GX & Decarbonization Research

Bambang Suprianto, Namira Roudlotul Jannah, Unit Three Kartini +1

This study proposes a conceptual framework and implementation scheme for a smart and sustainable campus to achieve net zero carbon. It integrates IoT-based energy efficiency, rooftop solar PV, storage, smart meters, and BMS with a real-time…

Luke Hatton, Gbemi Oluleye, Malte Jansen +2

High capital costs hinder renewables in low- and middle-income countries (LMICs), despite high mitigation potential. This study shows that renewable projects in LMICs can mitigate over 20 times more emissions per project than in high-income…

S. Pascual, C. Barón, M. Bailera +3

This study assesses carbon mitigation retrofit pathways for integrated BF-BOF steel plants under various electricity supply scenarios. It quantifies how power decarbonization affects the environmental performance of retrofit technologies, o…

J. W. Chen, B. X. Wang

Using panel data from 30 Chinese provinces (2011-2023), this study examines whether clean energy development is associated with lower carbon emission intensity and higher green economic transition (GTFP). It combines remotely sensed photovo…

Prakaipetch Muangkhiew, Nan Zhao, Keerati Chayakulkheeree

This paper proposes a multi-dimensional electricity market-clearing framework that co-optimizes carbon pricing, renewable incentives, and ancillary services. Validation on IEEE 30-bus and a 160-bus Thai system shows ~5% emission reduction a…

Kamyar Amirmoeini, Olivier Bahn, Kelly de Bruin +3

AD-MERGE 2.0 is an enhanced integrated assessment model that couples climate mitigation with reactive and proactive adaptation strategies. It incorporates variable renewables, DACCS, and aligns with SSP2. Scenario analysis reveals trade-off…

Antonio M. Bento, Ruozi Song, Bing Zhang

This paper empirically analyzes China's coal-to-gas transition as a case of coal phase-out in a second-best setting, evaluating the costs and benefits of policy interventions amid market distortions. It provides insights for effective polic…

Yamada H, Liu K

This study compares two distributed control schemes for residential DC microgrids. Cooperative control stabilized feeder voltage and reduced reverse power flow. Simulations show that installing about 20 kWh of battery per house enables over…

Zafar, Fatima

This study explores converting mixed plastic waste into renewable aviation fuel via thermochemical routes. It addresses low recycling rates and aviation emissions, arguing waste-based SAF can contribute to net-zero aviation. It examines pro…

deng ting, Wang Long, Yang Haijun +6

This dataset stems from a systematic experimental study on composite solid electrolytes (CSEs) for solid-state lithium-metal batteries. LiNbO3, a ferroelectric with high dielectric constant, was used as filler in PVDF and PVDF-HFP polymer m…

(著者不明)

This systematic review evaluates the potential of circular concrete reuse as a higher-value process for decarbonizing the construction sector. It synthesizes evidence on CO2 reduction benefits, identifies technical and economic challenges, …

(著者不明)

This study analyzes how spatial mismatches between retired battery supply and recycling demand constrain high-value utilization for decarbonization in China. It highlights regional imbalances that reduce efficiency and carbon benefits, call…

(著者不明)

This review examines the role of refuse-derived fuel (RDF) in sustainable energy transitions in India, focusing on the energy-waste nexus. It synthesizes benefits and challenges of RDF, offering policy insights for integrating circular econ…

Lawrence Livermore National Laboratory (LLNL), Livermore, CA (United States), Swetha Chandrasekaran, USDOE National Nuclear Security Administration (NNSA)

This CRADA final report details the development of a low-cost, printable catalyst aimed at decarbonizing industrial processes. The technology promises to reduce manufacturing costs while improving reaction efficiency, potentially contributi…

Ana Lucia de Souza Niero, Sarah Mozzaquatro Pasini, Evangelos Kallitsis +5

This paper compares bioethanol and electrification as alternative pathways for decarbonizing the transport sector across various energy systems. It analyzes feasibility, environmental impacts, and integration into energy supply-demand, aimi…

Pouya Mohammadi, Gabriel Gerner, Beatrice Kulli

This review critically examines conditions under which biowaste valorization delivers genuine life-cycle GHG benefits. It classifies waste streams, evaluates conversion routes, and highlights five decarbonization mechanisms. Methodological …

Morais H.

This study analyzes the influence of adjacent markets on electricity trading in the Iberian Peninsula. It sheds light on market interconnections and may offer insights for renewable integration and market design. However, no abstract is ava…

Li C.

This paper proposes a robust co-optimization approach for energy and reserve joint dispatch in real-time electricity markets, incorporating wind power uncertainty and zonal reserve constraints. It aims to balance renewable integration with …

Neagu O.

This study examines the impact of economic complexity and energy consumption structure on greenhouse gas emissions using heterogeneous panel data from EU countries. It explores conditions under which economic sophistication contributes to e…

Zhang Y.

This study analyzes the decoupling of greenhouse gas emissions from crop production in the Heilongjiang land reclamation area, China. It demonstrates the feasibility of simultaneously increasing agricultural productivity and reducing emissi…