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 641–660 of 4951 papers
Craig M.
A study valuing intra-day coordination between electric power and natural gas system operations. Without an abstract, details are unclear, but it likely examines operational optimization of power-gas interdependence (gas-fired flexibility, …
Chapin F.T.
This work argues that retail electricity tariffs facing commercial and industrial consumers are structurally misaligned with emissions-reduction incentives. The pricing design can undermine the economics of renewable procurement and decarbo…
Virdy S.S.
This study integrates multi-fuel energy demand, load profiles, and GHG emissions for an unelectrified rural community in Zambia. It offers baseline data to inform electrification and decarbonization planning, supporting off-grid renewable e…
Iswara A.P.
A study examining greenhouse gas emission reduction in Indonesia's upstream petroleum sector. The title suggests an inquiry into whether more reduction measures translate into greater outcomes. It speaks to decarbonization of oil and gas up…
Chatterjee S.
A modelling study charting pathways to net-zero emissions in the European building sector. It explores scenarios for energy efficiency and decarbonization technologies, offering policy and investment implications. Without an abstract, detai…
Mathur S.
A systematic review of natural gas's role in industrial decarbonization, covering technology developments, socio-technical systems, and policy options. It weighs gas as a bridge fuel against lock-in risks and net-zero targets, offering a fo…
Ikram M.
A systematic and bibliometric review integrating Industry 5.0 with circular product lifecycle management to design net-zero manufacturing ecosystems. It maps how digitalized, human-centric manufacturing can be coupled with circularity to cu…
Famiglietti J.
This study examines the potentials and constraints of achieving net-zero climate emissions at the district scale for social housing in Milan. It likely analyzes building retrofits, renewable energy integration, and district-level energy bal…
Kamble M.T.
This paper examines decarbonization of aquaculture (blue food) by integrating technology, policy, and nature-based approaches toward net-zero blue food systems. It offers an interdisciplinary framing for reducing food-system emissions. With…
Richter M.
This paper proposes a vision for planning tertiary-sector sites as net-zero energy systems, integrating building-level decarbonization design with renewable energy deployment. No abstract is available, so methods and quantitative results re…
Tsai W.H.
This paper presents multi-period production optimization decision models that embed net-zero transformation constraints. It appears to integrate decarbonization targets with production planning decisions. Specific methods and findings are u…
Saarloos B.A.
A case study assessing the energy-economic feasibility of a net-zero energy district at the National Western Center in Denver, USA, focusing on grid interaction. It evaluates renewable integration, cost-effectiveness, and design trade-offs …
Moallemi E.A.
This paper argues that coupling net-zero pathway modeling with sustainability transitions research reveals both co-benefits and risks of decarbonization. It highlights the need to integrate social and institutional dynamics into climate pol…
Yetano Roche M.
A study analyzing long-term greenhouse gas emission pathways toward net-zero for Nigeria's cement sector. It examines decarbonization trajectories for a hard-to-abate heavy industry within an emerging-economy context, likely offering mitiga…
Bo Yang, Guo Zhou, Lin Jiang
This review surveys key technologies for novel power systems amid rising renewable penetration, spanning optimal scheduling to intelligent operation and maintenance. It highlights new challenges such as low-inertia operation and relay prote…
M. M. M. Eussen, R. M. Brandwijk, P. Nakhate +4
First independently verified cradle-to-grave LCA of disposable, hybrid, and reusable trocars across three real hospital settings. Reusable trocars had the lowest carbon footprint (0.33–0.94 kg CO2-eq), disposable the highest (1.37–1.74 kg C…
Lijun Lin, Guohe Huang, Jiapei Chen +3
Proposes a Bayesian-network-based non-deterministic optimization model for planning low-carbon, climate-resilient power systems under uncertainty. Applied to Nova Scotia, Canada, it quantifies trade-offs between renewable deployment and gri…
Siyuan Chen, Yaokuan Peng, Yao Tong +2
Develops a generation-weighted LCA framework for low-carbon electricity mixes, validated against UK 2020-2024 data. Capacity-factor weighting cuts generation-share error by up to 72%. Generation weighting lowers GWP100 by 13.6-22.6% across …
Jirapa Rueangsuwan, Yanin Tangkaravakoon, Hatairat Leekmek +3
Post-consumer PET was upcycled via glycolysis–polyesterification into unsaturated polyester resins using five polyol systems, then reinforced with woven hemp fibers. Bio-based 1,3-propanediol (bPDO) formulations raised molecular weight, imp…
Guo Zhao, Wenxiong Sun
This paper proposes an optimal low-carbon dispatch method for an integrated energy microgrid that jointly accounts for flywheel loss characteristics and renewable generation uncertainty. By incorporating storage losses and variable renewabl…
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