Materials and Technology Transfer Platform

材料與技術轉移平台｜觸媒研發與燃料電池技術合作
MATERIALS & TECH TRANSFER

Assisting enterprises in adopting clean energy and formulating low-carbon transition strategies.

With material R&D, technology validation, and engineering integration as the core axes, we establish a materials and technology transfer platform. This platform focuses on ammonia cracking catalysts, solid oxide fuel/electrolyzer cells (SOFC/SOEC), stacks, and test benches. It also enables integration with demonstration site construction and system integration to help enterprises accelerate their low-carbon transformation.

Core Capabilities and Technical Framework

We regard materials, components, stacks, systems, and field deployment as a continuous validation chain.

Through traceable verification processes and structured data generation, technology transfer goes beyond conceptual stages and can more rapidly progress toward:

  • Demonstration deployment

  • Commercialization

  • Mass-production feasibility assessment

Ammonia Cracking Catalyst & Material Development Support includes catalyst design, formulation optimization, durability testing, and performance evaluation, aligned with engineering requirements for both direct and indirect ammonia power generation systems.
  • Catalyst development
  • Durability evaluation
  • Engineering implementation
SOFC / SOEC Application and Integration

For Solid Oxide Fuel Cell and Electrolyzer technology pathways, we provide:

  • Application feasibility assessment

  • System interface planning

  • Testing and validation design

  • SOFC
  • SOEC
  • System integration
Stack & Test Platform Development and Validation Assist partners in defining testing conditions, measurement parameters, and verification datasets, enabling stack selection and system specifications to become quantifiable and traceable.
  • Stack development
  • Testing platforms
  • Validation data generation

Collaboration Models & Technology Transfer Methods

Depending on an enterprise’s R&D maturity and deployment objectives, multiple cooperation models are available — ranging from development collaboration to licensing and deployment integration.

Co-Development（Co-Dev）

Suitable for teams needing to jointly define:

  • Technology roadmap

  • Validation plans

Focus areas include key material/component performance and manufacturability evaluation.

Commissioned Development（ODM/OEM）

Designed for companies seeking rapid acquisition of:

  • R&D outcomes

  • Verification data

Specifications, testing conditions, and deliverables can be customized according to project requirements.

Technology Transfer & Licensing

  • Traceable technical documentation

  • Validation datasets

  • Implementation recommendations

Supporting future mass production introduction and supply-chain evaluation.

Demonstration Integration & Deployment

echnology can be connected directly with:

  • Ammonia / hydrogen power generation system integration

  • Demonstration site construction

This enables technologies to move from laboratory validation to real deployment and operational data feedback.

Interested in collaborative R&D or technology transfer?

Provide your current technology stage and objectives, and we will assist in planning:

  • Validation pathways

  • Deliverables definition

  • Deployment and commercialization strategies

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