A report by the African Tech Futures Lab advises African nations to reject blanket carbon removal strategies in favor of site-specific projects. The study highlights that success depends on matching technologies to local resources, warning that improper implementation could compete with critical needs like food and water security.
A new report from the African Tech Futures Lab (ATFL), released in October 2026, has called for a strategic pivot in how African nations approach carbon dioxide removal (CDR) projects. The researchers argue that a one-size-fits-all application of carbon removal technology is not viable for the continent. Instead, nations are urged to conduct granular, location-specific assessments to ensure that climate projects align with local development priorities.
The study, presented during the ongoing Carbon Markets Africa Summit, emphasizes that Africa's diverse ecological and economic landscape requires tailored solutions. The report suggests that blanket policies often fail to account for the actual availability of critical resources, such as land, water, energy, and capital. Without careful planning, the report warns that carbon projects could inadvertently compete with essential sectors like agriculture, potentially threatening food security and local livelihoods.
The analysis points to a clear divide in the viability of different CDR methods. Researchers highlight biochar—produced from organic waste—and enhanced rock weathering as promising options for many regions. These methods require less infrastructure and offer the added benefit of soil enrichment, which directly supports agricultural productivity. In contrast, more intensive technologies like direct air capture (DAC) and bioenergy with carbon capture and storage (BECCS) are identified as highly sensitive to local conditions. For instance, DAC projects are often restricted to specific areas, such as Kenya’s Rift Valley, where abundant geothermal energy provides a necessary competitive advantage.
Beyond technological selection, the report flags significant structural challenges in the current CDR market. It describes the market as fragile, noting a heavy reliance on external valuation metrics and international standards. This dependence creates pricing uncertainty and limits the ability of African stakeholders to control the feasibility of their own projects. A major barrier to growth is the lack of indigenous scientific infrastructure, including independent laboratories and verification systems, which are essential for long-term sustainability.
For investors and policymakers tracking the climate finance space, the report identifies a shift in focus from mere carbon sequestration to comprehensive resource planning. The primary monitorable for the future will be the development of local verification capacity and scientific data infrastructure. Strengthening these systems would not only stabilize the carbon market but also generate secondary benefits for the broader energy and agriculture sectors. As international climate finance flows continue to evolve, the ability of nations to demonstrate that their projects are scientifically verified and locally sustainable will likely become a key differentiator for attracting long-term investment.