GX & Decarbonization Research

Satish Tawade, Omkar Thambat, Suraj Nalve +1

This study designs and constructs an HHO (Brown's Gas) generator and evaluates its impact on engine performance and emissions when introduced into a gasoline engine. Results show increased power, reduced fuel consumption, and lower CO, HC, …

Jin Woo Ku, Jung‐Im Park, Ji Yoon Kim +2

This paper investigates the current status of seagrass beds in marine protected areas along the coast of Korea and evaluates their blue carbon sink capacity. It highlights the potential of seagrass ecosystems as natural carbon sinks for cli…

Giovanni Giallongo, Nadav Shashar, Baruch Rinkevich

This paper presents a proof-of-concept for quantifying carbon stored in floating coral reef ecosystems, expanding the scope of blue carbon accounting. It explores the potential of these ecosystems as significant carbon sinks, contributing t…

Wanying Tian, Aobo Liu

This study uses the PAGE-ICE integrated assessment model to quantify long-term socioeconomic damages from wildfire CO2 emissions under climate change. By 2100, wildfire emissions increase atmospheric CO2 by up to 56.1 ppm and cause addition…

Patrick Atiawin Akeba, Al-Amin Sharrif Abubakar

This paper analyzes Ghana's Environmental Protection Act 2025, the first statutory framework for carbon market participation, arguing it creates a formally adequate but structurally incomplete regime due to unresolved property rights over c…

Willy Cahyadhiputra Gunawan, Eriani Ramadhianti, Ghidan Satya Kesuma +4

This study evaluates the effectiveness of Nature-based Solutions (NbS) such as bioretention cells, rain gardens, and rain barrels in reducing surface runoff in a residential area in Bandung, Indonesia, using EPA SWMM modeling. Results show …

Ann-Catrin Fender

This paper demonstrates how structured reflection within multi-actor partnerships can strengthen the integration of Nature-Based Solutions (NBS) into higher education and vocational training. It examines the challenges of translating EU pol…

Victor Heyberger, Jorge Rodríguez‐Chueca

This review assesses 15 nature-based solutions (NBS) for decentralized wastewater treatment, evaluating technical performance, economic viability, and environmental sustainability. NBS achieve comparable pollutant removal to conventional sy…

Amela Greksa, Boško Blagojević, Jovana Bezdan +2

This paper assesses opportunities for retrofitting Nature-based Solutions (NbS) in streetscape areas to enhance climate resilience. It discusses planning approaches, implementation challenges, and the role of NbS in urban climate adaptation…

Andrea Staccione, G. Guillermo García Álvarez, Max Tesselaar +2

This review systematically categorizes assessment methods for co-benefits of nature-based solutions (NBS) beyond risk reduction. It compares existing frameworks and identifies challenges in integrating ecosystem services with socio-economic…

Yujia Yin, Yan Xu, Zhaoru Ye +8

This study synthesizes ultramicroporous carbons from phenolic resin via KHC2O4 activation, investigating structure-performance relationships for CO2 capture. It reveals that high surface area and micropores are key for efficient CO2 adsorpt…

R L Wang, Tao Sun, Yaxiong Gao +4

This study develops a novel omniphobic ceramic membrane for CO2 membrane absorption using biphasic solvent. The membrane, fabricated with TiO2 nanorods and fluorination, exhibits excellent repellency against low-surface-tension biphasic sol…

Sofianos Panagiotis Fotias, Vassilis Gaganis

This paper proposes Bayesian neural network surrogates for optimizing Carbon Capture and Storage (CCS) operations. The AI-driven approach enhances CCS efficiency, contributing to decarbonization cost reduction.

Bin Yuan, Xiaocong Lyu, Wei Zhang +2

This chapter provides a comprehensive overview of CO2-EOR for carbon capture and storage. It compares technical options for CO2 capture, transport, and storage, evaluating economic and environmental impacts. It mentions AI optimization pote…

Ahmad Yani, Widya Wijayanti, Mega Nur Sasongko +2

This study evaluates low-temperature pyrolysis of post-consumer PET using activated carbon from Euxideroxylon zwageri (EZAC) as a renewable catalyst. At PET:EZAC=90:10, maximum oil yield of 80.8 wt% was achieved with fuel properties: RON 97…

Sai Bai, Xiang Pei, Yuan‐bo Zhou +3

This study develops Fe-based single-atom catalysts from waste activated sludge for low-carbon Fenton-like water purification. The system shows high selectivity and stability over 120 hours. LCA confirms 40-fold reduction in operating costs …

Jingwen Zhao, Rui Yang

This study uses a DID approach on Chinese A-share firms (2010-2024) to show that the 2015 Green Data Center pilot policy improved corporate sustainability. Mechanism tests reveal three channels: promoting green innovation, reducing financin…

Liyin Shen, Xiangrui Xu, Zeyu Cao +4

This study diagnoses low carbon practice performance across 297 Chinese cities using a dual assessment framework covering dimensions (environmental, economic, social) and processes (planning, implementation, outcomes). It identifies perform…

Johannes Kern, Carsten Gondorf, Ali Abdelshafy +1

This study proposes a spatially and temporally explicit TEA-LCA framework for assessing low-carbon steel pathways in Europe. It develops an integrated method to analyze techno-economic and environmental aspects of steel decarbonization, aim…

Fengjun Ji, Jingchuan Gao, Xueyi Nie +11

This work develops a silicon-carbon composite with atomic-level confinement of silicon in microporous carbon to mitigate volume expansion. In 2 Ah pouch cells, it achieves 81.2% capacity retention after 1000 cycles with only 11.5% swelling.…