Risk Assessment
Identify and assess project risks at the outset or refresh an existing risk picture as the project evolves.
Risk Management
So that you can consciously encounter risks without worry.
What we do
Identify, assess and mitigate technical, financial, contractual, permitting and integration risks in complex clean energy projects.
Energy transition projects face risk across technology, contracts, permitting, financing, interfaces and project delivery. We make those risks visible early, assess them systematically and turn them into clear mitigation actions so teams can move from reactive problem-solving to proactive control.
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.
Risk Mitigation
Define practical mitigation measures and support their implementation and ownership.
Multi-Dimensional Risk
Cover technical, design, safety, integration, financial, contractual and permitting risks in one framework.
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
Large Hydrogen Hub
Project Summary
- Complex hydrogen network spanning production, transport and end use
- Consortium structure and delivery interfaces managed across many participating organizations
Scope
- Project management and integration
- Consortium and stakeholder management
- Hydrogen advisory
Key Facts
- Electrolyzer: 12 MW; 300 MW planned in Phase 2
- Hydrogen: approx. 3.5 t/day
- CAPEX: approx. €30 M in Phase 1
Reference Project
Green Hydrogen Production Plant for an Indigenous-Led Project
Project Summary
- British Columbia development integrating technical, commercial, financing and stakeholder considerations
- Risk management embedded directly in project financing and engineering work
Scope
- Project management and consortium establishment
- Offtake development
- Project-financing facilitation and risk management
- Electrolyzer integration engineering
Key Facts
- Electrolyzer: 25 MW
- Hydrogen: 10 t/day
- CAPEX: approx. CAD 125 M
Reference Project
Energy Autonomy Concept for Graciosa, Azores
Project Summary
- Island energy-transition concept focused on reducing imports and increasing self-sufficiency
- Strategy aligned local conditions with wider government energy-transition objectives
Scope
- Feasibility study
- Stakeholder analysis
- Energy-system analysis and forecasting
- Financial-impact evaluation
Key Facts
- Electrical capacity: 4.6 MW
- Energy consumption: 14 GWh/year
- Applications: grid, transport and commercial users
Your contact in Canada
Justin Cao
Hydrogen Engineering Consultant
Discuss your project directly with the CRATOS CAN Clean Energy team.