Expertise

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

Technical Capabilities

Our expertise lies in the development of integrated techno-economic models that combine biomass resources, hydrogen production, and carbon capture systems to evaluate optimal fuel production pathways. We focus on delivering scalable, data-driven solutions for complex energy infrastructure systems.

CORE EXPERTISE AREAS

Biofuel Systems Modelling

Modelling of fuel production pathways using agricultural waste, OFMSW, and used cooking oil, including hydrogen, ethanol, methane, biodiesel, and sustainable aviation fuel.

E-Fuel Systems & Hydrogen Integration

Integration of hydrogen production from electrolysis with CO₂ capture systems to model synthetic fuel pathways including e-ammonia, e-methanol, e-methane, and

Carbon Capture & Resource Allocation

Assessment and allocation of CO₂ from industrial point sources including power plants, cement industries, and gas flare sites for utilisation in fuel production systems.

Spatial & National Scale Optimisation

Large-scale optimisation across multiple regions, including 774 LGAs in Nigeria, 292 sub-counties in Kenya, and 212 municipalities in South Africa.

SYSTEM INTEGRATION

Integrated Energy Systems Approach

Our modelling framework integrates multiple components of the energy system into a unified optimisation model, enabling evaluation of:
  • feedstock availability and logistics
  • hydrogen production systems
  • CO₂ capture and utilisation
  • multi-fuel production pathways
This approach allows identification of the most cost-effective and scalable solutions across complex energy networks.

Geographic Scope

  • Nigeria
  • 36 states + FCT • 774 LGAs
  • Kenya
  • 292 sub-counties
  • South Africa
  • 212 municipalities

TOOLS & METHODS

Modelling Tools & Methods

  • Techno-economic analysis (TEA)
  • Mixed-integer linear programming (MILP)
  • Spatial optimisation
  • Resource assessment & GIS
  • Energy system integration
  • Supply chain optimisation
  • Transport and logistics modelling
  • Scenario analysis

Apply This Expertise to Your Project

We support organisations in evaluating and optimising complex energy systems across biofuel and e-fuel pathways.

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