GX & Decarbonization Research

Chaolong Gao, Lanqin Yang, Dawei Yu +4

This study analyzes long-term performance and greenhouse gas emissions from a mega-scale reclaimed water plant in China, evaluating pathways towards carbon-neutral wastewater reclamation. It provides empirical data on emission reduction pot…

Ke Liu, Wenhao Song, Chen Yang +5

This paper proposes a user-centric low-carbon dispatch framework integrating carbon emission flow (CEF), nodal carbon intensity (NCI), network constraints, and demand response (DR). It minimizes the target user's physically traced Scope 2 e…

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This paper analyzes greenhouse gas emissions from agriculture using inventory data, identifying major sources and trends. It provides insights into the current status and reduction pathways for agricultural emissions.

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This paper evaluates the greenhouse gas (GHG) balance of crop production using life cycle inventory (LCI) analysis. It quantifies emissions and removals from fertilization and soil management, and was awarded the Japan Society of Soil Scien…

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This paper proposes a process model approach for estimating greenhouse gas emissions from agricultural land. It discusses model validation and applicability, contributing to agricultural emission accounting.

Jie Hu, Wenkang Gao, Bo Hu +3

This paper analyzes leachate generation rate and greenhouse gas (GHG) emissions from waste incineration facilities. Without an abstract, specifics are unclear, but it may contribute to quantifying environmental impacts of incineration proce…

Sotirios Pilafidis, Ioannis Livieratos, Vasileios Gkisakis

This study compares energy use and GHG emissions between organic and conventional vineyards in Greece. It evaluates the environmental benefits of organic farming, finding potential reductions in energy consumption and emissions.

Xuan Wang, Yueting Pan, Kaili Xie +2

This study investigates the effects of three stocking rates (low, medium, high) on grazing behavior, nitrogen and energy metabolism, and greenhouse gas emissions of Simmental cattle in a saline meadow. Higher stocking rates increased methan…

Togar W. S. Panjaitan, Thyophoida W. S. Panjaitan, Bernando Purba

This paper examines PT Pertamina, Indonesia's state-owned oil company, focusing on its Scope 1 and 2 emissions reduction and ESG performance improvement. The company exceeded its 2023 emissions reduction target by 124%, decarbonizing 1.13 m…

Chenglong Li, Craig Duarte, Jamie Yap +3

This paper reports the first steps toward establishing a third-party testing center for fugitive methane emission measurement technologies in Australia, crucial for verifying LNG methane intensity. Initial results from lab and pilot-scale c…

Anete Kalniņa, Pauls Sondors, Maksims Feofilovs +2

This study improves Scope 2 carbon accounting precision by using hourly sensor data from four Latvian manufacturing companies. Company-specific emission factors were approximately 56% lower than the Ecoinvent country-level factor, highlight…

Jinliang Zang, Liang Wu, Wanglong Shi +3

This study demonstrates the capability of a mobile Differential Absorption Lidar (DIAL) system for remote measurement of industrial CO2 emissions. Cross-validation with CEMS data showed relative deviations within ±6%, while the emission fac…

Mark Omara, James P. Williams, Anthony Himmelberger +13

Using MethaneSAT satellite observations from March 2024 to June 2025, this study quantifies methane emissions across 34 regions covering ~50% of global onshore oil and gas production. Regional emissions vary by nearly two orders of magnitud…

Mikhail Mastepanov

This paper presents a wirelessly controlled modular automatic chamber system for monitoring greenhouse gas fluxes in natural and agricultural ecosystems. The system enables remote operation and simultaneous measurements at multiple sites, c…

L. Chen, V.M. Thorup, S. Østergaard

This simulation study evaluates herd management strategies for mitigating greenhouse gas emissions in dairy production. It quantifies the emission reduction potential of various strategies and proposes optimal management practices.

Krystle Harmon, Mitch Makam, Rakesh Bohra

This paper proposes a Lower-Carbon IT Framework for energy enterprises to reduce emissions from data centers. It integrates emissions-aware decisions into architecture, workload placement, and data lifecycle management. Based on a case stud…

Derek C. Manheim, Sajjad Karimi, Madjid Delkash +2

This paper proposes a multi-scale measurement framework integrating UAV, flux-chamber, and point-source techniques for comprehensive assessment of greenhouse gas and air pollutant emissions from wastewater treatment facilities. It captures …

Qisen Zhang, Jingwei Wu, Yanchao Zhao +1

This study examines greenhouse gas emissions and water-carbon cost-adjusted yield of drought-tolerant rice under varying irrigation levels in China's Jianghan Plain. By measuring emissions and yield, it calculates an adjusted yield accounti…

Hanxiang Li, Longwei Gao, Lailai Huang +1

This paper presents a comprehensive evaluation of an underground wastewater treatment plant, integrating greenhouse gas emissions, environmental footprint, and economic assessments. It highlights the trade-offs between underground construct…

Chenyue Sun, Shengwei Pei, Raziyeh Farmani +2

This study proposes an interpretable multi-task learning model to simultaneously predict effluent quality and greenhouse gas emissions from wastewater treatment plants, offering insights for operational improvements to reduce emissions.