GX & Decarbonization Research

B.R. Sreelekshmy, Sabeela Beevi Ummalyma

This study explores the potential of indigenous microalgae for integrated wastewater treatment and biorefinery, aiming to enhance resource recovery and sustainability. It outlines a translational path for practical application, but specific…

Leyan Yang, Guiming Ren, Hongchao Lang +3

This study synthesizes porous carbon from Chinese cabbage for supercapacitors, achieving a specific capacitance of 760 F/g and energy density of 53.34 Wh/kg, offering a low-cost green energy storage solution.

Yair Asael Alpuche-Alvarez

This paper proposes a framework for social appropriation of renewable energy infrastructures, moving beyond mere acceptance. It analyzes the interaction between local communities and technology, emphasizing the importance of social particip…

Yunting Li, Yue Pu

This paper analyzes the impact of renewable energy product trade on the spatial correlation of carbon emissions using complex network methods. Based on Chinese data, it suggests that trade networks contribute to the geographical spillover o…

Hui Yuan, Hao Mei

This paper examines benefit allocation and pricing mechanisms in renewable energy from an economic perspective. It analyzes how the distribution of benefits from renewable projects and pricing mechanisms affect market outcomes and investmen…

Olufunke O. Oyebamiji, M. Ilori, O. Amund +2

This study characterizes indigenous green microalgae for biodiesel production. Biochemical analysis, lipid quantification, and FAMEs profiling were performed. Chlorella sp. MOW 3 showed highest biodiesel yield, with palmitic, oleic, and lin…

Kiki Darmawan, Novan Habiburrohman, Mudrikah Mudrikah +4

This study evaluates Calophyllum Inophyllum (nyamplung) oil as a green lubricant. Through two-step transesterification and esterification with TMP, the oil achieves industrial standards: flash point 212°C, pour point 8°C, kinematic viscosit…

Liudmyla I. Demchuk, Оksanа M. Аlpatovа

This paper proposes a techno-economic model for integrating hybrid solar PV and storage systems into industrial facilities, reducing carbon footprint by 40-70%. It optimizes system sizing based on peak load profiles and uses LCA to show ene…

D. Elatontsev, P. Solzhenikin, A. Nadeev +1

This paper analyzes the current state of wind energy in Russia, identifying technological, infrastructural, regulatory, and financial barriers. It highlights promising areas such as innovative vortex generators for low winds, import substit…

Vimala Saravanan

This paper evaluates renewable energy technologies (solar, wind, hydropower, biomass) using the VIKOR multi-criteria decision analysis method based on criteria such as efficiency, cost, carbon reduction, capacity factor, land use, and energ…

Jincheng Su, Jiliang Wang, Wei Zhou +3

This review systematically explores bio-based aerogels for solar-powered zero-energy anti-icing, proposing a paradigm shift from passive insulation to active thermal management. It highlights cross-scale design strategies achieving >60°C su…

T.Y. Dunaeva, S. Livshits, Ilvina I. Khabibullina

This article comprehensively analyzes the role of green energy in sustainable economic development. It evaluates technological and economic benefits of renewable energy alongside risks from energy crises, advocating for a phased, balanced e…

(著者不明)

This paper analyzes the reform of Germany's renewable energy system and its implications.

(著者不明)

This study statistically analyzes consumer preference consciousness for renewable energy based on a questionnaire survey. It identifies key factors influencing preferences and provides implications for policies and business strategies to pr…

Chanakan Klippathum, Atichon Kunawisarut, Tidarut Jirawattanasomkul +2

This study proposes the use of low-carbon natural fiber-reinforced bio-based polymer composites for shear strengthening of damaged reinforced concrete beams, offering a sustainable retrofitting solution.

Buchanan C.

This study analyzes the levelized cost of electricity (LCOE) and lifecycle greenhouse gas emissions of cerium-based and vanadium-based redox flow batteries. It compares the economic and environmental performance, revealing that Ce-based bat…

Emna Gatri

This study analyzes household renewable energy adoption intentions in Saudi Arabia using a Theory of Planned Behavior framework. A survey of 300 households reveals that policy perception, environmental concern, and awareness positively infl…

Marcelo Gomes da Silva, Rafael M. Almeida, Carine Cocco +1

In a new vineyard agrivoltaic system in Texas, automated chambers measured soil GHG fluxes under three shading intensities (0%, 35%, 88%). Shading reduced soil temperature, decreased cumulative CO2 emissions by up to 31%, strengthened CH4 u…

Chuan Yuan, Yun Chen, Qifan Ling +5

This review systematically summarizes preparation methods and applications of algal-derived functional carbon materials. Algae, as a third-generation feedstock, offer advantages such as no land competition, rapid growth, and in-situ heteroa…

Y W Su, Chengpeng Lu, Wei Liu +4

Assesses spatial overlap between large-scale solar PV expansion and biodiversity in Northwest China's arid region. PV area projected to grow 14-fold by 2100, yet overlap with species habitats remains below 1% regionally due to siting patter…