一边是风光项目因消纳困难被迫弃电，一边是化工企业因碳足迹超标面临出口高额碳关税，绿氨正成为连接这两个困局的破解之钥。它既是一条“电—氢—氨”的化学储能的优选路径，又是可直接替代灰氨的零碳化工原料，为合成氨与尿素产业换取碳关税豁免。因此，绿氨被称为“绿色新石油”。

(资料图片仅供参考)

厚普多稳态柔性系统绿氨合成技术，正是让“绿色新石油”从构想走向现场可部署的工程化答案。它集成电解水制氢、空气分离制氮、催化合成氨等工艺单元，实现从可再生能源到绿氨的一体化紧凑生产。占地小、建设周期短、灵活可移动，适用于分布式氢能转化、风光资源富集区、港口氨燃料补给站等场景。

On one hand, wind and solar projects are forced to curtail power generation due to integration difficulties; on the other, chemical enterprises are facing hefty carbon tariffs on exports because of carbon footprint exceedances. Green ammonia is emerging as the key to unlocking both predicaments. It serves as a preferred pathway for "power-to-hydrogen-to-ammonia" chemical energy storage, while also serving as a zero-carbon chemical feedstock that can directly replace gray ammonia, securing carbon tariff exemptions for the synthetic ammonia and urea industries. Hence, green ammonia has earned the industry nickname "green new petroleum."

The Houpu Flexible Multi-State Ammonia Synthesis System is the engineered answer that brings this "green new petroleum" from concept to field-deployable reality. It integrates electrolytic hydrogen production, air separation for nitrogen generation, and catalytic ammonia synthesis into a single compact skid-mounted unit, delivering end-to-end green ammonia production from renewable energy sources. With a small footprint, short construction timeline, and inherent mobility, the system is ideally suited for distributed hydrogen-to-ammonia conversion, renewable-rich regions, and port-based ammonia bunkering stations.

核心指标

Key Performance Indicators

1、装置产量：≤10000t/a（可系列化定制）

Plant capacity: ≤ 10,000 t/a (customizable in series)

2、操作弹性：30%～110%

Operating turndown ratio

3、操作压力：7～20MPa 可调

Operating pressure(adjustable)

4、绿氨纯度：≥99.9%

Ammonia purity

优势亮点

Key Advantages

·多稳态柔性运行技术

Multi-state flexible operation technology.

·可适应可再生能源电力的间歇性与波动性

adapts to the intermittency and fluctuation of renewable energy power.

·电加热套保温与热待机设计

Electric heating jacket heat preservation + hot standby design.

·氢气短时中断催化剂床层仍可维持活性温度，实现快速恢复

maintains catalyst bed activity temperature even during short-term hydrogen interruptions, enabling rapid recovery.

安全与环保

Safety & Environmental Protection

1、爆破片 + 安全阀双重超压保护

Dual overpressure protection – burst disc + safety valve.

2、尾气处理：水洗 + 活性炭吸附，排放氨浓度 ≤20ppm

Tail gas treatment – water scrubbing + activated carbon adsorption; ammonia emission concentration ≤20 ppm.

3、废弃物闭环：废催化剂、废活性炭专业厂家回收

Closed-loop waste management – spent catalyst and spent activated carbon are recycled by specialized manufacturers.

4、资源化利用：稀氨水可作为肥料使用

Resource utilization – dilute ammonia water can be used as fertilizer.

应用场景

Application Scenario

·光伏发电+绿氢制取（ALK/PEM）+ 柔性氨合成

Photovoltaic power generation + green hydrogen production (ALK/PEM) + flexible ammonia synthesis.

·实现“绿电→绿氢→绿氨”的零碳闭环

Achieves a zero-carbon closed loop of "green power → green hydrogen → green ammonia".

应用案例

Application Cases

中核汇能内蒙古首个光伏制氢氨耦合系统EPC项目-国内首批多稳态柔性绿氢化工项目（20t/a）

CNNC Huineng"s first EPC project for a PV-hydrogen-ammonia coupled system in Inner Mongolia - one of China"s first multi-state flexible green hydrogen chemical projects(20t/a).

张掖首个橇装式风电制氢制绿氨EPC项目（3000t/a）

Zhangye"s first skid-mounted wind power-to-hydrogen-to-green ammonia EPC project(3,000t/a).

关键词： 厚普股份 绿氨合成技术 分布式氢能