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 41–60 of 934 papers
Gabriela Barbosa, Manuela Almeida
A PRISMA 2020 review of Building Renovation Passport (BRP) interoperability with EPCs, DBLs, BIM, GIS, Digital Twins, and LCA tools, screening 651 records to 49 studies plus 19 EU projects. BRP–EPC–DBL is the most consolidated pattern, whil…
Oghenekaro Ekelemu, Oluwaseyi Ayotunde Akano, Friday Emmanuel Adikwu +1
This review links condition monitoring and prognostics of rotating machinery (mainly refrigerant compressors) to non-routine flaring in liquefaction facilities. It argues the probability a detected anomaly prevents a flare is the product of…
Waeel M. Kamel Mohammed Kamel, Marwa Wael Elsafty
This study assesses energy efficiency and carbon footprint of interior spaces in sustainable hybrid buildings, integrating local building materials and interior finishes with smart building energy management systems (B.E.M.S). It examines h…
Dawid Rusin, Janusz Juraszek, Aleksandra Baksik
This paper presents a hybrid methodology combining Urban Mining (recycled aluminum recovery), laboratory testing, FEM simulation, and FBG fiber-optic strain monitoring of an operational curtain wall. Integrating Structural Health Monitoring…
MD SHOAIBUDDIN MADNI
Healthcare emits ~4.4% of global GHG, yet the energy and materials burden of digital health infrastructure is rarely accounted for. This chapter frames green healthcare and green computing as one optimisation problem, proposing a four-layer…
(著者不明)
A study examining strategies to promote adoption of corrosion-resistant concrete materials through a green, low-carbon lens. It links material durability to resource and carbon savings and discusses barriers and promotion measures. Without …
Nauman Ijaz, Nianqing Zhou, Zain Ijaz +4
This review argues that embodied-CO2 savings in clinker-reduced concrete must be assessed together with cover-zone durability and service life. It treats carbonation and shrinkage/restrained cracking as coupled controls, showing how curing,…
Zekun Li, Zhiqiang Yu, Lin Ma +7
This review synthesizes deep learning applications for energy optimization, emissions control, and intelligent process management across the metallurgical chain from ore pretreatment to casting. It finds promising potential for efficiency g…
Monpara Jayesh Rameshbhai
This study proposes an integrated Performance–Durability–Carbon–Life-Cycle Cost (PDCLC) framework for selecting sustainable, low-carbon construction materials such as supplementary cementitious materials, recycled aggregates and waste-deriv…
Åsa Wahlström, Victor Fransson, Dennis Johansson +3
This study evaluates using the thermal storage capacity of a Swedish concrete apartment building to shift heating demand based on forecasted CO2 intensity of the energy supply. A control strategy with three parameters (charge/discharge setp…
Helal J.
Proposes a design framework that integrates embodied greenhouse gas emissions into the structural system design of tall buildings. It targets early-stage structural and material choices, linking design decisions to decarbonization. Directly…
Maziotis A.
This study analyzes wastewater treatment plants through an eco-efficiency lens, estimating optimal operational costs alongside greenhouse gas emissions. It links process efficiency improvements with emission reductions, suggesting pathways …
Hetherington J.
This work examines how occupant behaviour—heating/cooling use, appliance operation, and energy-saving habits—shapes residential greenhouse gas emissions. It suggests that behaviour change, not just technology adoption, materially affects ac…
McKittrick A.R.
This study analyzes the costs of achieving annual and monthly net zero energy (ZNE) performance in U.S. multifamily buildings. It examines the expense implications of ZNE design and the role of monthly load variations. Findings inform inves…
Ahmadi M.M.
This paper proposes 'net-zero exergoeconomic' and 'net-zero exergoenvironmental' building concepts as new frameworks for sustainable built environments. It extends conventional energy-based net-zero assessment toward integrated exergy, cost…
Worrell E.
This work addresses how industrial energy efficiency contributes to climate change mitigation. Without an abstract, specifics are unclear, but industrial efficiency sits at the core of decarbonization pathways with both policy and operation…
Rafique A.
This study assesses cost-effective low-carbon technologies for cutting household GHG emissions from space and water heating. It compares technologies such as heat pumps and efficient water heaters on cost and abatement potential to identify…
Cooper J.
A case study in Vaasa, Finland, examining how combining building renovation with ground source heat pump installation reduces greenhouse gas emissions. It illustrates an integrated approach to cutting heating-related emissions through energ…
Alan F.
A study on carbon emissions arising from refrigeration used across the UK food industry. It addresses refrigerant-related GHG emissions within the food supply chain, relevant to Scope 1 accounting. No abstract is available, so methods and f…
Peng C.
Proposes integrated design strategies for net-zero-energy solar buildings (NZESBs) in Nanjing, China. It appears to optimize building form, solar gain and PV capacity to balance energy demand and on-site generation under local climate condi…
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