GX & Decarbonization Research

Xiaohe Liang, Jiayu Zhuang, J Liu +2

This study analyzes 1198 articles on nature-based solutions (NbS) in sustainable agriculture using Structural Topic Modeling, identifying ten latent topics. It maps these onto four exploratory scenarios—Green Regulation, Engineered Ecotopia…

Izaskun Gomez de Salazar, Itzíar Aguado Moralejo

This study compares academic definitions of nature-based solutions (NbS) with practitioner perspectives, identifying four approaches (eco-technocratic, holistic, anthropocentric, biocentric). Practice is dominated by eco-technocratic views,…

Christi Kesh, Aparna Sharma, Vaibhav Chaturvedi

This paper examines challenges and potential pathways for voluntary carbon markets, focusing on transparency, credibility, and scalability. It discusses quality standards for carbon credits and prevention of double counting, offering policy…

Aparna Sharma, Mari Luomi, Darshna Singh

This paper analyzes the effectiveness of carbon markets in emerging economies, focusing on compliance design choices, offsetting mechanisms, and harmonization. It provides policy insights for balancing emission reduction targets and market …

Chunquan Li, Chenguang Qian, Q Zhang +4

This study presents in-situ synthesis of carbon-modified NaA zeolite from coal gangue, achieving high CO2 capture performance. It offers a cost-effective and environmentally friendly approach for carbon capture, utilizing mining waste as a …

Mohamed Essalhi, Rawan A. Al Qahtani, Aasif Helal +5

This study reports the postsynthetic functionalization of a covalent organic framework (COF) with amine groups for direct air capture (DAC) of CO2. The amine-appended COF (V-COF-tris) shows enhanced CO2 uptake (1.80 mmol/g at 298 K, 100 kPa…

Wentan Wang, Haoran Cheng, Jiangtao Wen +5

This study develops a life-cycle techno-economic analysis and optimization framework for hybrid deep ground source heat pump systems. It couples a heat transfer model with economic evaluation and Bayesian optimization. Applied to a case in …

Feng Sun, Hongzhi Zhang, Runsheng Lin +2

This paper proposes an optimization framework for low-carbon cementitious systems using slag and fly ash, balancing CO2 emissions and carbonation durability. It develops a climate-adaptive design method for construction materials, offering …

Z M Xu, Shiyuan Li, Zhile Wang +4

This study proposes a synergistic process combining mine drainage, cement kiln flue gas, and low-quality demolition waste to produce carbon-negative construction materials. It demonstrates potential for simultaneous contaminant immobilizati…

Hongzhi Zhang, Qi Li, Jie Yang +5

This study develops a low-carbon engineered supersulfated cement composite using industrial by-products and Yellow River sediment. The optimal mix achieves comparable compressive strength to conventional ECC while increasing tensile strain …

Sushovan Chatterjee

This paper explores solar drying for low-emission agri-food systems, linking post-harvest management with carbon and nitrogen dynamics. It examines the potential of renewable energy-based drying to reduce GHG emissions in agriculture.

Gan Cheng, Penghao Gao, Ruiwen Guo +4

This study proposes a method using CO2 bubbles to regulate phase interfacial properties, enhancing flotation recovery of carbon from low-rank coal. The technique has potential to improve coal processing efficiency.

Jaya Verma, Varshika Singh, Jiqiang Wang +4

This review examines recent advances in antimicrobial and self-cleaning coatings for building engineering, focusing on their relevance for maintenance decarbonization. It covers fundamental mechanisms, emerging material systems, fabrication…

Iman Faridmehr, Mehdi Nikoo, Mohammad Ali Sahraei +1

This paper presents the EcoStruct platform, a digital workflow for low-carbon concrete mix design that integrates international standards. It covers all steps from project definition to reporting. A precast tunnel-lining segment case study …

Guoqing Zhai, Heyu Qi

This study employs panel data from 30 Chinese provinces (2015-2024) to measure green finance development using the entropy-weighting method and examines influencing factors using fixed-effects models. Environmental regulation intensity is f…

Nima Amani

This study quantifies the feasibility and carbon emission reduction of integrating medium-sized wind turbines on residential rooftops in Iran's coastal temperate humid region. Simulations show annual clean energy production of 10,341 kWh, w…

Lu Chen, Na Chen

This paper analyzes multiple institutional pressures (normative, mimetic, coercive) faced by firms and governments when adopting low-carbon transportation policies. Through case studies, it reveals how these pressures influence policy diffu…

SM Rashmi, BH Abdul Razak, K. N. Shivaprasad +1

This review evaluates the performance and sustainability of Engineered Cementitious Composites (ECC). It shows that optimizing binder composition and fiber reinforcement can balance mechanical properties and low-carbon benefits, offering in…

Chengrun Lu, Jian Zhang, Xinyi Shen +3

This study uses a discrete choice experiment among 623 young adults in Southwest China to examine preferences for personal carbon account features. Product discounts and ranking feedback increased attractiveness, while time costs reduced it…

Elisabeth Mahase

This article reports that the UK has approved low-carbon inhalers for asthma treatment, which reduce greenhouse gas emissions compared to conventional products. The regulatory decision highlights the convergence of climate action and health…