This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 661–680 of 1009 papers
Negin Imani
This paper explores how smart buildings can reduce greenhouse gas emissions through energy efficiency and demand management, while also enhancing climate adaptation. It highlights the dual role of smart technologies in mitigation and adapta…
Kartavskaya V.M.
This paper discusses methods to reduce greenhouse gas emissions through energy conservation. It emphasizes the importance of energy-saving technologies and policies.
Cheng B.
This study conducts a life cycle assessment (LCA) to quantify the greenhouse gas emission reductions from bike-sharing systems in urban areas, demonstrating environmental benefits as a sustainable transport option.
Yadav A.
This paper proposes a strategic framework for additive manufacturing using smart polymer composites, aiming for net-zero manufacturing. It focuses on improving manufacturing efficiency and material sustainability to reduce greenhouse gas em…
Rasmus Nedergård Steffansen, Kristian Olesen, Kim van Dam
This paper revisits conventional urban planning knowledge to derive eight planning principles for reducing energy consumption in support of Positive Energy Districts (PEDs). Through a literature review, it synthesizes insights from the urba…
Saskia Furman, Karim Hadjri
This semi-systematic review examines tenant participation in social housing retrofit in the context of Europe's 2050 net-zero goals. Thematic analysis reveals that insufficient tenant engagement undermines sustainability outcomes. Twelve in…
Jorge Pablo Aguilar Zavaleta
BIM 2.0 integrates additional dimensions such as time (4D), costs (5D), and sustainability (6D), enhancing energy efficiency and sustainability in construction projects. Based on a systematic review of Scopus-indexed literature and case stu…
Hogyeong Seong, D. Kang, Jaejun Yoon +1
The semiconductor industry faces soaring energy consumption, necessitating efficiency improvements in manufacturing. This paper compares the reliability of conventional reflow soldering and IPL (Intense Pulsed Light) soldering for BGA packa…
Mayada kamel Badr, Ibrahim A. HASSAN, Mokhtar Behary
This paper systematically reviews literature on carbon footprint reduction strategies in Egyptian higher education institutions. It categorizes measures such as energy efficiency and renewable energy adoption in campus design and operations…
Anggara Dwita Burmana, Taslim, Siti Maisarah +1
This study compares single- vs two-condenser distillation processes in biodiesel production to reduce exhaust emissions. The two-condenser setup at 105°C (Scenario 4) achieved the lowest emissions: CO 0.9%, CO2 4.4%, THC 804 ppm, and a glob…
Demiral AKBAR
This paper proposes and validates an audit framework for energy efficiency and carbon footprint assessment in manufacturing SMEs. Using multi-sector empirical data and cross-country benchmarking, it provides practical insights for SME decar…
S. Chisumbe, I. Maipambe, E. Manda +2
This study examines the adoption of carbon-footprint-minimizing practices in the Zambian construction sector. A survey of 108 firms reveals low adoption of energy-efficient technologies, low-carbon materials, and water conservation strategi…
Sujai Balasubramaniam
This paper presents a theoretical analytical framework for quantifying carbon footprint of cotton spinning mills, consisting of three modules: process-level energy accounting, cradle-to-factory-gate LCA, and decarbonisation strategy evaluat…
Nick Veitch
This paper demonstrates that robotic equipment in offshore energy operations reduces carbon footprint beyond safety and cost benefits. By launching from the facility, eliminating support vessels, reducing crew, and enabling remote inspectio…
Oliver Díaz, Agustín Capdevila Carrillo, Andrés Figueira +2
This paper explores optimization of seawater reverse osmosis desalination to reduce carbon footprint by adjusting design parameters and the energy mix. It demonstrates how integrating renewable energy and improving process efficiency can si…
Ömer Eren, Halit Tutar, Muhammed İkbal Çatal +1
This three-year field study in semi-arid Turkey compared center pivot and sprinkler irrigation for silage maize. Center pivot increased dry matter yield by 1.48%, energy use efficiency by 16.89%, and reduced input-related carbon footprint b…
持続可能なモノづくりのためのグリーンCPS協議会の活動
(著者不明)
This paper introduces the activities of the Green CPS Council, which aims to achieve sustainable manufacturing by leveraging Cyber-Physical Systems and AI. It contributes to energy efficiency and resource optimization in manufacturing proce…
エネルギーITSプロジェクト －国際的に信頼されるITS施策効果評価方法の確立－
(著者不明)
This paper aims to establish internationally reliable evaluation methods for energy ITS projects. It presumably proposes a framework to quantify energy savings from ITS measures.
耐久消費財購入の意思決定支援のための環境情報とコスト情報の提供方法に関する研究
(著者不明)
This research examines methods for providing environmental and cost information to support consumer decision-making in purchasing durable goods. It aims to help consumers choose products with lower environmental impact by analyzing how info…
産業都市での地区内熱供給による環境改善効果の評価システム
(著者不明)
This paper presents an evaluation system for environmental improvement effects of district heat supply in industrial cities. Although details are unavailable, it likely contributes to decarbonization of urban energy systems.
Browse by Topic