Biopact to chair Sparks & Flames conference panel on carbon-negative biofuels
Biopact has been invited to chair a panel at the Gas Storage & Trading Summit that will take place during ICBI's Sparks & Flames energy conference to be held in December in Amsterdam. The three-day event brings together Europe's energy experts to discuss the long-term security of energy supplies, future fuel mix paradigms in light of climate change, as well as topics dealing with investments in infrastructure assets to overcome uncertainty in Europe’s gas and power markets. Over 70 representatives of Europe's nuclear, coal, gas and bioenergy sectors will be speaking.
CCS and carbon-negative bioenergy
Biopact chairs a panel on 'Sustainable Energy and Carbon Capture and Storage (CCS)' at which BP Alternative Energy, RWE npower, Forum for the Future and the Carbon Trust will participate. The panel will be assessing the eligibility, risks and security of geologically stored CO2, the technological and regulatory developments needed, and the ways in which CCS systems can be implemented within the EU's emissions trading scheme and future climate change policies.
Biopact chairs because of its exploration of the field of the large-scale production of carbon-negative bioenergy tied to CCS, seen by us and a growing group of scientists as one of the most feasible strategies to reduce greenhouse gas emissions from power generation in a safe and cost-effective way, while allowing the fossil fuel based energy sector to 'hybridize' itself and to transit towards cleaner production.
Such carbon-negative bioenergy systems (also called 'Bioenergy with Carbon Storage' or BECS) operate at the interface of dedicated biomass production and CCS technologies. They open a new, unexplored spatial dimension of CCS and power generation, they alter production, logistical and process flows, both up and downstream, and they present new perspectives on the risks associated with CCS. In short, BECS systems form the basis of an entirely new paradigm for research into the potential of carbon capture and storage technologies.
We will be presenting, amongst other topics, results of research on the creation of synergies between existing LNG infrastructures, local and large-scale production of biomethane coupled to site-specific CCS opportunities. These synergies may open perspectives on mixing carbon-negative and ultra-clean methane derived from renewable biomass with existing natural gas supplies.
Biochar and carbon-negative biofuels in the developing world
Biopact's Laurens Rademakers will also participate in a panel on 'Kyoto and Biofuels', at which he will give a presentation titled 'Exploring the potential for the production of bioenergy: access to energy, energy security and sustainability in the developing world', dealing with the technical, environmental, social and economic complexities of the production of bioenergy in the developing world, particularly in sub-Saharan and Central Africa, with special focus on the impact of rising energy prices on developing country governments and societies.
Developing country positions on trade reform in light of the emerging global bioeconomy will be discussed. Finally, Rademakers will present an overview of the potential of low-tech routes to carbon-negative biofuel production - via the sequestration of biochar in soils - and of how such production techniques could fit into a post-Kyoto universe.
For further information on ongoing research into both low- and high-tech BECS systems, contact us [entry ends here].
energy :: sustainability :: climate change :: carbon capture and storage :: carbon-negative :: biochar :: pyrolysis :: biomass :: bioenergy :: biofuels :: biogas :: developing world :: EU ::
CCS and carbon-negative bioenergy
Biopact chairs a panel on 'Sustainable Energy and Carbon Capture and Storage (CCS)' at which BP Alternative Energy, RWE npower, Forum for the Future and the Carbon Trust will participate. The panel will be assessing the eligibility, risks and security of geologically stored CO2, the technological and regulatory developments needed, and the ways in which CCS systems can be implemented within the EU's emissions trading scheme and future climate change policies.
Biopact chairs because of its exploration of the field of the large-scale production of carbon-negative bioenergy tied to CCS, seen by us and a growing group of scientists as one of the most feasible strategies to reduce greenhouse gas emissions from power generation in a safe and cost-effective way, while allowing the fossil fuel based energy sector to 'hybridize' itself and to transit towards cleaner production.
Such carbon-negative bioenergy systems (also called 'Bioenergy with Carbon Storage' or BECS) operate at the interface of dedicated biomass production and CCS technologies. They open a new, unexplored spatial dimension of CCS and power generation, they alter production, logistical and process flows, both up and downstream, and they present new perspectives on the risks associated with CCS. In short, BECS systems form the basis of an entirely new paradigm for research into the potential of carbon capture and storage technologies.
We will be presenting, amongst other topics, results of research on the creation of synergies between existing LNG infrastructures, local and large-scale production of biomethane coupled to site-specific CCS opportunities. These synergies may open perspectives on mixing carbon-negative and ultra-clean methane derived from renewable biomass with existing natural gas supplies.
Biochar and carbon-negative biofuels in the developing world
Biopact's Laurens Rademakers will also participate in a panel on 'Kyoto and Biofuels', at which he will give a presentation titled 'Exploring the potential for the production of bioenergy: access to energy, energy security and sustainability in the developing world', dealing with the technical, environmental, social and economic complexities of the production of bioenergy in the developing world, particularly in sub-Saharan and Central Africa, with special focus on the impact of rising energy prices on developing country governments and societies.
Developing country positions on trade reform in light of the emerging global bioeconomy will be discussed. Finally, Rademakers will present an overview of the potential of low-tech routes to carbon-negative biofuel production - via the sequestration of biochar in soils - and of how such production techniques could fit into a post-Kyoto universe.
For further information on ongoing research into both low- and high-tech BECS systems, contact us [entry ends here].
energy :: sustainability :: climate change :: carbon capture and storage :: carbon-negative :: biochar :: pyrolysis :: biomass :: bioenergy :: biofuels :: biogas :: developing world :: EU ::
2 Comments:
Parabéns Biopact! Sua importância está sendo reconhecida.
BIT's Bio-Venture Capital Forum is the echo of successful and fruitful "Summer Davos" 2007, it is committed to a comprehensive, coordinated and sustainable path of biotechnology development. Bio-VC is the place where bio venture and high tech companies in & outside China present their unique technologies to professionals around the world.
It is truly an honor to have the opportunity to welcome you to BIT’s Bio-Venture Capital Forum, China, which will be held on Oct 11, 2008 in Dalian, with a theme of “Invest in Biotechnology, Invest for Future”. This forum is an event that we would like to define as “a global platform for exploring the best bio-venture opportunities”, which intends to build up a platform for exploring the magic of venture capital and fostering collaborations between VCs and entrepreneurs.
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