Case Study: Accelerating Hydrogen Pilot Delivery Through Innovative Engineering
Introduction
A confidential North American energy company initiated a pilot project to develop and validate small-scale hydrogen generation using electrolyzer technology integrated with renewable power.
The project focused on evaluating how hydrogen systems could be implemented within existing infrastructure while managing evolving technical requirements, procurement constraints, and regulatory considerations.
C&R Projects provided multidisciplinary engineering support to enable a functional, construction-ready pilot system.
The Challenge
The project involved delivering a hydrogen system in an environment with limited precedent, evolving requirements, and constrained equipment availability.
Undefined System Requirements: Design basis evolved throughout the project as testing and objectives developed.
Limited Precedent: Hydrogen production and integration had no established internal standards or workflows.
Procurement Constraints: Long and uncertain lead times for key components created schedule risk.
Regulatory Complexity: Compliance requirements required alignment with safety codes, with limited prior application.
Global Supply Chain Dependencies: Equipment sourcing required coordination across international vendors.
Our Solution
C&R Projects developed an approach that enabled system delivery while managing procurement constraints, regulatory requirements, and evolving design conditions.
Alternative Electrical Architecture: Enabled system functionality using available components, avoiding dependency on constrained equipment.
Parallel Engineering and Procurement: Supported early equipment decisions to maintain schedule alignment.
Integrated System Design: Enabled coordination of hydrogen production, compression, and storage within a single system.
Early Regulatory Alignment: Established compliance approach early to avoid rework or delays.
Ongoing Technical Support: Provided continuous input to support decision-making and system development.
Key Results
Equipment Delivered on Schedule: Maintained alignment with project timelines despite supply chain constraints
Procurement Risk Reduced: Flexible design approach avoided reliance on long-lead equipment
Construction Readiness Achieved: Work packages supported planned construction timelines
Regulatory Requirements Met: Systems aligned with applicable safety and compliance standards
Future Development Enabled: Pilot results provided a foundation for evaluating larger-scale hydrogen applications
Looking Ahead
The project provides a practical foundation for future hydrogen development. The insights gained will help guide decisions around system integration, procurement, and execution in similar projects.
By working through real-world challenges such as supply chain constraints and evolving requirements, the project offers a clear reference for how hydrogen systems can be delivered in practice.
