Hydrogen Services
HYDROGEN PRODUCTION, STORAGE + UTILIZATION
Our team of experts supports projects related to fuel cell safety, hydrogen storage and use across multiple occupancies, including Laboratories, Petro-Chemical, Manufacturing, Warehouse/Storage, High Tech/Computer, Electric Utilities, Transportation and other Industrial Facilities. We offer integrated solutions that address risk reduction and ensure business continuity beyond traditional process safety. From prevention to mitigation, investigation to rectification, our services help facilities become more effective, efficient and safer.
Specialized Services
We provide comprehensive services to manufacturing and industrial facilities, including those dealing with hydrogen and new hydrogen applications. Our safety, fire protection, and risk and hazard engineers can identify potential risks and hazards associated with hydrogen use, develop and implement safety protocols, and help to ensure that facilities are operating in compliance with all applicable regulations.
Process Hazard + Safety Analysis
- Hazard Identification (HAZID)
- Hazard and Operability study (HAZOP)
- Layer of Protection Analysis (LOPA)
- Failure Modes and Effects Analyses (FMEA)
- Consequence Modeling
- Facility Siting, Fire and Explosion Risk Analysis (FERA)
- Quantitative Risk Assessment (QRA)
Services, Expertise and Experience
The experts at Jensen Hughes have been providing design analysis, hydrogen safety, and risk-informed engineering services to the hydrogen industry for decades. We provide an extensive range of engineering, analytical, and management services to hydrogen facilities worldwide. Our approach can involve a risk-based approach that allows for fully informed decision-making and is typically used for complex and uncertain risks. Our services include:
- Building code compliance
- Code consulting
- Emergency response planning and management
- Fire alarm design
- Fire protection engineering
- Hazard modeling
- HazMat analysis
- Life safety code consulting
- Life safety systems design
- Loss control
- Regulatory compliance
- Risk and hazard analysis
- Water-based suppression design