Project Management Office (PMO)
Provide experienced PMO resources or help establish an internal PMO with the right tools and governance.
Clean Energy Capability
Project Management
Delivering through structure, agility and collaboration.
What we do
Manage complex clean energy programs with PMO discipline, agile or hybrid methods, stakeholder engagement and consortium coordination.
Clean energy programs bring together engineering, finance, permitting, suppliers, public stakeholders and commercial partners. We create the governance, planning and communication structure that keeps those parties aligned — and adapt the delivery model when circumstances change.
Our role is to create enough clarity for decision makers to commit resources, align stakeholders and move the project into its next stage with a stronger evidence base.
Service scope
Focused support for complex clean energy decisions.
Agile, Classic and Hybrid Approaches
Select and tailor the delivery framework to the project, organization and maturity of the work.
Consortium & Stakeholder Management
Build trust, clarify common goals and manage diverse priorities across long-term partnerships.
References
Relevant project experience.
The reference projects below integrate the detailed scope and key facts previously presented in the project modals of the CRATOS CAN Clean Energy site.
Reference Project
Project Management for a Large Hydrogen Hub
Project Summary
- Federally financed hydrogen hub in Northern Germany
- CRATOS served as one of three managing consortium partners
- The concept spans production, transport and utilization across a 17-party core consortium
Scope
- Project management and integration
- Consortium management
- Stakeholder management
- Hydrogen advisory
Key Facts
- Electrolyzer: 12 MW; 300 MW planned in Phase 2
- Hydrogen: approx. 3.5 t/day
- Refuelling: 2 t/day at 700 bar
- CAPEX: approx. €30 M in Phase 1
Reference Project
Local Hydrogen Hub
Project Summary
- Regional hydrogen development program with consortium-based value-chain design
- Successful funding outcome following structured facilitation
Scope
- System modelling
- Techno-economic feasibility
- Project management and facilitation
- Consortium setup and management
Key Facts
- Electrolyser: 4 MW
- Hydrogen: approx. 1 t/day
- Refuelling: 2 t/day at 700 bar
- CAPEX: approx. €35 M
Reference Project
Hydrogen and Oxygen Production for a Municipal Utility
Project Summary
- Early-stage project built around municipal oxygen demand and potential hydrogen sales
- Alternative system configurations considered, including hydrothermal carbonisation
Scope
- Pre-feasibility
- System modelling
- Techno-economic feasibility
- Project management
Key Facts
- Electrolyser: to be defined
- Hydrogen & oxygen output: to be defined
- Applications: industry and transport
Your contact in Canada
Justin Cao
Hydrogen Engineering Consultant
Discuss your project directly with the CRATOS CAN Clean Energy team.