核心技术Core Technology

用碳纳米管，替代贵金属铂 Replacing Platinum with Carbon Nanotubes

颢元以改性碳纳米管构建非铂催化活性位点，在保持性能的同时实现零铂载量与更长寿命。 HAOYUAN builds non-Pt active sites on modified carbon nanotubes — delivering performance with zero Pt loading and longer life.

技术对比Pt-C vs Carbon

碳基催化剂 vs 铂碳催化剂Carbon-Based vs Pt/C Catalyst

传统铂碳催化剂Conventional Pt/C

依赖贵金属铂Relies on precious platinum
  • 生产工艺复杂，成本高Complex process, high cost
  • 依赖铂价，供应与价格风险大Exposed to Pt price & supply risk
  • 无定形碳易腐蚀、活性位点易脱落Amorphous carbon corrodes; sites detach
  • 易受 CO 等有毒气体中毒Easily poisoned by CO etc.

颢元非铂碳基催化剂HAOYUAN Carbon Catalyst

改性碳纳米管活性位点Modified CNT active sites
  • 碳纳米管结构稳定，反应中不易腐蚀Stable CNT structure, corrosion-resistant
  • 活性位点经强化学键结合，不脱落Active sites bonded — no detachment
  • 零铂载量，成本仅为铂系 20–50%Zero Pt; 20–50% of Pt cost
  • 耐有毒气体，寿命更长Poison-gas tolerant, longer life
技术原理Mechanism

结构稳定，是长寿命的关键Structural Stability = Long Life

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碳纳米管骨架CNT Backbone

由多层碳纳米管制成的催化剂结构稳定，反应过程中不易被腐蚀，使用寿命长。Multi-wall CNT scaffold is structurally stable and corrosion-resistant, giving long service life.

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强键合活性位点Strong-Bonded Sites

活性结构通过强化学键与碳纳米管相连，不存在活性位点脱落问题。Active structures are bonded to CNTs by strong chemical bonds — no site detachment.

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起始电位提升Higher Onset

经工艺处理，起始电位可由 0.5V 提升至 0.95V（vs. RHE），逼近含铂催化剂水平。Process treatment lifts onset from 0.5V to 0.95V (vs. RHE), approaching Pt-catalyst levels.

研发前沿R&D Frontier

日本相模原催化剂实验室Sagamihara Catalyst Lab, Japan

由颢元日本株式会社运营，位于日本神奈川县相模原市中央区田名3833-6，专注最前沿的碳基催化剂研发与验证。Operated by Haoyuan Japan K.K. in Sagamihara, Kanagawa (3833-6 Tana, Chuo-ku) — frontier carbon-catalyst R&D and verification.

日本实验室
研发设备R&D Equipment
日本实验室
测试台Test Bench
日本实验室
实验环境Lab Environment
日本实验室
实验操作Lab Operation

实验室与日本某上市公司共建验证测试台，推进非铂催化剂的联合验证。The lab co-runs verification test-benches with a Japanese listed company for joint non-Pt catalyst validation.