我们开发模块化催化升级技术，连接废弃物热解气与下游航空燃料合成。
We develop modular catalytic upgrading technology that links waste pyrolysis gas with downstream aviation-fuel synthesis.
81项专利基础，为团队及相关机构累计成果patents across the team and partner institutions
低值废塑料、废轮胎与混合有机固废持续产生，填埋、焚烧和物理回收都难以覆盖。把其中的碳转化为航空燃料的原料，是我们要解决的问题。
Low-value plastics, tyres and mixed organic waste keep coming, and landfill, incineration and mechanical recycling can’t absorb them. Turning that carbon into feedstock for aviation fuel is the problem we work on.
图：固废打包场。InnoHelix 只承担其中的催化升级环节。Image: a waste baling yard. InnoHelix works on the catalytic upgrading step only.
SAF 强制使用要求正在将航空减碳目标转化为市场需求。扩大生产，需要更多原料来源与配套转化技术。InnoHelix 聚焦其中的催化升级环节，为废弃碳进入航空燃料生产链开发关键技术。
SAF mandates are turning aviation’s decarbonisation targets into market demand. Scaling production needs more feedstock and the conversion technology to go with it. InnoHelix focuses on the catalytic upgrading step, building the technology that lets waste carbon enter the aviation-fuel supply chain.
全球 SAF 燃料收入：2025 年估算 → 2033 年预测，预测年复合增长率 24.6%。Global SAF revenue: 2025 estimate → 2033 forecast, at a forecast 24.6% CAGR.
来源：Sources: Grand View Research (2026) · European Commission · UK DfT · IATA (2026)
InnoHelix 复杂热解气催化升级模块——接入现有热解 / 气化装置，输出满足下游催化剂要求的稳定合成气中间体。
The InnoHelix Complex Pyrolysis Gas Upgrading Module plugs into existing pyrolysis and gasification units and delivers a stable syngas intermediate that downstream catalysts can trust.
点击编号，查看模块组成Tap a number to explore the module
不重建前端装置，以模块化改造增加产品路径。
No rebuild of the front end — a retrofit that adds a product route.
焦油、轻烃与杂质含量高的气体，也能稳定处理。
Built for gas heavy in tar, light hydrocarbons and impurities.
给下游一个明确的合成气质量接口。
A clear syngas-quality interface for whatever comes next.
费托、甲醇、制氢——按客户路线灵活组合。
Fischer–Tropsch, methanol, hydrogen — configured per route.
不动前端装置，只加一个模块，让已有的热解气走进更高价值的合成路线。
Keep the front end. Add one module. Send the gas you already make into higher-value synthesis.
把焦油、甲烷和轻烃转化为更高价值的合成气。
Tar, methane and light hydrocarbons become higher-value syngas.
减少下游催化剂中毒和非计划停机。
Fewer poisoned downstream catalysts, fewer unplanned stops.
通过气质标准化，扩大可接受的原料范围。
Gas normalisation widens the feedstock you can accept.
标准化模块并联，按气量灵活配置。
Standardised trains in parallel, sized to your gas flow.
上游将固废热解为复杂气体，下游利用合成气生产航空燃料。InnoHelix 开发两者之间的催化升级接口，将复杂热解气转化为合成气，衔接上下游工艺。
Upstream, waste is pyrolysed into a complex gas. Downstream, syngas is made into aviation fuel. InnoHelix develops the catalytic upgrading interface between the two, converting complex pyrolysis gas into syngas so both processes connect.
低值废塑料、复合包装、废旧纺织物与混合有机固废持续产生，组分复杂、污染度高。填埋、焚烧发电和物理回收都无法覆盖低值料，其中的碳资源没有被回收。
Low-value plastics, composite packaging, textiles and mixed organic waste keep coming — complex and contaminated. Landfill, incineration and mechanical recycling can't handle low-grade material, and its carbon goes unrecovered.
商用大飞机完全依赖液体燃料，SAF 是唯一合规的替代液体燃料。当前 SAF 占航油不足 1%，现有 HEFA 路线受废弃油脂供给上限约束。
Commercial jets run on liquid fuel, and SAF is the only compliant drop-in alternative. Today SAF is under 1% of jet fuel, and the dominant HEFA route is capped by the supply of waste oils.
组分杂波动大催化剂易中毒Messy compositionHigh variabilityCatalyst poisoning
为升级模块提供入口气体表征与运行设定：识别复杂热解气的组分与波动，转化为催化剂选择与运行参数。
Inlet characterisation for the module: we identify what's in the gas and how it fluctuates, and translate it into catalyst selection and operating set-points.
已发表：不同塑料热解气中 H₂、CO、CO₂、CH₄、C₂–C₄ 的组成，以及合成气产率与 H₂/CO。
Published: H₂, CO, CO₂, CH₄ and C₂–C₄ composition across plastics, with syngas yield and H₂/CO.
Energy & Fuels 37 (2023) 6661–6673 · doi:10.1021/acs.energyfuels.3c00499
独特的两级催化反应结构：第一段牺牲性床层承接焦油与多环芳烃，第二段主重整床专注深度转化——提升抗中毒性与转化效率。
A two-stage structure: a sacrificial first bed takes the tar and polyaromatics so the main reforming bed can focus on deep conversion — better poisoning resistance, higher efficiency.
保护下游主催化剂寿命。
Extends the life of the main catalyst.
提升氢碳比与转化效率。
Higher H₂/CO and conversion.
为升级模块提供实时工况分析，构建动态协同的连续运行模块，在原料波动时保持稳定。
Real-time condition analysis turns the module into a dynamically coordinated, continuously running system that stays stable when the feed moves.
抗中毒、高活性、长寿命
Poison-resistant, active, long-lived
Ni–Fe bimetallic · Fuel 276, 118116多相反应、高效传热、灵活结构
Multiphase, efficient heat transfer, flexible
Energy Convers. Manag. 254, 115205实时监测、动态调整、智能优化
Real-time monitoring and optimisation
Energy Convers. Manag. 302, 118082从批次式固定床到连续进料小试，我们的工艺路线有同行评议的数据和一套成型的专利基础。
From batch fixed-bed to continuous-feed bench rigs, our route is backed by peer-reviewed data and an established patent base.
专利基础Patent base
废塑料、废轮胎热解气Plastic & tyre pyrolysis gas
热解设备与工程供应链Pyrolysis kit & engineering supply chain
真实工业场景与快速验证Real industrial sites, fast validation
模块制造与成本优势Module manufacturing & cost
气体表征与准入边界Gas characterisation & acceptance limits
分级保护与催化升级模块Staged protection & upgrading module
运行窗口、数据与控制模型Operating windows, data & control models
工艺包与质量接口Process package & quality interface
SAF 与绿色甲醇需求SAF & green-methanol demand
碳核算与可持续标准Carbon accounting & sustainability standards
下游要求与市场准入Downstream specs & market access
技术许可与商业部署Licensing & commercial deployment
来自牛津、剑桥、中科院、华中科大、清华等机构，覆盖从固废到合成气、从合成气到燃料的完整链条。
From Oxford, Cambridge, the Chinese Academy of Sciences, HUST, Tsinghua and more — covering the chain from waste to syngas to fuel.
华东理工化工本硕博，牛津访问学者；论文 15 篇，发明专利 4 项
BSc–PhD ChemEng, ECUST; Oxford visiting scholar; 15 papers, 4 patents
剑桥化工博士在读（CSC–Cambridge Scholar），帝国理工一等学位
PhD candidate, Cambridge (CSC–Cambridge Scholar); First, Imperial
清华光电硕士，剑桥化工博士在读
MSc Tsinghua; PhD candidate, Cambridge ChemEng
清华水木学者，利兹大学博士；SCI 一作 10 篇
Shuimu Scholar, Tsinghua; PhD, Leeds; 10 first-author papers
剑桥 MBA；八年战略咨询与创新经验（麦肯锡、BCG、福特）
Cambridge MBA; 8 years in strategy & innovation (McKinsey, BCG, Ford)
剑桥博士在读；负责项目运营与产业合作
PhD candidate, Cambridge; operations and partnerships
剑桥分子生物学博士研究背景；剑桥信托与三一学院奖学金
Doctoral research, Cambridge; Cambridge Trust & Trinity scholar
团队成员曾就读或任职的院校与机构。列出这些机构，不代表其与新碳纪元 InnoHelix 存在合作或背书关系。
Universities and institutes where our team members have studied or worked. Listing them does not imply a partnership with, or endorsement of, InnoHelix.
剑桥大学University of Cambridge
中国科学院Chinese Academy of Sciences
华中科技大学Huazhong University of Science and Technology
利兹大学University of Leeds
南京师范大学Nanjing Normal University把你的热解气交给我们，先看清它能变成什么。
Send us your pyrolysis gas. We'll show you what it can become.
针对你的气源与下游路线，定制升级方案。
An upgrading solution tuned to your gas and your downstream route.
SAF、绿色甲醇与固废资源化项目合作。
SAF, green methanol and waste-to-value projects.
