About the opportunity
What this programme is offering
The Asharami M.A.D Equation: Solving for Sahara Beyond , is a platform designed to transform research into real-world impact.
The initiative bridges the gap between academic insight and industry application by supporting research that delivers practical, scalable, and ESG-aligned solutions for the energy sector.
It reflects our commitment to shaping Africa’s energy future; not just through ideas, but through solutions that can be implemented, measured, and scaled across our operations.
Across Africa, groundbreaking research is happening, yet too few ideas make it beyond journals and into real-world application.
The Asharami M.A.D Equation exists to change that. By connecting academia with industry challenges, the initiative unlocks: Practical innovation that solves real operational problems, sustainable solutions aligned with global energy transition goals, and a new generation of researchers driving Africa’s energy future. Because the challenge is no longer ideas; it’s execution at scale.
Objectives
Drive Applied Innovation
Encourage research that solves real-world energy challenges
Advanced ESG Priorities
Promote cleaner, more efficient, and resilient energy systems
Enable Real World Adoption
Support viable ideas toward integration into Sahara’s operations
Recognise Excellence
Reward originality, impact, and implementation potential
Building Future Talent Pipeline
Equipped innovators to drive sustainable transformation in Nigeria’s energy sector
Research Themes
The Asharami M.A.D Equation is intentionally designed for African Innovators whose work offers the depth, analytical rigor, and innovation maturity required to address complex challenges across Sahara’s E&P and power businesses.
Oil and Gas SectorUpstream Flowstation Digitalisation & Real-Time Production Monitoring
Predictive Maintenance & Condition Monitoring for Upstream Rotating Equipment
Heavy Oil Flow Assurance & Field Development Strategy
Ageing Thermal Asset Reliability, Predictive Maintenance & Process Optimisation
Reliable Power Generation amid Gas, Grid & Market Constraints
Improving Network Stability & Resilience in Distribution Systems
How to apply