GX & Decarbonization Research

Kseniya Lahoika, Yulia V. Fursa, Yaroslav Boreiko +1

This paper analyzes GHG emissions in Belarus's industrial sector, highlighting process emissions from cement, ammonia, methanol, and carbon black production. In 2024, cement production alone emitted over 2.4 million tons of CO2. The study r…

Pırıl Tekin

This review comprehensively analyzes decarbonization pathways in the textile industry from a techno-economic perspective, focusing on the Çukurova region of Turkey. It evaluates options such as energy efficiency improvements, renewable ener…

M. Hero, P. Vidmar, Patrick Vlačič +1

This study develops a System Dynamics (SD) framework to evaluate a transcontinental green shipping corridor connecting Shanghai, Jebel Ali, and Koper, integrating port operations, voyage emissions, alternative fuel production, bunkering inf…

H. A. Teriba, G. Ajayi, A. B. Osanyinpeju +4

This study evaluates decarbonization pathways for Nigeria's oil and gas sector, modeling four scenarios to 2030 and 2050. A hybrid pathway combining gas expansion with renewables is most feasible, while flare gas recovery could add ~3 GW po…

Collins Amabuo, D. Kalu, E. Ayodele +2

This paper analyzes biomethane's role in the energy transition, highlighting its cost competitiveness (€25-100/MWh) and existing infrastructure advantages over green hydrogen. It reviews upgrading technologies and emphasizes policy support …

Zitong Feng

This paper proposes an optimal dispatch model for integrated energy systems under China's dual-carbon targets, integrating wind-PV uncertainty, demand response, and a ladder-type negative carbon trading mechanism. A scenario reduction metho…

Letian Dai, Wanru Chen

This comprehensive review summarizes engineering strategies for high-efficiency indoor perovskite solar cells and their integration with low-current energy storage systems. It focuses on self-powered IoT sensors and wearables, covering mate…

Daxing Xu, Tao Dai, Lipu Du +3

This study projects critical metal demand for China's stationary battery storage through 2050 using a Gompertz model and dynamic MFA. Technology substitution reduces lithium/cobalt/nickel demand but shifts pressure to vanadium. Medium recyc…

Jessica Achebe, Jieying Zhang, Anber Rana +2

This guideline provides a national framework for life cycle assessment (LCA) of Canadian highway bridges, standardizing the quantification of environmental impacts, especially GHG emissions, across all life cycle stages. Aligned with ISO 14…

Burada Shravani, Navneet Kumar Mishra, Anurag Shakya +1

This paper proposes a synergistic flotation-agglomeration beneficiation method to recover low-ash carbon concentrates from coal washery tailings, contributing to waste valorization and carbon recovery, thereby supporting sustainable resourc…

Feng Sun, Qingliang Yu, Hongzhi Zhang +3

This study optimizes the mix design of low-carbon mortar using an OPC-slag-wollastonite ternary binder system, driven by carbonation durability. It provides insights for ensuring durability in low-carbon materials, contributing to decarboni…

Li-Cai Zhao

This paper designs and analyzes a novel integrated biogas chemical looping reforming system for low-carbon methanol and power cogeneration. It evaluates energy efficiency and CO2 emission reduction potential, demonstrating advantages over c…

David Andersson, Jakob Enlund, Jonas Nässén

This paper provides an analysis pipeline (R) to test whether low-carbon lifestyles (car-free, flight-free, meat-free) reduce emissions directly and indirectly, and the role of environmental self-identity (ESI). Confidential microdata are pr…

Omar Abo Madyan, Riana Patel, Jennifer Schooling +2

This paper demonstrates through a case study how the choice of tunnel lining materials impacts carbon emissions in construction projects, promoting a shift towards low-carbon construction. It highlights the importance of material selection …

Giordano Costanzi, Vincenzo Trovato, Pietro Colella +2

This paper analyzes the techno-economic benefits of battery storage systems with grid-forming converters in low-carbon power grids. It evaluates the potential to enhance renewable integration and maintain grid stability while improving cost…

Pengxing Yuan, Meng Li, Shiyi Chen +1

This paper proposes a low-temperature desulfurization method for phosphogypsum via co-thermal reduction with carbon-based fuels. It aims to reduce energy consumption compared to conventional high-temperature processes, potentially contribut…

Hong Fan, Jiawen Yu, Feng You +1

This paper proposes a multi-objective optimal scheduling framework for integrated electricity-gas systems (IEGS) under high renewable penetration and uncertainties. It integrates a liquid storage tank-based CCUS, a hydrogen multi-utilizatio…

Ravindra K. Bhardwaj, Adarsh Kumar, Steven M. Rowland +3

This study demonstrates humins, a biorefinery byproduct, as a precursor for hard carbon anodes in sodium-ion batteries (SIBs). The optimized material delivers high reversible capacity, stable cycling over 500 cycles, and excellent rate capa…

Juliana Gaio Somer, Gersson F.B. Sandoval, Edna Possan

This systematic review of 48 studies on low-carbon cements finds that most research quantifies CO2 avoidance from clinker reduction but neglects durability and service life. Durability is mainly linked to pore structure and alkalinity, yet …

(著者不明)

This Reprint compiles peer-reviewed studies on sustainable low-carbon concrete, exploring innovative binders, waste-derived materials, and composite designs that cut embodied carbon while maintaining performance. It covers alkali-activated …