GX & Decarbonization Research

Kaihan Xie, Ziad Ahmed, Chengyao Li +2

This study proposes microwave drying of thick sewage sludge with SiC reinforcement, achieving energy efficiency and valorization into low-carbon construction materials. It contributes to waste reduction and CO2 emission mitigation.

Byunghak Min, Jiangjiang Shao, Jooseok Oh

This empirical study from Seoul uses Gamma regression to analyze how building form, scale, and topography affect summer electricity consumption. It finds that compact building shapes reduce energy use, vertical expansion is more efficient t…

Kampanat Momwit, Kunthakorn Khaothong, Penpichcha Sanit-in +6

This study optimizes the pyrolysis of sugarcane filter cake into engineered biochar for use in low-carbon cement composites using Response Surface Methodology (RSM). The process upcycles agricultural waste, sequesters carbon, and reduces th…

Suhas U. Pandit, Vilas K. Patil

This study develops a low-carbon ternary binder using activated ground granulated blast-furnace slag (GGBS) and fly ash for high-performance rigid pavement concrete. It aims to reduce CO2 emissions by minimizing cement content while maintai…

V. Marcelo, F. Javier López-Díez, Vlad Nicolae Arsenoaia +2

This study presents the first systematic inventory of Romania's 20th-century reinforced-concrete grain silos, identifying and analyzing 201 silos across 130 locations. It assesses their spatial distribution, construction characteristics, an…

Yannan Geng, Dashan Liu, Chunhua Cai +2

Using a staggered difference-in-differences model on Chinese listed firms from 2007-2023, this study finds that China's Low-Carbon City Pilot policy significantly promotes both substantive and strategic green innovation. The positive effect…

Bandar Y. Alfaifi, Ammar Alsinai, Hanan Ahmed +2

This paper proposes a distributed event-based control architecture for secure and low-carbon smart grid operation under cyberattacks (FDI and DoS). It integrates carbon emission trading into local cost functions, uses trust-node correction …

Beibei Mu, Zhiguo Wang

This paper establishes a synergy evaluation system for low-carbon economic development in Jiangsu Province, China, using panel data from 2009-2024. It finds significant progress in low-carbon economic construction, with improved coordinatio…

Dolruthai Jiarakul, Nutchapon Chiarasumran, Suprapa Somnuxpong

This study develops low-carbon creative tourism routes in Chang Moi, Chiang Mai, Thailand, using a mixed-method approach including LCA-based carbon footprint assessment. Three route programs were designed: one-day walking for international …

Yurong Zhu

This paper reviews the role of green finance in achieving China's 'dual carbon' targets (peak emissions by 2030, carbon neutrality by 2060). It identifies four impact channels: steering investment to cleaner sectors, pressuring polluters to…

Masood Rizvi, Bhanu Pratap, Shashi Bhushan Singh +2

This paper proposes an enhanced low-carbon economic dispatch method for grid-connected microgrids, aiming to minimize operational costs while reducing carbon emissions. The approach integrates renewable energy sources and energy storage sys…

Guomin Li, Shangwen Shi

Using China's Dual Carbon target as a policy shock, this study finds that the low-carbon transition significantly increases accounting conservatism among high-carbon-emission firms via financing constraints and media attention. Heterogeneit…

QIANGQIANG TAO

This data package supports a study on using explainable AI to audit the integration of circular economy and carbon neutrality in environmental assessment documents. It includes document features, sentence-level evidence, country-sector indi…

Jinyong Sung, Xunpeng Shi, Sven Teske +1

This paper proposes a novel temporal shrinkage framework to identify key drivers of natural gas in China's path to carbon neutrality. The framework accounts for temporal variations to assess importance. Findings provide insights for policym…

Francois-Xavier Dezert, Guillaume Batôt, Myriam Merad

This paper provides a comprehensive database of low-carbon hydrogen projects in France (2025-2035) and uses prospective life cycle assessment to analyze environmental trade-offs. It considers realistic deployment scenarios to quantify the e…

Yudan Xu, Hong Wu

Using panel data from 274 Chinese cities, this study employs a difference-in-differences model to assess the synergistic effect of carbon trading and green credit interest subsidies on regional carbon emissions. Results show that policy syn…

S. Nandhakumar, Laxmi Balaganoormath, Sushma C. Meti +2

This review outlines India's carbon credit trading framework, including REC, PAT, and CCTS policies that have driven industrial decarbonization, while highlighting the limited participation of the agricultural sector. Conservation agricultu…

Tran Van Mong

This paper analyzes the legal framework for carbon credit trading on the Voluntary Carbon Market (VCM) in Vietnam in the context of achieving net zero emissions by 2050. It identifies shortcomings in legal definitions, ownership rights, MRV…

Bingyan Fan, Yuan Xue, Mingyue Dai +2

This study compares four models (ARIMAX, CNN, GRU, Transformer) for carbon price prediction across five Chinese pilot markets. LASSO identifies key factors, and hybrid models SVR-ARIMAX and GA-GRU improve accuracy. Forecasts show Shenzhen h…

Vivienne Reiner, Arunima Malik

This study applies a hybrid input-output life cycle assessment to measure scope-3 emissions and nature impacts in alignment with ISSB. Using a university case study, it finds indirect impacts account for 90% of total footprint. It argues fo…