Compliance for Projects and Products
Map requirements and compile the documentation needed to demonstrate that a project or product meets them.
Clean Energy Capability
Regulatory Compliance
So that your project can verifiably realize its potential.
What we do
Navigate permitting, certification, due diligence and low-carbon hydrogen requirements for clean energy projects and products.
Regulatory requirements shape what a clean energy project can build, finance, certify and claim. We help teams navigate that environment, prepare the supporting evidence and connect compliance decisions with engineering and project delivery to reduce avoidable delays.
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.
Due Diligence
Assess technologies, products and projects so investment and implementation decisions can be made with confidence.
Low-Carbon Hydrogen Expertise
Support projects navigating low-carbon hydrogen rules in North America and the European Union.
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
Hydrogen Certification for an Energy Company
Project Summary
- Support for RFNBO certification of RED-compliant hydrogen
- Processes and responsibilities established while the regulatory environment was still developing
Scope
- Selection of certification system and body
- Preparation of audit-relevant documents
- Stakeholder coordination
- Implementation of the certification process in the line organization
Key Facts
- Electrolyser: up to 30 MW
- Hydrogen: up to 8 t/year
- Application: industry
Reference Project
Coordinating a Project Application for the IF25 Call
Project Summary
- Application coordination for the Innovation Fund 2025 / European Hydrogen Bank
- Large European energy project producing a hydrogen derivative for global transport
Scope
- Screening application requirements
- Coordinating expert inputs and data
- Quality control before submission
Key Facts
- RFNBO hydrogen and derivative
- Electrolyser: 140 MW
- Integrated CO₂ source
Reference Project
Hydrogen Business Model for Grid Storage
Project Summary
- Feasibility and business-model work for an innovative grid-balancing concept
- Wind energy converted to hydrogen storage within a changing regulatory framework
Scope
- System modelling
- Techno-economic feasibility
- Business-case and business-model design
Key Facts
- Electrolyser: approx. 10 MW
- Hydrogen: approx. 2.5 t/day
- Application: grid-injection capacity
Your contact in Canada
Justin Cao
Hydrogen Engineering Consultant
Discuss your project directly with the CRATOS CAN Clean Energy team.