본 자료는 전 세계 과학 온라인 저널에 게재된 영문 생명주기 평가(LCA) 관련 논문 및 특허를 엄선하여 정리한 최신 자료입니다. 생명주기 평가, 생명주기 분석, 생명주기 목록, ISO 14040, ISO 14044, ISO 14048, 생명주기 평가, 요람에서 출하까지, 요람에서 무덤까지 등의 키워드를 포함하고 있습니다.
특허: 이 특정 주제에 대한 최근 특허는 없습니다. 바로 위에 링크된 특허 데이터베이스에서 직접 검색해 보시기 바랍니다.
a review-based methodological study
Published on 2026-10-14 by @OXFORD
Abstract: AbstractAs a methodological study grounded in a systematic literature review, this study addresses the decision-making challenges in the sustainable retrofitting of aging residential areas by proposing an integrated assessment model based on environmental, economic, and social dimensions. A literature review reveals that existing research predominantly focuses on single dimensions, lacking systematic integration of life-cycle benefits and social impacts. To address this gap, this study construct[...]
Our summary: This study proposes an integrated assessment model for sustainable retrofitting of aging residential areas. It combines life-cycle assessment, cost analysis, and social considerations into a multicriteria decision-making framework. The model facilitates structured trade-off analysis and enhances the quantitative assessment of social dimensions in retrofitting strategies.
sustainable retrofitting, multicriteria decision-making, life-cycle assessment, social impact
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Energy saving and emission reduction potential of electric and gasoline vehicles over their full life cycle
Published on 2026-08-11 by @OXFORD
Abstract: AbstractDue to the lack of a comprehensive evaluation of all stages in the full life cycle of vehicles, including material acquisition, material processing, and operational use, there is insufficient data assessment at various stages. This study proposes two methods, combining life cycle climate performance (LCCP) and hybrid life cycle assessment for electric vehicles, and using life cycle assessment for gasoline vehicles. The former utilizes LCCP to measure the impact of climate on the carbon e[...]
Our summary: This study evaluates the full life cycle of electric and gasoline vehicles, focusing on carbon emissions and energy use. It proposes methods combining life cycle climate performance and hybrid assessments for electric vehicles. Results indicate that different evaluation methods can enhance the understanding of vehicle emissions and promote greener production practices.
life cycle assessment, carbon emissions, electric vehicles, gasoline vehicles
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A Review on the Preparation, Properties, and Mechanism of Lignin-Modified Asphalt and Mixtures
Published on 2026-02-03 by Yu Luo, Guangning Ge, Yikang Yang, Xiaoyi Ban, Xuechun Wang, Zengping Zhang, Bo Bai @MDPI
Abstract: Lignin, an abundant and renewable biopolymer, holds significant potential for asphalt modification owing to its unique aromatic structure and reactive functional groups. This review summarizes the main lignin preparation routes and key physicochemical attributes and assesses its applicability for enhancing asphalt performance. The physical incorporation of lignin strengthens the asphalt matrix, improving its viscoelastic properties and resistance to oxidative degradation. These enhancements are [...]
Our summary: This review discusses the preparation and properties of lignin-modified asphalt (LMA). Lignin enhances asphalt s viscoelastic properties and resistance to degradation through cross-linking and antioxidant mechanisms. Future research should focus on large-scale tests and molecular interactions to optimize LMA performance.
Lignin, Asphalt Modification, Physicochemical Properties, Life Cycle Assessment
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A Comprehensive Review on Sustainable Triboelectric Energy Harvesting Using Biowaste-Derived Materials
Published on 2026-02-03 by Wajid Ali, Tabinda Shabir, Shahzad Iqbal, Syed Adil Sardar, Farhan Akhtar, Woo Young Kim @MDPI
Abstract: The growing demand for sustainable and distributed energy solutions has driven increasing interest in triboelectric nanogenerators (TENGs) as platforms for energy harvesting and self-powered sensing. Biowaste-based triboelectric nanogenerators (BW-TENGs) represent an attractive strategy by coupling renewable energy generation with waste valorization under the principles of the circular bioeconomy. This review provides a comprehensive overview of BW-TENGs, encompassing fundamental triboelectric m[...]
Our summary: This review explores biowaste-derived triboelectric nanogenerators (BW-TENGs) for sustainable energy harvesting. It evaluates various biowaste resources and their triboelectric properties, emphasizing environmental sustainability and multifunctionality. Challenges to large-scale deployment and emerging solutions are also discussed.
Triboelectric nanogenerators, Biowaste materials, Energy harvesting, Circular bioeconomy
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A Life Cycle Perspective
Published on 2026-02-02 by Yitong Niu, Nicholas Starrett, Mardiana Idayu Ahmad, Sicheng Wang, Yunxiang Li, Ting Han @MDPI
Abstract: Second-generation bioethanol from food industry lignocellulosic residues offers a promising route toward low-carbon, circular bioenergy systems. However, the reported environmental impacts differ markedly across studies, challenging efforts to assess the true sustainability of these waste-derived bioethanol routes. This review synthesizes current knowledge on the production of bioethanol from key agro-industrial wastes including oil palm empty fruit bunches, sugarcane bagasse, brewers&rs[...]
Our summary: This review analyzes second-generation bioethanol production from food industry lignocellulosic residues. It highlights the environmental impacts and methodological differences in life cycle assessments across various studies. Recommendations for harmonizing practices are provided to support sustainable bioethanol development within circular bioeconomies.
bioethanol, life cycle assessment, agro-industrial waste, sustainability
Publication
A Review of Its Potential for Low-Carbon and Circular Construction
Published on 2026-02-02 by Olga Szlachetka, Justyna Dzi?cio? @MDPI
Abstract: The growing demand for low-carbon, resource-efficient, and multifunctional construction materials has intensified interest in solutions that can support both circular economy strategies and sustainable urban development. Expanded perlite—a lightweight volcanic material with low embodied energy and multiple functional properties—is increasingly considered a potential component of circular and nature-based material systems. This paper critically examines whether expande[...]
Our summary: This review evaluates expanded perlite as a sustainable material for low-carbon and circular construction. It discusses its applications in various civil engineering contexts and identifies research gaps in durability and implementation. The paper emphasizes the importance of addressing health concerns and highlights the material s potential in promoting climate-resilient urban systems.
expanded perlite, low-carbon construction, circular economy, sustainable materials
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