GX & Decarbonization Research

H Bâki Iz

This work appears to statistically reconcile the emission and sink components of the global carbon budget, addressing gaps between national inventories and atmospheric/model-based estimates. It likely bears on how residual sinks and mismatc…

Vrajlal Sapovadia

This paper maps research frontiers and open questions around the 'carbon convergence hypothesis' across external, internal, and emerging dimensions. Carbon convergence concerns whether carbon intensity and emissions across countries and reg…

Tom Bearpark, Ben Groom

This provides replication code and data for the Nature Climate Change paper introducing the 'Carbon at Risk' measure to quantify carbon removal risk and guide portfolio construction. It enables researchers to verify and extend the methodolo…

Janki Govani, Amrita Ganguly, Rajat Govani

This chapter outlines the carbon lifecycle of plastics and microplastics and their link to carbon footprint and the green economy. It reviews carbon lifecycle accounting frameworks, end-of-life strategies, and policy instruments such as EPR…

Tristano Bacchetti De Gregoris De Gregoris

Storing more carbon in soil reduces atmospheric carbon, so boosting sequestration capacity can help mitigate climate change. The EU Credible project helps carbon farming initiatives across Europe learn from each other and build robust appro…

Zinat Ara Noor, Sheikh Mohammed Rabiul Alam, A.B.M. Kamal Pasha +1

A scoping review of AI and multi-sensor remote sensing for salt-marsh blue carbon assessment. It proposes a digital-twin research agenda, charting a path toward scalable, high-accuracy monitoring of coastal carbon stocks.

Ismail Mondal, SK Ariful Hossain, Sajad Ali +3

This study applies AI to spatially predict mangrove soil organic carbon and blue-carbon storage in tropical coastal wetlands. It offers a scalable, data-driven basis for identifying conservation and restoration priorities, supporting blue-c…

Yency C. Chavarro-Valenzuela, Luisa Fernanda Yustres Quintero, Saieth Baudilio Chaves-Pabón

This study examines integrating Nature-based Solutions (NbS), solar energy, and territorial planning for climate risk management in vulnerable communities of La Guajira, Colombia. Using hydrometeorological analysis, GIS, and multivariate st…

Bishwajit Roy, Tiago Capela Lourenço, Md. Habibur Rahman +1

This study evaluates community-led nature-based solutions for climate adaptation (NbS-CCA) addressing sea level rise–induced agricultural impacts in coastal Bangladesh. Using focus groups and a 251-household survey, it assesses agroforestry…

Ursula McKnight, Kaidi Tamm, Hanna Hamad Johansson +2

This piece introduces the NBSPLUS project, which is developing Nature-based Solution (NbS) Services to sustain the climate, biodiversity and societal benefits of NbS over the long term. It targets participatory governance, biodiversity, cli…

Farzin Hosseinifard, Mohsen Nasrollahi, Mohammad Ebadollahi +1

This study comprehensively evaluates solvents for post-combustion CO2 capture in cement decarbonization. It integrates 4E (energy, exergy, economic, environmental) analysis with machine learning, life cycle assessment, and sensitivity analy…

Ruqi Zhang, Mingkai Liu, Yunlian Liu +6

A thermodynamic assessment of an isothermal Li4SiO4-based integrated carbon capture and utilization process that converts CO2 into methane using green hydrogen. It evaluates the feasibility of coupling carbon capture with methanation for hy…

He Li, Xiansong Shi, Wei Zhao +5

This study presents a physisorptive moisture-enhanced carbon capture (MECC) using covalent organic frameworks (COFs) with Brønsted-acidic squaramide linkages. The squaramide linkage and pore size disrupt water hydrogen bonds, converting wat…

Henry Steven Fabian-Ramos, Arvind Rajendran, Petr A. Nikrityuk

A feasibility study of a novel tetraamine-appended MOF (metal-organic framework) for industrial-scale CO2 capture. Though no abstract is available, it positions solid sorbents as a lower-energy alternative for carbon capture, potentially re…

Daniel Klüh, Eemeli Anetjärvi, Mario Mero Plaza +6

A review and case study examining technologies and capture potential for integrating carbon capture into pulp mills to achieve negative CO2 emissions. It shows how combining CCS with biogenic emission sources can let energy-intensive indust…

Katariina Buure

This dissertation examines CCUS as a sociotechnical phenomenon across social, political and economic dimensions, drawing on Finnish media discourse and policy interviews in Finland and the Baltics. It finds regulatory uncertainty and heavy …

Xiaoqin Li, Xin He, Yulin Li +7

Arginine-functionalized multi-walled carbon nanotubes (Arg-MWCNTs) were prepared as a solid acid catalyst to reduce energy demand in CO2 desorption from MEA solutions. At 87°C in 30 wt% MEA, 0.3 g of Arg-MWCNTs increased CO2 desorption by 4…

Craig Bettenhausen

Fertilizer giant Yara has launched Europe's largest carbon capture facility, capturing CO2 from its ammonia production process. The project demonstrates industrial-scale CCUS deployment and its integration with European decarbonization poli…

Yogendra Kumar, Diksha Praveen Pathak, Jitendra S. Sangwai

This review evaluates CCS across the full life cycle—capture, transport, and sequestration—integrating technical feasibility, environmental performance (GWP, EROI), and cost metrics for onshore and offshore storage. Capture technologies are…

Zhaoyang Zuo, Ying Liu, Dongrong Meng +1

This study evaluates a low-carbon electricity and methanol co-generation system based on thermochemical hydrogen production, using thermo-environ-economic criteria and AI-aided tri-criteria optimization. It demonstrates design and operation…