Biomass-based Technologies and Practices for Carbon Dioxide Removal Monday 5 June 2023, 16.15-18.20 CEST, Bologna and Online This event organized by NEGEM project as a
Non-renewable raw materials play a crucial role in clean energy technologies and the global transition to mitigate climate change. The demand for these materials is
A new report from NEGEM explores the global potential of land-based NETPs without further pressures on terrestrial planetary boundaries. This study conducted by NEGEM partners at Potsdam
One of the aims of NEGEM is to develop a shared and comprehensive Vision for the medium-to-long-term sustainable deployment potentials of Negative Emission Technologies (NETPs)
Most climate change mitigation scenarios restricting global warming to 1.5 °C rely heavily on negative emissions technologies and practices (NETPs). This recent research paper by
This paper by NEGEM partners at Oxford Net Zero Dr. Conor Hickey, Professor Sam Fankhauser, Dr. Steve Smith and Professor Myles Allen, surveys the policy
A land- and calorie-neutral approach to achieve negative emissions, based on biomass pyrogenic carbon capture and storage (PyCCS), may effectively contribute to removing significant amounts
❓ What is the role of international cooperation in carbon dioxide removal deployment at global scale, to reach the targets of the Paris Agreement? 📄
❔ What is the potential of Soil Organic Carbon (SOC) sequestration on global marginal land? 🌱 Soil organic carbon sequestration transfers atmospheric CO2 into a land unit,
Are the risks and costs associated with the large-scale deployment of NETPs worth their potential benefits? 📄This article co-authored by NEGEM partners Selene Cobo and
