Global Innovation Summit 2025

1–2 Apr 2025 | HANNOVER MESSE, Germany

EUI CHAN Jang

CTO

NANOINTECH

Wonju-si, South Korea

29 profile visitsCompany

My organisation

NANOINTECH

NANOINTECH

Company

Wonju-si, South Korea

Core Competencies: Advanced Materials Processing and Energy Solutions: Dry Powder Mixers for DBE technology, optimizing powder flowability and homogeneity, essential for high-performance battery manufacturing. Ceramic Ink Technology for high-temperature marking (800°C+), ensuring data integrity in extreme environments, integral to Digital Battery Passport implementation. Direct Lithium Extraction Technology using ceramic membranes, enabling sustainable and efficient lithium recovery for next-generation energy storage systems. Digital Battery Passport Integration: Developing digital battery passports with high-temperature ceramic marking technology to ensure data integrity and traceability throughout the battery lifecycle. Integrating blockchain-based data management for secure and transparent battery manufacturing and recycling. Leveraging AI and IoT-driven smart manufacturing to enhance productivity and quality in digital battery passport applications. Pioneering Research and Development: Establishing a forward-looking R&D framework focused on energy materials, digitalization, and advanced manufacturing equipment. International Collaborative R&D projects aligned with EU Battery Regulations and sustainable battery ecosystems. Key Technologies and Products: High-Temperature Ceramic Marking Technology: Ceramic ink technology that maintains data integrity at temperatures above 800°C. Enables digital identification and traceability for Digital Battery Passports, ensuring compliance with EU Battery Regulations. Dry Powder Mixer for Dry Battery Electrode Process: Ensures consistent powder flowability and homogeneity. Integral to the development of high-performance dry electrodes for lithium-ion batteries. Direct Lithium Extraction Technology: Utilizes ceramic membranes for efficient and sustainable lithium recovery, supporting the growing demand for electric vehicle batteries. Ceramic Processing Equipment: High-precision ceramic grinders, mixers, and Beads Mill technology for high-temperature ceramic ink manufacturing. Used in advanced materials manufacturing, including energy storage and electronic devices.
Read more

About me

Eui-Chan Jang  

Chief Technology Officer (CTO), Nanointech Co., Ltd.

Professional Overview:

Mr. Jang Eui-chan is the Chief Technology Officer of Nanointech Co., Ltd., a leading SME specializing in advanced material processing and mechanical equipment for energy solutions. Jang has played a key role in driving strategic innovation at Nanointech, particularly in battery electrode (DBE) technology using high temperature ceramic marking technology, ceramic processing, and digital battery passport integration.

His leadership in open innovation and international collaboration has positioned Nanointech as a pioneer in sustainable battery solutions and advanced manufacturing equipment. With over 37 years of experience including international assignments and technology scouting in Europe, he has a unique ability to connect R&D and commercialization.

Current Role and Responsibilities:

Chief Technology Officer (CTO)
Nanointech Co., Ltd.
 

  1. New Business Development in Energy Sector:

    • Driving Digital Battery Passport solutions by integrating high-temperature ceramic marking technology to ensure data integrity and traceability throughout the battery lifecycle.

    • Leading the development of innovative equipment for lithium-ion batteries, including Dry Battery Electrode (DBE) technology and hydrogen energy components.

    • Spearheading the design and manufacturing of Dry Powder Mixers that optimize powder flowability and homogeneity, crucial for high-performance DBE technology.

  2. Pioneering High-Temperature Ceramic Marking Technology:

    • Leading the development of ceramic ink technology for high-temperature environments (800°C+) to enable reliable digital identification and data preservation.

    • Integrating blockchain-based data management for enhanced security and transparency in battery manufacturing and recycling.

    • Enhancing AI and IoT-driven smart manufacturing processes to improve productivity and quality in digital battery passport applications.

  3. Strategic R&D Leadership and Open Innovation:

    • Establishing a forward-looking R&D framework focused on energy materials and advanced manufacturing equipment.

    • Crafting and executing open innovation strategies to collaborate with leading global research institutes, including potential partners from Eureka member countries..

    • Driving international collaborative R&D projects, with a strategic focus on EU Battery Regulations and sustainable battery ecosystems.

  4. International Collaboration and Partnerships:

    • Fraunhofer Institute (Germany): Strategic collaboration for DBE technology development, focusing on dry powder mixing and fluorinated binder integration.

    • European Partnership Exploration: Actively seeking European partners specializing in:

      • Digital battery passport implementation

      • High-temperature ceramic ink technology

      • Blockchain-based data management

      • Smart manufacturing and IoT integration for sustainable battery ecosystems