GX & Decarbonization Research

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 …

Xiqiao Lin, Ming Cheng

This study proposes a multi-scenario carbon emission flow analysis model based on energy-carbon co-optimization for low-carbon power system operation. It incorporates a dynamic carbon-price feedback mechanism and evaluates three scenarios: …

Bo Miao, Shuzhen Li, Rui Liu +4

This review examines lifecycle carbon emission characteristics and mitigation pathways of smart energy meters using LCA. Use-stage electricity accounts for 70.1-88.5% of lifecycle GWP, but dominance varies with electricity mix, service life…

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.

Sahar Foorginezhad, Elena Wikberg, Fredrik Weiland +1

This study evaluates deep eutectic solvent (DES)-based slurries for CO2 capture under industrial conditions, including high pressure and gas mixtures. Tests with real flue gas from biomass combustion at an industrial site showed stable perf…

Gaurav Kattel, Samir Shrestha, Jiwoo Shin +2

This paper assesses the net abatement performance of U.S. carbon capture deployment by accounting for supply chain emissions using an environmentally extended input-output (EEIO) analysis. It reveals the hidden indirect emissions that may o…

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…

Kian Hoong Chai, Loong Kong Leong, Thomas Chung-Kuang Yang +4

This study proposes a mild activation strategy to improve the slow sorption kinetics of MgO-based CO2 sorbents for post-combustion capture from low-CO2 flue gas. Activation at 240°C for 0.5 h doubled the peak sorption rate and increased CO2…

Feng Wang, Yang Sun, Pengyue Wang +5

This paper predicts the carbon reduction capacity of coal-fired power plants when used as discharging units for medium-/low-temperature Carnot batteries, using an exergy-based approach. It quantitatively evaluates the decarbonization potent…

Jinpeng Dai, Fanghui Lu, Riccardo Maddalena +2

This study uses CPO-XGBoost machine learning to predict compressive strength of limestone calcined clay cement (LC3) and optimize low-carbon mix designs. LC3 reduces CO2 emissions in cement production, contributing to construction decarboni…