GX & Decarbonization Research

Prodia Nur Kemala, D. P. Koesrindartoto, D. Hakam

This paper explores how the digital economy can contribute to sustainable energy transitions and environmental technology, discussing the potential of digital technologies in improving energy efficiency and integrating renewable energy.

Nur Hayati, M. Wardhana, Refika Anjani Putri

This study examines the relationship between ESG performance and cost of debt for 35 Indonesian firms listed on the SRI-KEHATI Index from 2020–2024 using PLS-SEM. Findings show a significant negative effect of ESG scores on borrowing costs,…

Gavin Liu

This review summarizes recent advances in decarbonization technologies: CO2-EOR, geological hydrogen, and critical minerals. It highlights the growing use of AI/ML and identifies research gaps in field-scale viability.

Ridha Ali Ben Saleh, Nicola Faccilongo, R. Rana

This study examines the impact of renewable energy production on financial performance for 27 major petroleum companies (2015-2022) using dynamic GMM. It finds a positive U-shaped effect on accounting-based metrics but no significant effect…

Wahid Ullah, Muhammad Khurshid, Zhao Shaofeng

This systematic review examines Climate Smart Agriculture (CSA) practices in Punjab, Pakistan, finding that efficient irrigation, crop diversification, and stress-tolerant varieties enhance adaptation and carbon sequestration. However, adop…

Ma Li, Y Yiannian He

Using data from 99 prefecture-level cities in the Yellow River Basin from 2013-2024, this study empirically examines how digital technology facilitates energy transition by enhancing renewable energy technology innovation and human capital …

Zihao Zhong, Shuyuan Xu, Qisheng Zeng +1

This study proposes a method integrating street view imagery and solar trajectory simulation to assess the photovoltaic potential of bus stops in Guangzhou, China, providing quantitative evidence for solar deployment on urban infrastructure…

Yulong Geng, Qi Li, Aobo Guo +3

This study proposes a BBE-weighted positive-unlabeled learning framework to assess and predict the photovoltaic development potential and deployment suitability of open-pit mines in China. It contributes to repurposing mine lands for renewa…

Francis Atta Sarpong, Lulu Gu, Rebecca Otiwaa +2

This study investigates how physical climate risk affects foreign direct investment (FDI) using econometric and machine learning methods across 176 countries (1995-2023). It finds that higher climate risk significantly deters FDI, especiall…

Buchen Wu, Jingjing Qian, Yue Li

Using provincial panel data from China (2000-2022), this paper finds that spatial misallocation of fossil energy significantly hinders economic growth, especially in central regions and coal-heavy areas. New energy development moderates thi…

H2SITE, 1 CUBE

This paper describes the APOLO project which leverages ammonia-cracking solutions to decarbonize the maritime industry. Ammonia cracking converts ammonia into hydrogen, enabling zero-carbon fuel for ships. The project likely addresses techn…

RAUL LORENZO QUIJADA, Jenifer Vaswani Reboso, Sebastián Ovidio Pérez Báez +2

This study integrates activated sludge kinetics with microalgae culture to reduce GHG emissions in wastewater treatment plants (WWTPs). Using experimental data and real plant parameters, it models CO2 capture and aeration reduction via micr…

Cathrin Zengerling, Peter‐Paul Pichler, Nikita M John +4

This paper analyzes the untapped policy potential of eight international anchor cities to address consumption-based emissions (upstream indirect emissions). Household carbon footprints ranged from 2-12.1 tCO2eq/capita. Current climate plans…

Zhiqin Ma, Bai Feng, Jingrui Fang +3

This study compares carbon emissions of autoclave curing vs. CO2 mineralization curing for calcium silicate boards. CO2 curing lines reduce emissions by approximately 1007 t CO2 (3097 t when sequestration is included). Even in the worst sce…

Varlamathangi Harshavardhan, Cherring Tandup, Lileswar Kaman +7

This study analyzes the carbon footprint of surgical care at an Indian tertiary hospital using Scope 1-3 boundaries. It quantifies greenhouse gas emissions from hospital operations, offering insights for healthcare decarbonization.

Zain ul Sajjad

This study examined the effect of low, medium, and high agronomic input intensities on sorghum grain yield and carbon footprint over two growing seasons. Higher inputs increased yield but also absolute emissions, while yield-scaled carbon f…

Miyu Tanaka, Yuki Sano, Ryota Sakamoto

This paper presents research on advanced structurally controlled carbon-based materials. While no abstract is available, such materials may have applications in energy storage, carbon capture, or catalysis relevant to green transformation.

Shao-Tung Chang, Shivam Gupta, H Lee +4

This paper reports that incorporating carbon blacks and carbon nanotubes synthesized from CO2 into forward osmosis membranes significantly improves durability and performance, potentially contributing to CO2 utilization and water treatment …

Shan‐Shan Dai, Peng He, Z D Zhang +7

This study analyzed cropland soils along a Mollisol transect in Northeast China and found that both microbial necromass and mineral-associated organic carbon (MAOC) are major contributors to SOC accumulation. Microbial necromass accumulatio…

Dejene W. Sintayehu, Sintayehu Alemayehu, Abdulbasit Hussein +10

This paper examines carbon sequestration dynamics and ecosystem service valuation in the Borana Rangeland, Southern Ethiopia, linking ecology with carbon finance. It explores potential for nature-based carbon credits in African rangelands.