CRATOS GROUP
Making informed decisions for sustainable investments
The decision phase is where visions turn into reality. Here, we assess feasibility, profitability, and regulatory compliance – so you can unlock your full potential.
Ready to invest but unsure if it’s worth it? We provide a holistic assessment.
We evaluate your project from every angle – technical, economic, and environmental. Through feasibility studies, techno-economic modeling, and project economics, we deliver solid decision-making foundations for sustainable and financially viable energy projects.
You see the risks – but not the solutions. We identify, assess, and mitigate them.
Our risk management approach helps you control uncertainties and move forward with confidence. We analyze potential risks, assess their impact, and develop strategies to minimize them.
You need reliable numbers. We model your energy future.
We create scenario-based models that simulate different futures, giving you a robust basis for strategic alignment, investment decisions, and technical implementation.
Ready to start – but bureaucracy slows you down? We guide your projects safely through approvals.
We advise on regulatory requirements, prepare approval documents, conduct safety analyses, and support you in dialogue with authorities. Our expertise ensures legally compliant and efficient project approvals.
You want to invest – but need certainty. We make your project bankable.
We develop bankability strategies, structure your financing, and support the preparation of your Final Investment Decision (FID). With funding advisory and financial analysis, we secure the economic viability of your project.
Explore our references to see how we’ve turned decisions into successful projects. Click on a project to learn more about envyze’s role.
Local H2 Hub
Large-Scale Transformation Project
H2-Based Conversion
Potential Analysis for Energy Storage
Wind to Hydrogen
Energy Plan and Vision
H2/O2 Production
Ammonia System Modeling
Energy Autonomy Concept
Hydrogen Certification
Energy Retrofit Concept
Potential Study Biogas
Sustainable Heat Supply