(Pre)Feasibility to FEED
Develop the early engineering definition needed to reach the next project milestone with confidence.
Engineering
Designing for impact.
What we do
Support clean energy projects from pre-feasibility and FEED through detailed engineering management, process design, safety and system integration.
We support the engineering journey from early definition through FEED and into detailed engineering with trusted partners. Our role connects system design, process engineering, safety, controls and integration so the selected concept remains both technically credible and practical to deliver.
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.
Management of Detailed Engineering
Oversee detailed-engineering packages or act in owner’s-engineer and integration roles.
Specializations
Energy optimization, process design, safety systems, process control and electrolyzer integration.
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
Green Hydrogen Production Plant for an Indigenous-Led Project
Project Summary
- Green hydrogen production and liquefaction development in British Columbia
- Engineering work integrated with project delivery, off-take and financing activities
Scope
- Project management and consortium establishment
- Offtake development
- Financing facilitation and risk management
- Electrolyzer integration engineering
Key Facts
- Electrolyzer: 25 MW
- Hydrogen: 10 t/day
- Offtake: industry and heavy-duty mobility
- CAPEX: approx. CAD 125 M
Reference Project
Ammonia System Modelling and Design
Project Summary
- Internal modelling capability developed for ammonia and hydrogen derivatives
- Research, real-world data and system design combined with business-case validation
Scope
- System design
- Techno-economic modelling
- Business-case analysis
- Integration of ammonia and other derivatives
Key Facts
- Electrolyser: up to 500 MW
- Hydrogen: up to 75 kt/year
- Ammonia: up to 475 kt NH₃/year
Reference Project
Hydrogen and Oxygen Production for a Municipal Utility
Project Summary
- Early-stage system design centred on oxygen demand with hydrogen as an additional value stream
- Alternative designs evaluated through engineering and techno-economic analysis
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.