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In 2025, the global landscape of bioenergy reflected a growing commitment to renewable energy sources, in response to the urgent need for more sustainable energy solutions worldwide. As the impacts of climate change have become more pronounced and fossil fuel reserves have dwindled, many more countries worldwide have begun turning to bioenergy as a viable alternative.

Who are the major players worldwide?

China was the country with the highest bioenergy capacity in 2025, boasting nearly **** gigawatts. China has vast agricultural and forestry resources that provide a steady supply of biomass feedstock for bioenergy production. Brazil followed closely behind, with a bioenergy capacity of **** gigawatts. Brazil's fertile land and favorable climatic conditions for sugarcane production ensure a readily available and cost-effective feedstock for ethanol production. Third in this ranking the United States, which reached a bioenergy capacity of approximately **** gigawatts. This production can be attributed to its investment in biomass power plants and the widespread utilization of agricultural waste as a primary resource.

What are the concerns?

While bioenergy offers several advantages, it is also essential to consider its potential drawbacks. One significant concern is the potential impact on land use. Large-scale bioenergy production requires substantial areas of land, which can lead to deforestation, habitat loss, and competition with food crops. Additionally, the carbon neutrality of bioenergy is often debated. While biofuels are considered renewable, their production and combustion can still release greenhouse gases, especially if not managed sustainably. Furthermore, the intensive use of fertilizers and pesticides in bioenergy crop cultivation may harm ecosystems and water quality.