Hydrogen Production Equipment

Hydrogen–Ammonia–Alcohol Coupled Green Hydrogen Solutions

Application scenarios: green ammonia, green methanol, fine chemicals, and other new‑energy chemical sectors; hydrogen production via wind–solar coupling, substitution of fossil‑based hydrogen production, and low‑carbon upgrading of the chemical industry value chain.

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Solution Overview

Relying on large-scale industrial electrolysis technology for hydrogen production, CPU Hydrogen efficiently converts wind and solar green electricity into high-purity, zero-carbon green hydrogen, fully replacing conventional petrochemical-based hydrogen production processes. This provides a stable feedstock gas for the synthesis of green ammonia and green methanol, seamlessly supporting long‑cycle, continuous, heavy‑load operations in the chemical industry.

Core Advantages:

Mass production at the Qianfang scale, compatible with 24/7 continuous operation

Deep integration of green power and clean energy, achieving zero carbon emissions and supporting the attainment of the “dual carbon” goals.

Industrial-grade stable architecture, ensuring reliable long-term operation under heavy loads

Reduce energy consumption and carbon‑trading costs, enhancing overall profitability

System configuration: large-scale electrolytic hydrogen production system, wind–solar hybrid matching system, hydrogen purification and pressurization unit, intelligent feed gas ratio‑control system, process‑interface and transport system, and an intelligent central control platform.

Real‑world value: We have delivered a 1,000 Nm³/h wind‑to‑hydrogen project for a leading enterprise in Jilin, a 1,500 Nm³/h wind‑to‑hydrogen co‑operation demonstration project in Heilongjiang, and a 1,000 Nm³/h wind‑to‑hydrogen project in Inner Mongolia. Additionally, the turnkey first national‑level green hydrogen demonstration project in Nepal successfully produced hydrogen and passed the owner’s acceptance in April 2026, providing a stable, zero‑carbon feedstock gas for downstream chemical syntheses such as green ammonia and green methanol, thereby helping our customers develop low‑carbon products and enhance their market premium.