天然气掺氢橇
双碳目标下，工业与民用供气如何低碳转型？最直接的路径，就是把氢气掺进现有的天然气管道。但怎么掺得安全、掺得精准、掺得划算？
这套天然气掺氢橇就是答案——橇装集成，按设定比例将氢气精准混入天然气，形成稳定的掺氢混合气。可实现随动混配、在线可调、安全稳供，不仅可以提高燃烧效率，降低二氧化碳排放，还可以利用现有天然气管道等基础设施实现氢气运输，高效支撑天然气管网与终端用能低碳转型。
Under the carbon peaking and carbon neutrality goals, how can industrial and residential gas supply achieve a low-carbon transition?The most direct path is to blend hydrogen into existing natural gas pipelines. But how do you do it safely, precisely, and cost-effectively?
The answer lies in this natural gas hydrogen blending skid—an integrated, skid-mounted system that precisely mixes hydrogen with natural gas at preset ratios to form a stable hydrogen-blended gas. It enables on-demand blending, online adjustment, and secure, stable supply. Not only does it improve combustion efficiency and reduce CO₂ emissions, but it also leverages existing natural gas pipeline infrastructure for hydrogen transportation, effectively supporting the low-carbon transition of natural gas networks and end-use energy systems.
性能特点 Features
·掺氢精准：首创“粗调+精调”二级随动双调工艺，掺氢比例自动跟随流量变化实时调节
·Precise Blending — Industry-first "coarse + fine" two-stage adaptive dual-regulation process, with the hydrogen blending ratio automatically following flow variations in real time.
·安装便捷：模块化橇装设计，现场吊装接管即可投用，不破管、不停输，不影响下游正常供气
·Easy Deployment — Modular skid-mounted design, ready for use upon on-site hoisting and connection. No pipeline disruption, no interruption to gas supply, and no impact on downstream customers.
·使用省心：掺氢比例10%以内，终端灶具、锅炉基本免改，直接适配
·Hassle-Free Operation — With a blending ratio within 10%, terminal equipment such as stoves and boilers require little to no modification and are directly compatible.
·降本节能：提高氢能输送效率，有效降低碳排放，综合节能6%-8%，燃气成本同步下降
·Cost and Energy Efficiency — Enhances hydrogen delivery efficiency, effectively reduces carbon emissions, achieves 6%–8% comprehensive energy savings, and lowers gas costs simultaneously.
主要指标参数（可定制化设计）
Technical parameters
（Customizable upon Request）
1、供气容积流量：（100~10000）Nm?/h
Volume Flow
2、供气压力：0.4 MPa
Gas supply pressure
3、氢气进气压力：(1.0 ~ 2.0) MPa
Hydrogen pressure
4、天然气进气压力：0.4 MPa
Natural gas Pressure
5、掺氢比例：0-20%
Hygrogenation ratio
应用场景 Application Scenarios
>> 城市燃气门站/调压站：在天然气进入城市管网前完成掺氢，全城用户共享低碳燃气
City Gas Gate Stations / Regulator Stations — Hydrogen blending is completed before natural gas enters the urban pipeline network, allowing all city users to share low-carbon gas.
>>分布式发电/燃气电站：为燃气轮机提供稳定掺氢气源，随动混配精准掺氢
Distributed Power Generation / Gas Power Plants — Provides a stable hydrogen-blended gas source for gas turbines, with precise on-demand blending accuracy.
>> 工业窑炉/锅炉：玻璃、陶瓷、钢铁、化工，不改或微改窑炉结构，直接切换气源
Industrial Kilns / Boilers — Applicable to glass, ceramics, steel, and chemical industries. Directly switch to the blended gas source with little to no modification to existing kiln or boiler structures.
>>绿氢消纳项目：光伏/风电制氢有了稳定出口，混入管网变商品气
Green Hydrogen Utilization Projects — Offers a stable outlet for hydrogen produced from solar or wind power. Instead of being stranded, the hydrogen is blended into pipeline networks and monetized as marketable gas.
产学研合作与技术验证
Industry-Academia-Research Collaboration & Technical Verification
厚普股份携手中国石油大学(华东）开展“天然气掺氢”产学研合作。已全面攻克天然气掺氢在动态混配、安全控制、工况适配等领域的关键技术瓶颈。该校前期已在深圳、浙江、安徽三地实验平台完成掺氢技术实战验证，积累了扎实的运行数据与工况经验：
Houpu Clean Energy Group Co., Ltd. has partnered with China University of Petroleum (East China) on an industry-academia-research collaboration for "natural gas hydrogen blending." The collaboration has comprehensively broken through key technical bottlenecks in dynamic blending, safety control, and working-condition adaptability. Prior to this partnership, the university had already completed practical verification of hydrogen blending technology at three experimental platforms in Shenzhen, Zhejiang, and Anhui, accumulating solid operational data and real-world working condition experience:
1、深圳求雨岭——全国首个城镇燃气“掺 - 输 - 用”一体化实验平台，国家重点研发计划项目。掺氢比例最高可达20%，已为 4000 余名居民安全供气近 1000 天。
Shenzhen Qiuyuling — The country's first integrated "blending-transmission-utilization" experimental platform for urban gas hydrogen blending, part of a national key R&D program. The platform has achieved a hydrogen blending ratio of up to 20% and has provided safe gas supply to over 4,000 residents for nearly 1,000 days.
2、浙能平湖——全国首个城燃-氢能一体化实验平台，完成最高30%掺氢试验，覆盖制氢、掺混、管输、终端应用全链条。
Zhejiang Energy Pinghu — The country's first integrated urban gas-hydrogen energy experimental platform, covering the entire chain of hydrogen production, blending, pipeline transmission, and terminal applications. It has completed tests with a hydrogen blending ratio of up to 30%.
3、安徽——城镇掺氢管道系统试验平台，集成掺混、调压、管道特性测试等系统，验证不同掺氢比例下管网的安全稳定性，为区域标准制定、管网改造及氢能民用落地提供关键技术支撑。
Anhui — An experimental platform for urban hydrogen-blended pipeline systems, integrating systems for blending, pressure regulation, and pipeline characteristic testing. It verifies the safety and stability of pipeline networks under various hydrogen blending ratios, providing key technical support for regional standard-setting, pipeline retrofitting, and the civil application of hydrogen energy.
