Services

Advanced modelling and optimisation of integrated biofuel and e-fuel systems for energy infrastructure planning.

Specialised Energy Systems Advisory

We provide advanced techno-economic modelling and optimisation services for integrated energy systems, supporting decision-making across biofuel production, hydrogen systems, and synthetic fuel pathways. Our work combines engineering, optimisation, and economic analysis to deliver data-driven insights for large-scale energy infrastructure projects.

Service 01

Integrated Feasibility Studies

Evaluation of biofuel and e-fuel production systems, including feedstock availability, technology selection, and cost analysis.

Service 02

Techno-Economic Modelling

Development of optimisation models for hydrogen production, carbon capture, and multi-fuel conversion systems.

Service 03

National Energy Systems Planning

Large-scale spatial optimisation across regions and countries to support strategic infrastructure and policy decisions

Service 04

Custom Energy Modelling Tools

Development of tailored models and decision-support tools for investors, developers, and energy companies.

Integrated Modelling Approach

Our approach integrates multiple components of the energy system into a unified optimisation framework, including:

biomass resource utilisation
hydrogen production systems
CO₂ capture and allocation
multi-fuel production pathways

This enables identification of the most cost-effective and scalable solutions across complex energy networks.

Who We Support

How We Work

A structured approach to energy systems modelling and optimisation.

Step 1:

Data & System Definition

Assessment of feedstocks, resource availability, and system boundaries .

Step 2:

Modelling & Optimisation

Development of integrated techno-economic models for energy systems.

Step 3:

Insights & Recommendations

Delivery of actionable insights to support strategic decision-making.

Start a Conversation About Your Energy Project

We work with energy companies, developers, and institutions to design and optimise integrated biofuel and e-fuel systems tailored to specific regional and project requirements.