As the EU intensifies its efforts to meet ambitious climate goals, biogas and biomethane are increasingly recognized as essential components in the region’s energy transition. These renewable sources provide a sustainable alternative to fossil fuels, aiding in carbon reduction and supporting the EU’s commitment to a circular economy.
Europe’s biogas and biomethane market is poised for significant growth over the next decade, spurred by favorable policies, increased investments, and rapid technological advancements. The European Green Deal and Renewable Energy Directive (RED II) have set the stage for biogas to become a key player in the EU’s sustainable energy future, with biogas production projected to double by 2030. With these developments, the market value is expected to surpass €40 billion, making biogas indispensable for Europe’s net-zero ambitions.
However, the expansion of biogas and biomethane in Europe faces complex challenges, including regulatory inconsistencies across member states, technological limitations, and the need for a reliable and sustainable feedstock supply. Overcoming these obstacles will require a coordinated effort among industry stakeholders to innovate, invest, and collaborate effectively.
The Biogas & Biomethane World Summit brings together leading European experts, including executives, technology innovators, EU policymakers and investors, to discuss these challenges and shape a cohesive strategy for biogas development on the continent. The event focused on the most innovative technological advances, harmonization of regulations and effective strategies for integrating biogas into European energy systems. Key discussions covered advanced biogas production technologies, biomethane infrastructure, sustainable feedstock supply, and the role of biogas in the decarbonization of transport and heavy industry in Europe.
Among the speakers invited to share their experience was Entsorga, with a talk by our CEO G. F. Galanzino, who spoke about the challenges and technological solutions identified to improve efficiency in biogas production from the recovery of organic materials.
