Verde Hydrogen Wins 25-MW Electrolyzer Supply Contract for China Coal Energy Group’s Green Hydrogen Project

Verde Hydrogen Wins 25-MW Electrolyzer Supply Contract for China Coal Energy Group’s Green Hydrogen Project

Nicholas Sparks 03-Jul-2026

Verde Hydrogen secured a 25-MW electrolyzer contract with China Coal Energy Group, advancing large-scale renewable hydrogen production and industrial decarbonization efforts.

Hydrogen technology company Verde Hydrogen, headquartered in Stoughton, Massachusetts, has secured a significant contract from China Coal Energy Group to provide advanced electrolysis equipment for the first phase of the company’s flagship off-grid renewable green hydrogen project. The agreement marks an important milestone for Verde Hydrogen, strengthening its position in the rapidly expanding global hydrogen market while supporting China’s broader transition toward low-carbon industrial development.

The project has been designed as a comprehensive off-grid renewable hydrogen production facility that integrates dedicated renewable energy generation with localized green hydrogen manufacturing. By utilizing renewable electricity generated exclusively on-site, the project eliminates dependence on conventional grid power and enables the production of high-purity green hydrogen with minimal carbon emissions. The hydrogen generated from the facility will primarily serve heavy industrial sectors that are actively pursuing decarbonization strategies, including industries seeking to reduce their reliance on fossil fuels and lower their overall greenhouse gas emissions. The project is expected to serve as a demonstration model for independent off-grid hydrogen production within China’s heavy industrial sector, showcasing how renewable energy can be directly converted into clean hydrogen for industrial applications.

According to the supply agreement, Verde Hydrogen will provide four high-capacity alkaline electrolyzers, each capable of producing 1,200 normal cubic meters of hydrogen per hour. Collectively, the electrolyzers will deliver a production capacity of approximately 4,800 Nm³/h. In addition to the electrolysis units, the company will also supply a fully integrated gas-liquid separation system and a high-purity hydrogen purification unit capable of processing the entire hydrogen output. Complementing this equipment is Verde Hydrogen’s proprietary modular “4-in-1” flexible hydrogen production system, which integrates multiple process functions into a compact and efficient solution. This modular design is intended to simplify installation, improve operational flexibility, enhance system reliability, and reduce maintenance requirements while supporting efficient hydrogen production.

The contract was awarded through a highly competitive public tender process that attracted participation from many of China’s leading domestic electrolyzer manufacturers. Verde Hydrogen distinguished itself by presenting a technically advanced and economically competitive proposal. Its submission emphasized cutting-edge electrolysis technology, superior equipment performance, optimized system engineering, and strong long-term operational efficiency. The evaluation process involved several rounds of technical assessments, commercial comparisons, and comprehensive risk analyses conducted by the project’s tender committee. Following these extensive evaluations, Verde Hydrogen emerged as the preferred supplier due to the overall strength of its technology, engineering capabilities, and proven project execution experience.

Winning this contract reflects growing market confidence in Verde Hydrogen’s technological expertise and its ability to deliver reliable hydrogen production systems for large-scale industrial applications. The company’s experience in executing complex hydrogen projects, combined with its rigorous quality control standards and dependable delivery capabilities, played an important role in securing the award. The project also reinforces Verde Hydrogen’s reputation as a supplier capable of supporting large-scale green hydrogen infrastructure developments across international markets.

As global investments in clean energy continue to accelerate, demand for efficient and scalable hydrogen production technologies is expected to grow substantially. Green hydrogen is increasingly viewed as a key solution for decarbonizing hard-to-abate sectors such as steel, chemicals, refining, and heavy transportation. Verde Hydrogen aims to capitalize on these market opportunities by continuously improving its electrolysis technologies and expanding its portfolio of integrated hydrogen production solutions.

The successful partnership with China Coal Energy Group further enhances Verde Hydrogen’s competitive standing in the international electrolyzer industry. By delivering advanced, high-efficiency electrolysis systems that support renewable hydrogen production, the company is helping accelerate the development of sustainable energy infrastructure while contributing to global efforts to reduce carbon emissions and promote cleaner industrial operations.

Impact on Product and Chemical Commodity Prices

The award of the 25-MW electrolyzer contract to Verde Hydrogen is expected to strengthen the production and commercialization of green hydrogen, supporting its wider adoption across industries such as refining, chemicals, steel, fertilizers, and methanol. While the project itself will not immediately alter global hydrogen supply, it represents additional green hydrogen capacity that will gradually reduce dependence on fossil fuel-derived hydrogen and encourage industrial decarbonization. Over the medium to long term, greater availability of renewable hydrogen could lower production costs for green chemicals and sustainable fuels.

For chemical commodities tracked by ChemAnalyst, the short-term price impact is expected to remain neutral, as the project's capacity is relatively small compared to global industrial hydrogen demand and will require time before becoming operational. However, in the long term, increased green hydrogen availability could exert downward pressure on production costs of ammonia, methanol, and hydrogen-dependent specialty chemicals, provided renewable electricity costs continue to decline and additional green hydrogen projects come online.

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