Umoe Advanced Composites (UAC)
Umoe Advanced Composites is a leading global supplier of large fibre glass composite type IV pressure vessels and transportation modules for CNG, biogas, and hydrogen, focusing on sustainable energy solutions.
All Products(3)

Transport modules for Hydrogen
UAC transportation modules are equipped with type IV fibreglass pressure vessels and offer highest safety levels in high pressure transportation of large volumes of hydrogen, combined with an unrivaled price per kg of hydrogen. UAC hydrogen transport solutions are type approved according to EN 12245, ADR and TPED. ISO containers can be delivered in compliance with CSC requirements.

Transport modules for CNG and Biogas
UAC containers for transport of CNG and biogas are equipped with lightweight type IV pressure vessels in fibreglass. Our pressure vessels are designed to optimize gas containment and transportation volume, and offer additional safety, compared to traditional carbon fibre pressure vessels. UAC transportation modules offer highest safety levels in high pressure transportation of large volumes of CNG and biogas, combined with an unrivaled price per kg of gas. Our transportation solutions are type approved according to EN 12245, ADR and TPED, the leading international standard for transport of dangerous goods. Compliance with the ADR regulations is compulsory in EU and other countries that are ADR members. ISO containers can be delivered in compliance with CSC requirements.

Standard UAC type IV pressure vessels for storage of CNG, biogas and hydrogen
We deliver type IV pressure vessels for storage of CNG, biogas and hydrogen at production sites, such as electrolysis at windmills or solar / biogas plants, as well as at consumption sites, such as industrial plants or filling stations. UAC pressure vessels are delivered with plastic liner, stainless steel endbosses and composite structure, made of high-strength, lightweight fibreglass and epoxy resin. Non-toxic and non-corrosive properties of our pressure vessels benefit the lifetime of storage solutions by eliminating risk of galvanic oxidization. Weight savings, temperature tolerances, long-term design life and enhanced safety levels offered by glass fibre pressure vessels challenge alternative solutions in steel or other composite materials. Glass fiber pressure vessels are also a much more price competitive alternative, compared to carbon fiber cylinders.
