GX & Decarbonization Research

Xiaolong Yu, Zhe Bai, Mingxing Wang +4

This study optimizes thermal efficiency of suspension roasting decarbonization for V-bearing shale, analyzing synergistic effects of temperature, gas flow, and oxygen concentration on heat utilization. Findings contribute to improving energ…

Isabel-María García-Sánchez

This study examines whether CEO ability influences the prioritization of net-zero emissions targets. It investigates if more capable CEOs are more likely to pursue genuine decarbonization or engage in greenwashing. Findings shed light on th…

Shafqat Ullah, Aliona Dreglea, Sareer Ul Amin +4

This paper discusses enhanced energy forecasting methods for smart grid integration in net zero energy buildings. It aims to improve renewable energy utilization and grid stability.

Raja Sohel Rana Alam, Bhavana Singh, Aditya Raj

This conceptual paper analyzes how India's National Education Policy 2020 integrates digital transformation and sustainability to align with net-zero goals. Drawing on policy documents and international literature, it argues that reducing p…

Pancho Lewis

This paper analyzes why the promise of green jobs has limited resonance in net-zero transitions, using the concept of industrial attachments. It argues that workers' identities tied to existing industries become barriers to transition.

Jinguo Li

This study, based on 313 workers in Chinese furniture companies, finds that AI-enabled dynamic capabilities, green servant leadership, and Industry 4.0 adoption foster green servitization, which fully mediates their impact on net-zero produ…

Ahmad Nazari Gazik, Mohammad Hossein Jahangir, Hossein Yousfi

This paper proposes an enhanced multi-directional windcatcher with baffle-based design to improve natural ventilation in net zero energy buildings, reducing HVAC loads and contributing to building decarbonization.

Wei Zhao, Xuan Wang, Xiping Sun +3

This paper proposes using machine learning to predict GHG emissions in aerobic composting and achieve reduction via nanomembrane covering. The method can significantly reduce emissions compared to conventional composting, and the ML model e…

Junpeng Zhang, Yuxuan Jiangxu, Haicheng Zhao +7

A two-year field experiment in cold-region paddy fields in Northeast China found that ridge tillage (RC) reduced methane (CH4) emissions by 50-71% compared to conventional cultivation while maintaining rice yield. Nitrous oxide (N2O) emissi…

Jie Hu, Wenkang Gao, Bo Hu +3

This paper analyzes leachate generation rate and greenhouse gas (GHG) emissions from waste incineration facilities. Without an abstract, specifics are unclear, but it may contribute to quantifying environmental impacts of incineration proce…

Kexuan Zhang, Yongxing Ren, Xinying Shi +3

This global meta-analysis assesses how wetland status changes (drainage, conversion, restoration) affect greenhouse gas emissions. It quantifies increased CO2 and decreased CH4 emissions after drainage, with variation by wetland type and cl…

Ayushi Baiswar, Sameer K. Tiwari, Sehajnoor Kaur

This study examines greenhouse gas emissions from freshwater wetlands in the Doon Valley, Northwest Himalaya, India, providing baseline data for regional emission factors and climate change impact assessments.

Juliana Dias de Oliveira, Ana Carolina Amorim Orrico, Luís Antonio Kioshi Aoki Inoue +6

This study compares GHG emissions from fish waste composting vs burial. Biochar amendment reduced CH4 and N2O by 15% and 10% respectively, lowering global warming potential. Burial with bulking agents improved nutrient retention but increas…

Dantong Liu, Changchun Song, Yanyu Song

This study explores optimization of green manure application to reduce greenhouse gas emissions while sustaining crop yields. It evaluates the impact of application patterns and rates on N2O and CO2 emissions, providing insights for sustain…

Petra Manninen, Sanni Semberg, Hem Raj Bhattarai +7

This study evaluates the impact of legume-grass mixtures on productivity and greenhouse gas emissions in managed boreal grasslands. It suggests that incorporating legumes can reduce nitrogen fertilizer use and N2O emissions while maintainin…

Steve Kwatcho Kengdo, Liliane Diane Djatsa, Charles Baudouin Njine-Bememba +6

This first field study in the Congo Basin examines trade-offs between yield and GHG emissions under agricultural intensification. Intercropping with nitrogen-fixing beans increases maize yields by 1.4-fold without affecting N2O emissions or…

Shubham More, Ashootosh Mandpe

This systematic review evaluates process modifications and additive strategies to mitigate GHG emissions from composting. It summarizes the effectiveness of aerobic optimization and additives like biochar, quantifying reduction potentials. …

Upendra M. Sainju, William B. Stevens, Jalal D. Jabro +3

This study examines how tillage practices and crop phase affect greenhouse gas emissions in a four-year crop rotation. It provides empirical evidence on agricultural management's role in emission patterns, informing climate mitigation strat…

Vira Leng, Laurent Thuriès, Vang Seng +12

This study evaluates long-term effects of cassava-based conservation agriculture on soil greenhouse gas emissions in Cambodia, suggesting potential emission reductions.

Tuba Bucak, Eti Ester Levi, Claus Melvad +4

This study deployed a low-cost, high-frequency GHG measurement system in lake mesocosms in Denmark over 7 months, quantifying temporal variability of CO2 and CH4 fluxes. Ebullitive CH4 dominated with large variation, and diurnal fluctuation…