FROM PLANT DATA TO PLANT DECISIONS: How Dexian is revolutionizing #bioenergy with #AI... India’s bioenergy industry is shifting its focus from expanding capacity to improving efficiency and profitabil...

carbon farming and climate action. Sustainable bioenergy is increasingly recognized not only as a source of renewable energy, but also as an

A U.N. report concluded carbon capture could offset fossil fuels’ effect on climate change. Two decades later, the process has failed to meaningfully scale up, and it’s proving hard to take the promis...

On 3 November, join the Global Bioenergy Partnership (GBEP) technical workshop to explore how bioenergy by-products can serve as alternatives to mineral fertilizers and their growing role in carbon farming and climate action. Sustainable bioenergy is increasingly recognized not only as a source of renewable energy, but also as an important player in sustainable and circular agrifood systems. Alongside energy generation, bioenergy production may create by-products and residues that can be returned to the soil, helping improve soil health and recovering nutrients, supporting bioeconomy, climate-smart agriculture and the Sustainable Development Goals. Interest in these products has been growing since recent disruptions in global fertilizer markets have exposed the need to shift away from imported mineral fertilizers. Nutrient-rich products such as digestate, biochar, and emerging RENURE-type fertilizers recycle nutrients and organic carbon back into agricultural systems, reduce dependence on mineral fertilizers and support more resilient and resource-efficient agrifood value chains, improving nutrient security and environmental sustainability. At the same time, the increasing focus on carbon farming is creating new opportunities for bioenergy by-products. In particular, biochar, produced through the pyrolysis of biomass, has attracted attention for its potential to improve soil health while storing carbon over the long term, creating benefits...

Bihar cabinet approves new CBG Policy 2026 to boost bioenergy; Bihar CBG policy will also be integrated with the Centre's GOBARdhan and SATAT.

On 3 November, join the Global Bioenergy Partnership (GBEP) technical workshop to explore how bioenergy by-products can serve as alternatives to mineral fertilizers and their growing role in carbon farming and climate action. Sustainable bioenergy is increasingly recognized not only as a source of renewable energy, but also as an important player in sustainable and circular agrifood systems. Alongside energy generation, bioenergy production may create by-products and residues that can be returned to the soil, helping improve soil health and recovering nutrients, supporting bioeconomy, climate-smart agriculture and the Sustainable Development Goals. Interest in these products has been growing since recent disruptions in global fertilizer markets have exposed the need to shift away from imported mineral fertilizers. Nutrient-rich products such as digestate, biochar, and emerging RENURE-type fertilizers recycle nutrients and organic carbon back into agricultural systems, reduce dependence on mineral fertilizers and support more resilient and resource-efficient agrifood value chains, improving nutrient security and environmental sustainability. At the same time, the increasing focus on carbon farming is creating new opportunities for bioenergy by-products. In particular, biochar, produced through the pyrolysis of biomass, has attracted attention for its potential to improve soil health while storing carbon over the long term, creating benefits...