GX & Decarbonization Research

Emily Williams, John T. Abatzoglou, Carly Phillips +6

This study quantifies the contribution of Carbon Majors to water resource changes in the western US, attributing roughly half of climate-driven supply decreases and demand increases to these entities, and about one-third of observed groundw…

Penghui Li, Weicheng Qian, Wenguang Li +1

This paper proposes a method to produce hierarchical porous carbon via deep eutectic solvent (DES)-induced lignin depolymerization and condensation. It provides mechanistic insights into carbon precursor evolution and contributes to biomass…

Dan He, Yun Wang, Xiang Liu +4

This study analyzes the impact of stakeholder behavior on carbon emissions in forest tourism, offering insights for decarbonizing the tourism sector.

Christian Albert L. Martinez, Renezita S. Come, Dennis Peque +2

This study evaluates carbon stocks and economic value in a Philippine secondary forest using tree inventory data from 2012, 2016, and 2024. The forest stored 202.4 Mg C/ha, comparable to old-growth forests, with a sequestration rate of 2.53…

Jiatao Zhu, Liu Hua-bing, Mai–He Li +5

In an alpine peatland on the Qinghai-Tibetan Plateau, experimental water-table drawdown reduced microbial biomass and residues, shrinking microbial-derived carbon pools, while increasing hydrolytic and ligninolytic gene abundances and enzym…

Tiantian Wang, Yuxin Deng, Ke Liu +1

Based on carbon lock-in theory, this paper examines carbon lock-in in resource-based cities in Sichuan Province from energy structure, institutional development, and social behavior. It finds strong inertia in fossil fuel consumption, path …

Tong Ouyang, Wenbin Chen, Xiangyi Zhang +4

This study develops a bifunctional catalyst for seawater electrolysis hydrogen evolution and dopamine detection. By embedding MoS2/CoS@NiS in N,S-codoped carbon nanospheres, high catalytic activity and stability are achieved, potentially im…

Alattin Çakan, Melike Kopal, Bilgehan Polat +1

This study develops transition-metal-functionalized boron carbon nitride nanocatalysts and examines their bifunctional performance in chemical and electrochemical hydrogen production. The catalysts' structure and performance are evaluated, …

Haiyong Cai, Fang Jin, Xiang Zhu +4

This study develops an enhanced electrokinetic remediation system integrating novel hydrogel electrodes and a MAC/CF permeable reactive barrier for Cu- and Pb-contaminated loess. Optimal vertical voltage of 30V achieved Cu and Pb removal ef…

Rusty A. Feagin, Nail Beisekenov, Tim Osting +3

This study compares four nature-based solutions (NbS) for shoreline protection in a shallow Texas bay using a Delft3D-FM model validated with field data. Living shorelines provide immediate wave and current reduction, while a sand engine of…

Neni Gunaeni, Wiwin Setiawati, Tonny K. Moekasan +8

This study demonstrates that push-pull systems (aromatic intercrops and light traps) in Indonesian chili pepper cultivation reduce pesticide use, lower pest damage, and increase yields by up to 28.45%. It highlights a nature-based solution …

Thounaojam Bidya Chanu, Harish Bahadur Chand, Asieleavio John +5

This review synthesizes the ecological, economic, and social contributions of bamboo-based agroforestry to degraded land restoration. It highlights bamboo's rapid growth and biomass production for enhancing soil fertility, carbon sequestrat…

Ilaria Dibattista, Matteo Mazzarano, Mira Manini TIWARI +1

This paper analyzes structural weaknesses in the EU's agricultural voluntary carbon markets and proposes policy reform options to enhance market integrity and effectiveness, focusing on improving credit quality and demand-side credibility.

Yongrui Wang, Wei Jian, Agula Bao +1

This study presents a green synthesis of oxygen-rich porous carbon from biomass waste, demonstrating synergistic hydrogen storage and high-pressure CO2 capture. It provides mechanistic insights into precursor engineering, showing how precur…

(著者不明)

This study evaluates the techno-economic feasibility of CCS at an Indonesian coal power plant. Simulation shows a 9.7% energy penalty, reducing CO2 emissions from 159 to 2 t/h. LCOE rises from 0.059 to 0.161 USD/kWh, with a CO2 avoided cost…

Qi Gao, Sandra E. Kentish, Kathryn A. Mumford +1

This paper explores maximizing electrochemical CO2 reduction to achieve closed-loop reactive capture. It aims to improve carbon cycling through efficient conversion and reuse of CO2, potentially contributing to decarbonization technologies.

Yuling Wang, Lintao Li, Lanying Lu +5

This paper reports a green synthesis method for carbon foams with hierarchical porosity, demonstrating room-temperature CO2 capture and regeneration. It advances materials science for CCUS, potentially improving efficiency, though practical…

Yutong Yan, Xiaoran Niu, Zijun Wang +2

This study investigates the microstructure of coal-derived carbon from different coal ranks, evaluating their potential as low-cost anode materials for sodium-ion batteries. By clarifying how coal type affects carbon structure and electroch…

Shaik Kabeer Ahmed, Manisha R. Chikane, Suguna B Rao +4

This study evaluates alkali-activated metakaolin (MK) as a low-carbon binder alternative to ordinary Portland cement (OPC) in compressed earth blocks (CEBs). The 10% MK mix achieved optimal strength (3.83 MPa), excellent fire resistance, an…

Wei Pei, Chao Zhang, Tong Wang +4

China's petrochemical industry emits 470 Mt CO2 (about 4% of national total), yet lacks explicit policy targets for the 2030 carbon peak. This study systematically analyzes three technical routes—source reduction, process optimization, and …