Stratview Research has released a report forecasting a significant growth rate of 65.3% annually in the global electrolyzer porous transport layer market from 2024 to 2031, aiming to reach US$ 2.2 billion by 2031. The report highlights the dominance of PEM electrolyzers in the market, driven by their efficiency and compact design, alongside the increasing demand for green hydrogen. As industries worldwide focus on decarbonization, hydrogen fuel cell vehicles are gaining momentum, ensuring a rising demand for high-performance electrolyzers and porous transport layers. The Asia-Pacific region stands out as the primary driver of market growth due to its rapid adoption of electrolyzer technology and government support for renewable energy projects. Countries like China, Japan, and South Korea are spearheading investments in hydrogen infrastructure and clean energy, further propelling the demand for porous transport layers. Notably, China leads as the largest electrolyzer market globally, expanding its hydrogen production and fuel cell vehicle fleet. The transportation industry emerges as a key end-use segment, particularly in hydrogen-powered mobility, where PEM electrolyzers and advanced porous transport layers play crucial roles. The report emphasizes the critical role of porous transport layers in enhancing electrolyzer efficiency, optimizing gas and liquid flow, and improving overall hydrogen production performance. Technological advancements in titanium-based porous transport layers are further driving innovation, ensuring increased efficiency and lifespan. Government policies and incentives supporting clean transportation solutions are also significant drivers in accelerating the shift towards hydrogen-powered mobility, solidifying the necessity of porous transport layers. With the continuous global focus on decarbonization and the rise of the hydrogen economy, porous transport layers are poised to remain a vital component in ensuring efficient electrolyzer operation and supporting the growing demand for green hydrogen.