GX & Decarbonization Research

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This study examines how energy recovery at waste incineration facilities (waste-to-energy power and heat recovery) indirectly reduces CO2 emissions by displacing grid electricity and fossil fuels. The key issue is how to account for direct …

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This paper links decarbonization to the upgrading of regional industry, examining reskilling education and the role of mechanical engineering in developing the workforce that supports it. Without an abstract, details are unclear, but it off…

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This study estimates firms' willingness to pay (WTP) for energy goods and services on the path to carbon neutrality. It offers demand-side evidence on how much companies value low-carbon energy offerings, informing market design and policy …

Open Energy Transition, Gilon, Thomas, Rüdt, Daniel +9

This dataset presents preliminary outputs from Open-TYNDP, a collaboration between Open Energy Transition and ENTSO-E. It builds an open-source workflow based on PyPSA-Eur to replicate the Ten-Year Network Development Plan (TYNDP) 2024, foc…

Muhammad Zubair Chishti, Muhammad Qasim Javaid, Daniel Balsalobre‐Lorente

Using machine-learning models on a panel of 285 Chinese cities (2005–2023), this study finds ICT diffusion significantly mitigates CO2 emissions via energy efficiency, green innovation, and green human capital. Effects are stronger in resou…

Mustafa Wassef Hasan

This study models decarbonization pathways for Iraq that move from gas flaring toward renewable energy and system flexibility, explicitly constrained by energy adequacy requirements. It examines how power-system reliability can be preserved…

Ohn Zin Lin, Eftichios Koutroulis, Hnin Yee Aye +6

This critical review examines the ASEAN Power Grid's evolution from cross-border power links toward a digitalized regional electricity market. It assesses the APG's potential as a catalyst for renewable energy integration and decarbonizatio…

Chen Y.

This paper proposes a distributionally robust joint chance-constrained approach to manage reserve deliverability risk in integrated electricity-heat systems participating in day-ahead markets. It addresses uncertainty from renewables while …

Suraj Y. Singh, Evaan T. Sandeep, Shailesh P. Chowdhury

This study develops an integrated optimization framework for LNG maritime transportation in India, jointly determining fleet allocation, routing, scheduling, sailing speed, boil-off gas (BOG) utilization, energy consumption, carbon emission…

Musarat Abbas, Ling Yang

Using CS-ARDL on 1996–2020 data for Bangladesh, India, Pakistan, and Sri Lanka, this study estimates short- and long-run effects of economic complexity, globalization, and renewable energy on carbon emissions. Economic complexity and renewa…

LAN SONG, Xinyue Wang

Using 2022 global AIS vessel-tracking data linked to Lloyd's Ship Database, with missing technical parameters imputed via regression-tree models, this study estimates fuel consumption and CO2 reductions achievable through Flettner rotor win…

Tianhao Wu, Yuning Jiang, Hui Huang +5

This work addresses low-carbon operation of renewable power-to-methanol systems using a copula-based joint distributionally robust chance-constrained optimization approach. It captures correlated uncertainties in renewable output and demand…

Yitong Niu, Ying Ying Tye, Chee Keong Lee +1

Lignocellulosic bioethanol's low-carbon performance is constrained by process energy demand. This study proposes a knowledge graph–digital twin framework linking feedstock, process, equipment, energy, sustainability, and decision entities i…

Yuxin Zhang, Jianfu Chen, Hiroatsu Fukuda

Using panel data for 289 Chinese cities (2010–2023), this study examines how carbon emission performance–energy efficiency (CEP–EE) synergy relates to urban low-carbon resilience (LCR) through spatial, dynamic, and nonlinear models. Spatial…

Kansateshri Megavarnan

A comparative LCA of exterior wall assemblies for wildfire rebuilding in California, contrasting conventional code-compliant systems with low-carbon alternatives (adobe, rammed earth, hempcrete, cork, mycelium composites). Cradle-to-gate (A…

Chong Gao, Senquan Li, Jianwei Gao +3

This study proposes a solar-attribute-aware scheduling framework for CSP-TES integrated energy systems, embedding a solar-thermal attribute state in TES balance to track solar-derived heat amid hydrogen-recovered and CO2-capture heat. It qu…

Senquan Li, Jianwei Gao, Peifeng Yin +3

This study proposes a solar-attribute-aware scheduling framework for CSP-TES integrated energy systems where TES discharge mixes solar and non-solar heat from hydrogen conversion and CO2 capture. A solar-thermal attribute state tracks the s…

Monika Pepłowska, L. Gawlik, Wojciech Kowalik

Using Kraków Smog Alert as a case, this study analyzes how grassroots civic mobilization drove the shift from domestic solid-fuel combustion to low-emission heating in Poland. Combining the Multi-Level Perspective with social movement theor…

Furong Bai, Hanmin Wang, Mengyuan Cheng +1

Using panel data on Chinese A-share listed energy firms (2014-2022), this study finds that low-carbon transition is significantly associated with higher corporate resilience. ESG performance and financing constraints are suggested as mediat…

Vasiliki Tzitzili, Christos N. Dimitriadis, Michael C. Georgiadis

This review synthesizes recent mathematical modelling and optimization frameworks for evaluating strategic energy investments amid low-carbon transition. It examines stochastic, robust, bilevel and equilibrium approaches for representing un…