GX & Decarbonization Research

Chong Xu, Jianda Li, Jiandong Chen +2

This study analyzes the relationship between net primary productivity (NPP) and land use change across Chinese cities using satellite data, aiming to support carbon neutrality goals. The findings reveal heterogeneous effects, offering insig…

José Luis Ares-Sainz, Ana Arias, Gumersindo Feijoo +1

This paper presents a cross-sector integrated assessment of sustainability, economic viability, and efficiency for decarbonizing industrial drying technologies, with a focus on wood and paper industries. It analyzes environmental impact red…

Nattarat Phaingam, Phairat Usubharatana, Harnpon Phungrassami

This study applies a System Dynamics model to simulate GHG emissions from municipal solid waste in Thailand through 2050, incorporating tourism demand shocks and post-COVID recovery. Four scenarios are evaluated: Baseline Dynamic, National …

Feng Gao, Maoying Deng, Xingdong Deng +6

This paper proposes a framework integrating explainable AI and clustering to decouple passenger and freight transport emissions in urban areas. It enables precision governance by identifying distinct emission patterns, supporting targeted d…

Haotian Gan, Yunting Yao, Xingshuo Li +2

This paper proposes an electricity market mechanism using a contribution metric based on Stackelberg game, incorporating fairness and decarbonization. It aims to facilitate renewable energy integration and carbon emission reduction.

Qiuyao Fu

Using Chinese provincial panel data, this study empirically examines how industrial structure and green finance affect energy resilience. It finds that green finance enhances energy resilience partly by optimizing energy consumption structu…

Shaohui Zou, Shen Kong

This study uses DDF and SBM methods to analyze the spatiotemporal evolution of marginal CO2 abatement costs in China's industrial sector. Using provincial panel data from 2010 to 2022, it finds that abatement costs have increased and show s…

Zhuokai Zhou, Sizhuo Wang

This study uses a hybrid forecasting framework incorporating machine learning to analyze predictive linkages between carbon markets and coking coal futures. It provides implications for market efficiency and highlights the interconnection b…

Jun Lyu, Yu Shu, Shuo Wang

Using unsupervised machine learning (LDA topic modeling, semantic network analysis, and hierarchical clustering) on subtitle transcripts from 60 YouTube green energy documentaries, this study identifies three framing communities: Technologi…

Rasti Wijayanti, Chara Pratami Tidespania Tubarad

This study examines the effect of ESG disclosure on firm value with financial constraints as a mediator for 78 Indonesian listed firms (2021-2023). Using panel data regression and Sobel test, it finds that ESG disclosure does not significan…

Benjamin Kanz, Alessio Tafone, Balkumar Basant Kumar Pillai +3

This paper presents an integrated techno-economic assessment of blue hydrogen production via steam methane reforming (SMR) and autothermal reforming (ATR) with carbon capture. It compares carbon capture rates, energy efficiency, and hydroge…

Feihong Liang, Xianwen Meng, Te Tu +5

This paper proposes a carbon-neutral CO2 capture system using agricultural by-products. It demonstrates a method to enhance carbon sequestration in plants and soil using biomass-ash-enhanced biogas slurry.

Sergio Dorado-Alfaro, Rubén Santiago, Pablo Navarro +1

This study designed and evaluated over 200 AHA-ILs for carbon capture from diluted CO2 sources using DFT/COSMO and COSMO/ASPEN methodologies. Process simulation in Aspen Plus for CO2 concentrations down to 0.01 bar partial pressure showed a…

Shalini Arora, Hari Prasad Reddy Kannapu, Vishal Kamboj +2

This comprehensive review paper examines direct air capture (DAC) of carbon dioxide technology, covering current state, challenges, costs, and scalability. It evaluates DAC's role in climate change mitigation strategies.

Samina Gulshan, Joshua Bouchard, Fereshteh Talkhab +5

This review comprehensively analyzes CO₂-to-X pathways converting CO₂ into fuels, chemicals, polymers, and materials, with special attention to the CO₂-to-carbon route producing solid carbon materials like graphite, carbon nanotubes, and gr…

B. Badenhorst, Kiash Baldeo, Kgaugelo Bopape +3

This paper extends the GEMMES climate-economic model to two regions (Global North and South) interacting through trade. Each region independently sets carbon pricing and abatement subsidies, facing distinct climate damages. The model is cal…

R Sendhil Kumar

This study proposes valorizing industrial limestone-slurry waste into low-carbon Portland-limestone cement-based aircrete. It investigates packing density, thermo-mechanical performance, and microstructure, demonstrating potential for susta…

Marcin Niemiec, Marcin Suder, Małgorzata Okręglicka +4

This study evaluates a low-energy pretreatment method using a Vortex Layer Reactor (VLR) on slaughterhouse waste, swine manure, and spent mushroom substrate. Results show substrate-dependent effectiveness: biogas yield increased by 14% for …

Yì Wáng, Rezeye Rehemituli, Ziheng Zhang +3

This study proposes a microwave-assisted low-energy carbon capture technology using a DFT-screened K2CO3/PZ/K-Sar ternary absorbent. It reduces energy consumption compared to conventional methods, potentially improving the economics of CCUS…

Muhammad Umer, Anna Antonova, Jouni Punkki

This study investigates the effect of high supplementary cementitious material (SCM) content and limestone addition on early-age (3 days) hydration kinetics and strength development of low-carbon binders. Comparing volcanic pozzolan from Ic…