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 28681–28700 of 36417 papers
F. Prenner, Julian Koller, R. Wiedemann
This article highlights wastewater as a renewable energy source for heating and cooling, covering applications in buildings and industry. It emphasizes digitalization for optimization and combination with other renewables. Real-world projec…
S. Bruzzi, Elena Tànfani
This paper proposes an enterprise-oriented decision framework for evaluating green hydrogen conversion in hard-to-abate supply chains. It structures drivers into six dimensions, uses expert elicitation and scenario planning with consistency…
Alessandra Rigolini, C. Presti, K. Corsi
This study examines how SMEs transition from symbolic ESG disclosure to substantive ESG-oriented performance management systems (PMS) using data from an Italian stone district. It identifies five interdependent enabling factors: institution…
Z. Baharom
This paper develops a conceptual framework to explain how ESG integration drives corporate financial sustainability. Based on 100 peer-reviewed articles, it proposes ESG risk management and sustainability reporting quality as mediating mech…
Muhammad Panggih Saputra, Insyirah Putikadea
This study analyzes the effect of carbon emission disclosure and green expenditure on sustainability report quality using 57 observations from 19 companies listed in the ESG Leaders Index (2022-2024). Multiple linear regression shows that c…
Barbara Annicchiarico, M. Carli, Francesca Diluiso
This paper studies how alternative carbon pricing policies (carbon taxes vs. cap-and-trade) affect macroeconomic dynamics and the welfare cost of business cycles in a DSGE model with financial frictions and pollution externalities. It finds…
Davit Stepanyan, Omid Zamani, C. Heidecke +4
The Carbon Border Adjustment Mechanism (CBAM), set to be fully operational in 2026, combined with phasing out free allowances in the EU ETS, is projected to double mineral nitrogen fertilizer prices. This leads to a 22% reduction in EU fert…
Dong-Hyuk Kim, Hui Qiao, Ying Zheng
Analyzes the design challenges and insights for emissions trading schemes in price-regulated and concentrated industries, using China's power sector as a case study.
M. Bein
This paper uses quantile-on-quantile connectedness to examine how climate policy uncertainty, climate concern, carbon pricing, and energy returns affect global CO2 emissions. Findings show that climate concern strongly influences CO2 reduct…
L. Judijanto
This paper examines Indonesia's potential to produce sustainable aviation fuel (SAF) from palm oil mill effluent (POME). It finds that Indonesia has sufficient feedstock to produce 2-3 million kiloliters of SAF annually, with 79.6% GHG redu…
Ranhui Kim, M. Kwon, Jonghwa Choi +5
This study quantitatively compares GHG emissions of Fischer-Tropsch diesel production under feedstock substitution (natural gas vs. captured CO2) using a gate-to-gate system boundary. Aspen Plus simulations of four scenarios show that energ…
Vikas Pandey
This paper analyzes the structural contraction and fragmentation of ship finance, highlighting the challenge of financing the $1.2-1.6 trillion green transition investment required by IMO's 2023 strategy. It evaluates limitations of existin…
Canessa, Rafaella
This dataset provides input data, model build scripts, and optimization results for a multi-sector energy system model of New Zealand covering electricity, heat, and transport from 2020 to 2050. It includes five long-term scenarios (Global …
Mohammad Hemmati, Gbemi Oluleye, Vassilis M. Charitopoulos
This paper quantifies the impact of AI-driven hyperscale data centers on European power system planning and net-zero goals using a spatially explicit optimization model across 21 AI growth scenarios. It finds that AI could drive 73-723 TWh …
Vu Van Phong, Nguyen Quoc Toan, Dinh Tuan Hai +4
This paper analyzes the adoption of net-zero targets among construction SMEs in Vietnam, highlighting the benefits and challenges. It points out that resource constraints and regulatory gaps hinder decarbonization, offering a balanced view …
Alisson Aparecido Vitoriano Julio, Meng Yuan, Diana Moreno +2
This paper analyzes trade-offs in carbon capture rates, evaluating optimal capture rates for achieving net zero and negative emissions while balancing cost, energy consumption, and environmental impacts.
Charis Cosmas, Hugh McGilveray, Nathan Cooper +3
Heritage building regulations in London have constrained net zero efforts due to poorly performing historic windows. This paper describes a collaborative initiative to develop a high-performance window system that faithfully replicates the …
Seong-yeob Lee, Meangik Cho, Seong-Gil Kang +1
This paper analyzes the impacts of IMO mid-term measures on the development and deployment of ship decarbonization technologies, and the implementation strategies for the ZNZs (Zero-Emission Ships) compensation scheme. It suggests that regu…
Bin Xiao, Huaqing Xie, Ziyue Wang +4
This paper proposes a dual chemical-looping method to decarbonize blast furnace gas while utilizing coke oven gas reduction to produce H2/CO syngas. The process offers potential for decarbonizing the steel industry.
Xiaojuan Ma, Sen Yang, Ziyuan Cui +2
This paper explores the potential of integrating solar thermal and photovoltaic technologies to decarbonize chemical production processes. It presents a technical pathway for expanding renewable energy use and reducing CO2 emissions in the …
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