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 561–580 of 856 papers
船舶からのGHG長期排出削減戦略の比較レビュー
(著者不明)
This paper reviews and compares long-term GHG emission reduction strategies for ships, analyzing technical options (alternative fuels, efficiency, operational optimization) and policy frameworks. It evaluates decarbonization scenarios towar…
Marc Mate, Bingyan Sun, Bo Li +2
This study analyzes the economic viability of green methanol production from biomass in China to support carbon neutrality by 2060. Integrated renewable hydrogen-gasification systems achieve production costs of $454-510/MT, while gasificati…
Jianxing Shi
This review summarizes recent progress in catalytic gasification of lignocellulosic biomass for renewable syngas and hydrogen, covering reaction mechanisms, catalyst design, process intensification, and system integration. It discusses tar …
Yizheng Shen
This paper reviews four new marine fuels (LNG, methanol, hydrogen, ammonia) against IMO emission targets and China's carbon goals. It compares them on environmental impact, technology, storage/transport, safety, and commercial readiness, co…
Rahel Mandaroux, Sophie Fuchs, Vignesh Raghunathan
This paper uses a machine-learning-assisted systematic review to identify contextual factors that influence the effectiveness of climate policies in the energy sector. Focusing on ex-post evaluations, it finds that institutional capacity, i…
Thorin Daniel, Qiong Cai, Lei Xing +4
Ammonia is essential for food and an emerging carbon-free energy carrier, but its fossil-fuel-based Haber–Bosch synthesis is a major CO2 source. This study introduces the 'Ammonia Rainbow' classification framework to evaluate eight producti…
Akpinar O.
This paper reassesses pumped hydro storage, arguing its environmental and economic drawbacks are often overstated. With modern technology and operational strategies, it provides reliable, cost-effective grid-scale storage crucial for high r…
Shiwei Yu, Shuangshuang Zhou, Ya-Fang Sun +2
This study develops a spatiotemporal multi-objective model for China's power system, optimizing generation, transmission, storage, and demand planning. Results show that coordinated planning enables carbon neutrality by 2053, 7 years earlie…
(著者不明)
This paper reviews mitigation pathways to reduce the carbon footprint and cumulative energy demand of lithium- and sodium-ion batteries, using a California case study to highlight regional differences and opportunities in battery production…
Yini Hu
This paper argues that the low-carbon, intelligent, and systematic upgrading of the power industry determines the overall effectiveness of energy transition, against the backdrop of global carbon neutrality and China's dual-carbon strategy.…
Xiang, Xueying
This paper analyzes how global maritime fuel policies accelerate decarbonization while potentially narrowing regional participation. It provides cost optimization methods for green hydrogen production and renewable energy systems, identifyi…
Yin H.
This paper explores the transition pathway from integrated mills to mini mills and hybrid mills for decarbonizing the U.S. steel industry. It compares environmental impacts and operational characteristics of each mill type, aiming to identi…
Gautam Gowrisankaran, Ashley Langer, Mar Reguant
This paper models rate-of-return regulation during the US coal-to-gas transition, finding that regulated utilities reduce coal generation 48% less than cost-minimizers under carbon taxes and retire 71% less coal capacity after 30 years, hig…
Andrea Bastianin, Luca Rossini, Marco Zoso
Using web search data to construct monthly demand indexes for cobalt, copper, and nickel, this paper applies SVAR models to disentangle supply and demand shocks. Transition demand shocks driven by green and digital technologies have persist…
Oleg Zmiievskyi
This paper introduces the concept of 'Visibility Inversion' in green transition economies: a structural paradox where improvements in visible pollutants lead monitoring systems to overlook delayed, accumulated exposure pathways. It analyzes…
Hadia Arshad
This review synthesizes literature from 2020-2025 on green energy technologies including solar, wind, green hydrogen, energy storage, and CCUS. Key findings: LCOE for solar PV and onshore wind has dropped >85% in a decade; perovskite solar …
Ling Peng
This paper analyzes carbon emission characteristics across the full value chain of petroleum enterprises and systematically reviews emission reduction tools including CCUS, green hydrogen substitution, digital carbon management, and carbon …
Vögele S.
This paper examines whether Germany is a frontrunner in the energy system transition within Europe. It likely compares Germany's policies and achievements to those of other European countries, assessing the extent of its leadership.
Nechaieva T.
This paper proposes energy balance modeling methods to simultaneously achieve increased energy independence and reduced greenhouse gas emissions. It analyzes community-level energy balances and explores optimal pathways through policy simul…
Küfeoğlu S.
This paper provides an overview of achieving net-zero emissions across global economies, examining policy, technology, and investment dimensions, and comparing country-level efforts.
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