Advanced Technologies for Carbon Sequestration and Capture
This new project, building on the insights of the ‘Harmonizing Carbon Sequestration Measurement’ project (2022-010-2-600), aims to evaluate the efficacy of innovative carbon sequestration technologies. Originating from identified knowledge gaps in the previous project, it seeks to address issues on CO2 emissions understanding, consistent accounting systems, and the necessity for novel mitigation measures.
The project will generate a state-of-the-art technical report on global carbon sequestration and capture (CSC) technologies. Key objectives include assessing the techno-economic aspects of promising CSC systems, evaluating recent advances in technologies like direct carbon capture and novel biofuels, employing expert judgment to evaluate credible CSC system models, and providing an impartial analysis of challenges and opportunities in CSC.
The project adopts a multidisciplinary approach, involving a systematic literature review, interdisciplinary analysis, critical evaluation, and technical expertise. It aims to synthesise recent insights, stimulate collaboration, and promote partnerships among technology providers and industries globally. Collaboration is anticipated across various IUPAC Divisions, ensuring a comprehensive review encompassing peer-reviewed articles, research papers, patents, and industry reports.
Critical evaluation includes criteria recommended by the harmonizing carbon sequestration measurement project, considering factors such as cost-effectiveness, scalability, energy efficiency, regulatory compliance and sustainability. The global perspective ensures relevance to an international audience, utilizing IUPAC’s recognition and reach to disseminate findings and foster collaboration among diverse stakeholders and facilitate impactful global collaboration.
For more information and comment, contact Task Group Chair Diane Purchase <D.Purchase@mdx.ac.uk> | https://iupac.org/project/2023-023-1-600
©2024 by Walter de Gruyter Berlin/Boston
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
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- Masthead - Full issue pdf
- Past President’s column
- Embracing Change: IUPAC’s Opportunities Moving Forward
- Features
- BOLD: Color from Test Tube to Textile
- The renaissance and evolving design of radical polymerization
- Two Young Observers at the WCC in The Hague Share Their Reflections
- IUPAC Wire
- The 2024 IUPAC-Richter Award Goes to Craig M. Crews
- Science as a Global Public Good
- IUPAC Emeritus Fellows 2022-23
- Ty Coplen received a US Presidential Rank Award
- One World Chemistry—IOCD Call for Volunteers
- 2024 Franzosini Prize and Balarew Award—Call for Nominations
- InCHI Changing Pace
- IUPAC Standards Online—Free Access
- PAC Open for Submissions
- Teaching Ethics and Core Values in Chemistry Education—Call for Papers
- Inorganic Chemistry Division—Feb 2024 Newsletter
- Project Place
- InChI Open Education Resource
- The Gender Gap in Chemistry—Building on the ISC Gender Gap Project
- Medicinal Chemistry in Drug Discovery & Development, India
- Advanced Technologies for Carbon Sequestration and Capture
- Terminology and Symbolism for Mechanochemistry
- IUPAC Provisional Recommendations
- Definition of Materials Chemistry
- Up for Discussion
- How Young Are You?
- Bookworm
- The Etymology of Chemical Names
- IUPAC Green Book—New Abridged Version
- IUPAC Blue Book—Updated release
- Conference Call
- The Presidents’ Forum: Advancing Chemistry through Global Cooperation
- IUPAC’s Role in the International Year of Basic Sciences for Sustainable Development and the Closing Ceremony
- Thailand Younger Chemists Network
- Where 2B & Y
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