- Ghana’s renewable energy jet fuel research is gaining wider recognition.
- Dr Ibrahim develops nanocatalyst strategies that transform residues into sustainable aviation fuels.
Ghana’s renewable energy jet fuel research is gaining momentum as the world races to reduce greenhouse gas emissions. Leading this effort, Ghanaian scientist Dr Alhassan Ibrahim is converting agricultural and forestry waste into sustainable aviation fuel. As a postdoctoral scholar at Oregon State University (OSU), he develops nanocatalyst strategies that transform residues into cleaner, energy-dense fuels suitable for aviation.
Dr Ibrahim explains: “We are learning how to produce more usable fuel from biomass while lowering carbon intensity. My long-term goal is to transfer these methods to contexts like Ghana, where agricultural by-products are abundant.” His research, therefore, aims not only to cut emissions but also to strengthen Africa’s long-term energy security.
Fast pyrolysis and hydrothermal liquefaction processes break down residues like rice straw and sawdust into oxygen-rich bio-oils. Dr Ibrahim, however, applies bimetallic magnetic nanocatalysts that strip oxygen, stabilise the oil, and boost yields. In simpler terms, his method produces better quality fuels with less waste and thus creates viable feedstock for SAF refineries.
Aviation remains a difficult sector to decarbonise. Nevertheless, sustainable aviation fuel offers one of the few near-term solutions to reduce emissions. Dr Ibrahim consequently removes a critical barrier to scaling production by improving conversion efficiency. His work has also earned recognition through peer-reviewed publications, conference presentations, and invitations to review other researchers’ studies.
At OSU, he contributes to Oregon’s Clean Fuel Initiative, which models carbon-intensity outcomes for fuels from woody biomass. He also co-authored a legislature-directed report, showing how laboratory progress can directly inform policy and programme design.
For Ghana, the potential is significant. The country already produces large amounts of residues such as cocoa husks and corn stalks. Dr Ibrahim, therefore, envisions these by-products as fuel resources if Ghana invests in pilot projects, sustained research, and public-private partnerships. Moreover, he stresses the need for feasibility studies on logistics, catalysts, and carbon benefits under Ghana’s grid conditions.
Although challenges exist, including capital costs and policy consistency, he remains pragmatic. “The key is to start small and measure everything,” he says. With targeted investment, Ghana can thus build a regional hub for sustainable fuels, create jobs, and cut import dependence. His vision ultimately places Ghana’s renewable energy jet fuel at the centre of Africa’s clean energy transition.