Gung Bayu Aji Alam Saputra

Introduction

Hai, Gung Bayu Aji Alam Saputra 2206100243 Kelas MetNum-03

Designing A Storage System For Hydrogen

Designing a storage system for hydrogen at 8 bar involves several important considerations. Here are some general steps in designing a storage system for hydrogen at 8 bar:

Determine Requirements: Determine the amount of hydrogen that needs to be stored and the desired storage period. This will help determine the required storage capacity.

Select Hydrogen Tank: Choose a hydrogen tank that suits your needs. Ensure that the tank has a working pressure suitable for your requirement, in this case, 8 bar. Consider the volumetric capacity of the tank to ensure it can store the desired amount of hydrogen.

Tank Material Selection: Consider the materials used to construct the hydrogen tank. Common materials include steel, aluminum, and carbon fiber-reinforced polymer (CFRP). Ensure that the tank material has sufficient strength to withstand the desired hydrogen pressure.

Safety Systems: Consider the safety systems required to reduce the risk of leakage or tank failure. This may include pressure relief valves, pressure control valves, and other safety devices. Ensure that the safety systems comply with applicable safety standards.

Filling and Emptying Arrangements: Consider the methods and equipment for safely filling and emptying the tank. You may need equipment such as hydrogen compressors, pressure regulators, and control valves to manage the filling and emptying processes.

Compliance Verification: Ensure that your hydrogen storage design complies with all applicable standards, regulations, and codes for pressurized hydrogen storage.

It is important to note that designing a storage system for hydrogen at 8 bar requires specific knowledge and expertise. It is recommended to work with experienced engineering professionals or consultants in hydrogen storage to ensure safety and compliance with relevant regulations.