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Metal Hydride Hydrogen Storage Container
The CL-910 Metal Hydride Hydrogen Storage Container from Element One Energy is designed to offer a reliable solution for solid hydrogen storage. With a hydrogen capacity of 910 standard liters (31.96 scf), this container is ideal for applications requiring consistent discharge over an extended period. It features a sturdy construction made of aluminum with brass fittings, ensuring durability and performance. The container has a diameter of 4.5 inches (114 mm) and an overall length of 11.3 inches (287 mm), weighing 14.8 pounds (6.7 kg). It undergoes a destructive proof test of over 7200 psig (490 bar) and is fitted with a pressure relief valve set to less than 550 psig (37 bar). The recharge time is approximately two days under standard conditions, but this can be enhanced with additional cooling mechanisms. Suitable for various hydrogen flow requirements, the container's design can be customized with SOLID-H™ metal hydride alloys and heat transfer enhancements to meet specific discharge and charging needs. Element One Energy delivers this robust hydrogen storage solution to ensure efficient and safe hydrogen usage in technical and industrial applications.
SOLID-H™ - Metal Hydride Hydrogen Storage Container
The CL-370 Metal Hydride Hydrogen Storage Container from Element One Energy is a high-capacity, efficient solution for storing hydrogen in a solid-state form using advanced metal hydride technology. It has a hydrogen capacity of 370 standard liters (14 scf) and is constructed with durable aluminum and brass fittings. With a cylinder diameter of 3.2 inches and an overall length of 8.8 inches, the container is designed to be compact yet robust, weighing 6.3 lbs (2.9 kg). It undergoes a destructive proof test exceeding 7200 psig (490 bar) and is equipped with a pressure relief valve set to release at less than 550 psig (37 bar). The discharge rate varies based on the application, typically requiring hours to release the majority of stored hydrogen, although complete discharge of the largest containers may take days. The recharge time is about one day under standard conditions, with options to accelerate this process via enhanced cooling methods. The container supports different alloys (A, L, M, or H), with Alloy A providing the maximum capacity. Element One Energy also offers heat transfer enhancements to further improve charging and discharging rates.
Element One Energy - Metal Hydride Hydrogen Storage Container
The BL-740 Metal Hydride Hydrogen Storage Container is an advanced solution for solid hydrogen storage, boasting a capacity of 740 standard liters (28.2 scf). Made from high-quality stainless steel with brass fittings, it combines durability with precision engineering. This container has a cylinder diameter of 4.6 inches (117 mm) and an overall length of 8.1 inches (206 mm), weighing in at 12.1 lbs (5.5 kg). A robust structure is confirmed with a destructive proof test rating exceeding 2400 psig (160 bar) and a pressure relief valve set at less than 550 psig (37 bar). The container's discharge rate is variable and relies on system requirements, suggesting hours to withdraw 90% or more of the hydrogen. Recharge time under standard conditions is approximately two days, which can be expedited using a fan. Tailored for users needing reliable hydrogen flow, this storage container is adaptable via SOLID-H™ metal hydride alloys, making it an efficient and resilient choice for solid-state hydrogen applications.
SOLID-H™ - Metal Hydride Hydrogen Storage Container
The BL-220 Metal Hydride Hydrogen Storage Container, offered by Element One Energy, is a state-of-the-art solution for solid hydrogen storage. Utilizing the innovative SOLID-H™ technology, this container allows for efficient hydrogen storage and release. The discharge rate for the stored hydrogen depends on various factors, and while quick discharge is possible with enhanced heat transfer techniques, it generally takes hours to extract 90% or more of the hydrogen from standard containers. The largest SOLID-H™ units may require days for complete discharge. Additionally, recharging is facilitated at 20℃ with prescribed parameters mentioned in the SOLID-H™ manual, with the possibility of accelerated charging using fans. Standard alloys L, M, or H offer reliable capacity, while alloy A can increase the absolute capacity to 242 standard liters. The container is designed for those requiring a robust and reliable hydrogen storage system that integrates easily with existing systems while ensuring safety and efficiency.