an issue that has caused tension with some of its trading partners. This move, seen as a key step in reaching its climate goals, comes amid a push by the European Union and other countries for tougher carbon standards overseas. The new “carbon footprint management system” detailed by the Ministry of Ecology and Environment will go into effect in 2027, setting standards for measuring carbon emissions for about 100 key products throughout the Chinese economy, according to a policy document, Reuters said. Initially, the Chinese calculation standards will apply to products that generate high emissions such as coal and natural gas, plus export products like steel, aluminium, lithium batteries and electric vehicles. #carbonfootprint #emission #CBAM #Europeunion #tradingpartner #oceanshipping #logistics #challenges #FreightForwarding #metaworlwide #worldtopmeta 🍂 Read the full article on our website ⤵ https://lnkd.in/g8qqKkMN

3

💡 #InvestKoreaMagazine April 2024 Issue 🚀 📢 Dive into the latest edition of the Invest KOREA Magazine - April 2024 Issue, as we unravel insights into Korea's Battery Industry! 🔍 Here's a sneak peek of what you can expect: 📰 Feature Story: Sun Choi, founding partner of 2080 Ventures, shares key insights into Korea's startup scene. 🏭 Industry Focus: Korea's #Battery Industry strengthens its core competence in a pivotal founding year. 🦄 Future Unicorns: Korea LFP pioneers the revolution in #SecondaryBatteryMarket. 🤔 FAQ: Do foreign investors need Korean partners for certain business categories? 💼 Business in Korea: A concise guide for foreign entrepreneurs. Don't miss out on this valuable resource to stay updated on Korea's thriving Business Ecosystem! #InvestKorea #Battery #InvestmentOpportunities #KOTRA Invest KOREA

4

♻️The world's first commercialization of PC resin chemical recycling⭐ The Mitsubishi Chemical Group started verification testing for the collection of polycarbonate (PC) resin from end-of-life vehicle headlamps in the Kanto region in January. The initiative aims to achieve the world's first commercialization of PC resin chemical recycling. Collaborating with Tokio Marine & Nichido Fire Insurance Co., Ltd. and ABT Corporation, the MCG Group is pioneering efforts in this field. Beyond establishing chemical recycling technology, the MCG Group is working to develop a recycling system for used PC resin. Collaboration with companies utilizing PC resin in their products is underway to explore recovery methods from various end-of-life products. One more step towards a successful circular economy in plastics. 👏 #circulareconomy #ktradefair #recycling #innovationinplastics

58

🎟️ Asian Battery Raw Materials Conference 2024 📍🗺️ Seoul, South Korea 📅 22nd and 23rd April 👥 Fiona Yang and Nelson Calpo Are you attending the Asian Battery Raw Materials Conference 2024 in Seoul, South Korea next week? If so, meet with AHK representatives Fiona Yang and Nelson Calpo, who will be available to discuss your battery recycling practices and see how we can help your organisation better understand your Black Mass and Battery Production Scrap materials for commercial settlement. To find out more information about how our wide range of services helps organisations within the circular economy, visit the link in our comments and speak to an expert today. #circulareconomy #battery #batteryrecycling #Asia 

14

1 Comment

[LS Materials breaks ground on EV parts plant] Korean company aims to become global aluminum parts leader in EV sector LS Materials’ subsidiary HAIMK began construction of an aluminum parts plant for electric vehicles in Gumi, North Gyeongsang Province, on Wednesday. According to LS Materials, the plant will begin the mass production of battery cases with an annual capacity that can be used for 300,000 EVs in the first quarter of next year. The product is a high-strength aluminum component that protects the battery from outside impact without supplementary steel material. “Our products will be the only kind in Korea that meet automakers’ quality standards,” said Hong Young-Ho, CEO of LS Materials. “We expect to generate over 200 billion won ($144 million) in revenue in 2027.” Tap below to read full story. #EV #LS #Materials #chip #production #automaker #battery https://lnkd.in/g-TmxTbA

11

Hong Kong's First EV Battery Processing Plant, Boosting Global Recycling Efforts On June 14, 2024, Envision Greenwise Holdings Limited (“Envision Greenwise”, 1783. HK), together with its wholly-owned subsidiary Chun Yang International (HK) Co., Limited (“Chun Yang”), hosted the groundbreaking ceremony for Hong Kong's first EV Battery Processing Plant. The event took place at lots T2 & T3 of Hong Kong EcoPark. Mr. Tse Chin-wan, BBS, JP, Secretary for Environment and Ecology of Hong Kong, delivered the opening speech at the ceremony, after Mr. Kwok Chun Sing, MH, Chairman of Envision Greenwise Group started a welcome address to all the guests attending the ceremony. Ms. Kwok Ho Yee as the COO of Envision Greenwise and the managing director of Chun Yang especially introduced the importance of this breakthrough project. The ceremony also honored the presence of about 150 distinguished guests, including representatives from the Environment and Ecology Bureau, EcoPark, top enterprises in the electric vehicle and battery sectors such as Tesla (Hong Kong) (TSLA. US) and Gotion High-tech (002074. SZ), the Hong Kong Motor Traders Association (including most Hong Kong car brands), and the Hong Kong Recycling Chamber of Commerce, etc. Shortly, Hong Kong's EV Battery Processing Plant (“the Plant”) will be built up on this ground which covers a total area of 9,420 square meters, to provide sustainable solutions such as cascade utilization and new material regeneration for Lithium-ion batteries. Besides, the Plant will feature automated production lines integrated with artificial intelligence technology to optimize Lithium-ion batterie resource recycling. Once completed, the Plant is expected to become a benchmark project for EV battery industry chain's circular development in Hong Kong and the Greater Bay Area (GBA), as well as to attract top global talents in the battery industry, thereby promoting sustainable development and enhancing Hong Kong's reputation and status in innovative green technology. The Plant will also act as a “super-connector” to facilitate GBA enterprises’ entry into global markets, and thus to accelerate the creation of a new paradigm to promote high-quality development in EV battery recycling. In recent years, Envision Greenwise has actively expanded into the EV battery recycling sector. In 2022, it obtained Hong Kong’ s first full set of professional licenses for EV battery disposal, transportation, and export. Its approved total dismantling and processing capacity is now at the forefront of the industry. Mr. Kwok Chun Sing, MH, the Chairman of Envision Greenwise, stated that this Plant is a crucial part in building the Group's global supply chain service system for the EV battery recycling and circular economy. It also marks a significant milestone of the Group in the pursuit of developing renewable energy resources and achieving its sustainable development goals.

1

Commencement of a Joint Study for the Establishment of an Ammonia Supply Chain Based in the Tomakomai Area of Hokkaido   Summary: On April 25, Hokkaido Electric Power Co., Ltd., Hokkaido Mitsui Chemicals, Inc., IHI Corporation, Marubeni Corporation, Mitsui & Co., Ltd., and Tomakomai Futo Co., Ltd., (the “six companies”), have started a joint study for the establishment of an ammonia supply chain based in the Tomakomai area of Hokkaido, Japan. The six companies will work on studies related to the establishment of facilities for receiving, storing, and supplying ammonia from overseas in the Tomakomai area, as well as surveys aimed at expanding the use of ammonia throughout Northern Japan.   The Tomakomai area, where the six companies aim to develop a base, has vast land available for the installation of facilities required for the establishment of an ammonia supply chain, such as the possibility of adding storage tanks to meet future demand increases. Additionally, as the largest marine transportation hub in Northern Japan, the area has shipping routes accessible to both the Sea of Japan and the Pacific Ocean, enabling the supply of ammonia not only to demand sites close to the Tomakomai area but also to hydrogen demand sites throughout Northern Japan by utilizing domestic vessels and other means.   Going Forward: In parallel with this joint study, the six companies are discussing the establishment of an ammonia supply chain with Kushiro Power Station Co., Ltd., Nippon Beet Sugar Manufacturing Co., Ltd., and Oenon Holdings, Inc., which are potential customers for ammonia utilization. The six companies will utilize their respective technologies and expertise to establish an ammonia supply chain in the broader Northern Japan region, starting from the Tomakomai area, aiming to expand the use of ammonia and contribute to the realization of a decarbonized society. To reach this goal, the six companies will continue to work towards the realization of projects that can contribute to the decarbonization of the area and economic development, with the cooperation of Hokkaido and Tomakomai City, combination of both public and private sectors.   Click here to learn more: https://lnkd.in/dDGPnzzm   Click here for information on Marubeni’s New Energy Business Development Department Division: https://lnkd.in/gqSu_69Q #Marubeni  

93

1 Comment

Idemitsu Kosan, ENEOS, Toyota, and MHI Commence Study toward Introduction and Spread of Carbon-Neutral Fuels for Automobiles Idemitsu Kosan Co., Ltd. ("Idemitsu Kosan"), ENEOS Corporation ("ENEOS"), Toyota Motor Corporation ("Toyota"), and Mitsubishi Heavy Industries, Ltd. ("MHI") announce that they have commenced a study toward the introduction and spread of carbon-neutral fuels that contribute to the decarbonization of automobiles with the aim of realizing a carbon-neutral society. Seeking to introduce carbon-neutral fuels in Japan around 2030, the four companies fulfilling major roles respectively in supply, technology, and demand will jointly embark on this study.

1

Protection from thermal runaway in an electric vehicle (EV) battery requires a holistic solution that affects every aspect of the pack’s design and operation. Shuang Ma, PPG's global leader for battery safety, discusses this topic in an article for E-Mobility Engineering, exploring strategies to prevent thermal runaway incidents in EVs.

9

we should focus on three countries for selling calcium carbonate powder produced in Vietnam, considering the balance of market potential, ease of entry, and trade agreement, the following countries are recommended: 1. China Reasons: Massive Market Demand: China's large-scale construction projects, manufacturing, and industrial growth drive significant demand for calcium carbonate. Proximity: Geographical closeness reduces shipping costs and times. Trade Relations: Strong trade ties with Vietnam, benefiting from existing trade agreements and reduced tariffs. Advanced Strategy: Partnerships: Collaborate with local distributors and major construction firms. Quality Compliance: Ensure adherence to local industrial standards and regulations. 2. India Reasons: Rapid Industrial Growth: India's expanding construction sector, infrastructure projects, and growing manufacturing industries create substantial demand. Market Size: Large population and fast-growing economy offer extensive market opportunities. Trade Relations: Beneficial trade agreements and favorable economic policies between India and Vietnam. Advanced Strategy: Distribution Network: Establish strong distribution channels in key industrial regions like Mumbai, Delhi, and Bangalore. Regulatory Compliance: Obtain necessary certifications and meet Indian standards. Marketing: Highlight the quality and specially cost-effectiveness of Vietnamese calcium carbonate. 3. South Korea Reason: Advanced industrial sector with significant requirements for high-quality calcium carbonate. Trade Relations: Strong trade relationships with Vietnam Advanced Strategy: Technology Integration: Emphasize the use of advanced technology in production. Quality Assurance: Meet South Korean industrial standards. Summary: By concentrating efforts on these three countries, we can maximize market penetration, capitalize on significant demand, and leverage strategic advantages to achieve substantial sales growth for calcium carbonate powder produced in Vietnam.

1

“What are lithium-ion batteries composed of?” “What role does the cathode material play?” “What chemical reactions occur when the battery is being charged?” "Nickel," a key cathode material of the batteries🔋 LG Energy Solution answers all your questions about Nickel! To find more details refer to the link below! URL: https://bit.ly/49JhjfJ #LGEnergySolution #Battery #Nickel

71

China's new energy vehicle industry is in a prime position to drive significant overseas expansion in the coming years, says CGL Associate Director Wayne Chen, who specializes in recruiting top overseas talent in the #automotive, #newenergy, #manufacturing, and #consumerelectronics industries. The industry's maturity, coupled with its competitive edge in battery manufacturing and vehicle production, offer a cost-effective and technologically advanced alternative in the international market. As the world actively steps up its efforts to reduce carbon emissions, #newenergyvehicles are emerging as a primary choice for promoting #greentravel, setting the stage for China's domestic champions to gain traction #overseas. Data from the 2023 CGL Annual Report on Overseas Business show that #Germany, #Mexico, and #Thailand are the top three destinations for Chinese new energy vehicle companies. The #talentdemand is mainly for experienced professionals in the #sales, #marketing, and #channel side, as well as #logistics, localized #R&D, and local support functions such as #HR, #finance, #law, #IT, among others. However, Chinese companies must pay careful attention to adjusting their #recruitment strategy to attract top talent in these markets, said Chen. In particular, they should be prepared to brace for a potentially extended recruitment cycle, establish their overseas recruitment capacity, and prioritize employer branding. In 2023, CGL Consulting Co., Ltd. strategically expanded its talent services to cover major economies across the #Americas, #Europe, and #SoutheastAsia, assembling a dedicated virtual overseas team of 40+ highly skilled professionals to better serve the new wave of Chinese enterprises expanding overseas. CGL's overseas search business recorded a year-on-year increase of 20% in 2023, serving 131 enterprises and placing 189 positions.  CGL Group is a comprehensive #talent asset management company that specializes in high-end #executivesearch, #organizationalmanagement #consulting, #investment and #financing services, and #expertneworks. Watch this space for a brand-new series on the expansion of Chinese new energy vehicle companies overseas. Stay tuned and follow CGL Consulting Co., Ltd. for more #insights on how to continue #creatinggreatervalue in 2024 and keep abreast of #China's exciting #talentmarket! #strongertogether

18