Africa's Cement Construction Surge Signals Major Shift in Global Energy Demand (2026-09-25)

Africa's cement industry is expanding rapidly, with the continent accounting for 42% of all cement production capacity currently under construction worldwide. This is a significant jump from its 8% share of operational capacity, indicating a major push in planned cement production.

According to data from Global Energy Monitor, Africa has about 441 million metric tons of annual cement capacity in operation and 43.3 million tons under construction. Another 23 million tons have been announced, which together would raise total capacity by roughly 15% to just over 507 million tons. This increase far outpaces planned additions in any other region.

The cement pipeline is more than a construction story; it reflects bets on urbanization, industrialization, and broader economic development. Before countries consume larger volumes of steel, chemicals, and manufactured goods, they typically require vast amounts of concrete for housing, roads, ports, factories, and power infrastructure. As such, the cement plans serve as a leading indicator of Africa's future energy needs, which are poised to accelerate if the expected construction boom materializes.

Cement production is highly energy-intensive, requiring large quantities of coal, petroleum coke, natural gas, and other fuels. As these projects come online, they will also boost demand for electricity and the infrastructure needed to import, distribute, and store fuels, as well as to ship out finished concrete. In many African markets, this rising industrial energy demand will likely be met initially by fossil fuels.

Among individual nations, Egypt has the largest existing cement capacity at around 88 million tons per year. Nigeria leads in capacity under construction with 10 million tons, ranking second globally only to India. Libya, Mali, Angola, Uganda, Mozambique, and Cameroon also have construction pipelines within the global top 20, showing the growth is continent-wide. In total, 16 African nations are building new cement kilns.

African developers have the opportunity to use the latest, most efficient kilns, which can produce more cement with fewer inputs. Locally produced renewable energy, such as rooftop solar, can help power grinding and processing machines, and electric kilns offer a path to lower energy intensity. However, cost considerations may slow the adoption of expensive emissions-reduction technologies like carbon capture, making energy- and materials-intensive cement operations the norm even as newer components are deployed.

Ultimately, these cement projects are early signs of where future energy demand growth may emerge. As Africa urbanizes and industrializes, it could become a major source of incremental demand for electricity, transport fuels, and industrial energy, forcing policymakers to balance rising living standards against rising emissions.