Ghana has successfully operationalised its National Research Fund (GNRF) following a £1.9 million partnership with the United Kingdom through the Sankore Project. This initiative moves Ghana’s long-standing science and technology policy intentions into active working systems.
The project, funded by the UK’s Foreign, Commonwealth and Development Office and implemented by UNESCO, specifically addressed Ghana's challenge of translating research into commercial products. The Sankore Project, delivered over just 15 months, was designed to overcome the common pitfall of donor-funded programmes ending with reports rather than functional systems.
Ghana has historically struggled with implementing its numerous science, technology, and innovation policies. This has specifically impacted financing for research and connecting it with industry needs. The GNRF, legally established in 2020 by Act 1056, had remained mostly inactive until this intervention. This partnership represents a significant step towards unlocking Ghana's existing vision for science-led growth.
Professor Eric Danquah, Board Chairman of the National Research Fund, highlighted the considerable economic stakes involved. Ghana currently spends approximately US$3 billion annually importing food. This substantial outflow could be significantly reduced by investing in domestic research and production initiatives. However, national research and development spending stands at only 0.3 percent of GDP. This figure falls far below the African Union's recommended benchmark of one percent.
The operationalisation of the Fund is expected to catalyze a shift in Ghana’s innovation landscape. It will provide crucial financial backing for local research and development projects. This aims to ensure that Ghanaian innovations move beyond laboratory settings to impact farms, factories, and markets directly. The British High Commissioner confirmed a formal launch for June 2026 under the UK Ghana Science, Technology and Innovation Partnership.
Ghana’s innovation ecosystem, despite funding constraints, continues to produce practical solutions. Farmsense, developed by KNUST researchers and led by Sesi Technologies, aims to benefit over 20,000 smallholder farmers. The project plans to scale to one million farmers by 2030. Another example is R-Leaf®, an agrochemical technology from Crop Intellect Limited in the UK, which converts atmospheric nitrogen oxides into nitrates for crops.
The country's startup ecosystem also demonstrates potential, raising 127 million dollars in 2024. This marked a 95 percent increase from the previous year, with agritech, fintech, and healthtech driving most of the growth. However, a key challenge remains the transition of these innovations from pilot stages to full-scale production and commercialization.
An example is the locally engineered electric vehicle developed by students at Kumasi Technical University (KsTU). Professor Prince Owusu Ansah, the project lead, expressed frustration that the fully functional vehicle remains confined to a university laboratory. It incorporates regenerative charging suited to Ghana’s power infrastructure. Lack of certification processes, uncertain patent protection, and the GHS 70,000 estimated unit cost hinders scale. This situation underscores the critical need for external investment or policy-backed demand.
Each innovation that fails to scale represents lost job opportunities and missed industrial growth. It also erodes confidence among researchers. The operational GNRF aims to provide a pathway for such innovations to receive the necessary support. Decision-makers and markets will closely watch how effectively the Fund bridges this gap between scientific ideas and economic impact.