Sino-Tech Hydrogen has achieved a key milestone in its global expansion, successfully completing the batch delivery of its self-developed EHYDRO® PCM series alkaline water electrolysis composite membranes to a large-scale megawatt (MW) green hydrogen project in Europe. This marks the company's first overseas MW-scale membrane order, successfully establishing its international commercial supply chain.
Premium Performance and High Cost-Efficiency
The European green hydrogen market maintains extremely rigorous entry standards and technical testing cycles for core components. Following multiple rounds of full-operating-condition testing, the European client highly praised Sino-Tech Hydrogen's membranes. The product matches the comprehensive performance of long-established international top-tier brands while offering a significant cost advantage—available at only half the price of imported benchmarks.
Furthermore, two flagship models—EHYDRO® PCM500+ and PCM200—successfully passed a 6-month continuous long-term stability test conducted by Bureau Veritas. The core performance parameters fully exceeded general industry standards, providing strong technical assurance for overseas clients.
Breaking Monopolies to Drive Down Green Hydrogen Costs
Alkaline electrolyzer membranes have long been dominated by international material giants, with expensive imports continuously driving up the Levelized Cost of Hydrogen (LCOH). Developed through a fully independent R&D system, the EHYDRO® PCM composite membranes feature comprehensive upgrades in gas separation, long-term stability in strong alkaline environments, and electrolysis efficiency. This batch delivery leverages Chinese core membrane materials to help reduce costs and enhance efficiency for global hydrogen production from the material source.
Moving forward, Sino-Tech Hydrogen will continue its dual focus on independent innovation and cost-efficient mass production. The company aims to scale up capacity and enhance its localized technical support systems, working with global partners to deliver reliable membrane solutions and accelerate the global low-carbon energy transition.