GX & Decarbonization Research

Ziaurahman Madani, Mohammad Yaqoub Nazif, Ahmad Shah Irshad +4

This study optimizes a PV-wind-battery hybrid system for off-grid agricultural electrification in arid regions using HOMER Pro. The system comprises 180 kW PV, 140 kW wind, and 1382.4 kWh battery, achieving 922 t/year CO2 mitigation. Sensit…

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This lecture discusses the continuum of actions required to build low-carbon cities, emphasizing the integration of urban planning and climate mitigation strategies, offering practical approaches for sustainable urban development.

Salim Barbhuiya, Dibyendu Adak, Bibhuti Bhusan Das +1

This review evaluates low-carbon concrete (LCC) technologies including SCMs, alkali-activated binders, CCU, and novel aggregates. Synthesizing LCA results, it finds 20–70% CO2 savings over conventional concrete but highlights durability, st…

Luke Soko, Daniel Andersen, Cain Bynum

This study assesses carbon intensity of corn, soybeans, and swine feed across 99 Iowa counties, showing that manure management, no-tillage, and cover cropping can reduce feed carbon intensity by 33%, translating to $0.93 per pig in carbon c…

Shubao Xing, Xiangbo Fan, Zihan Liu +1

Using panel data for 284 Chinese cities from 2005 to 2023, this study constructs a 1-km gridded carbon emission dataset by integrating LightGBM with spatial Bayesian recalibration. A difference-in-differences analysis shows that the Low-Car…

Mehran Aziminezhad, Ahmed Bediwy, Eltayeb Mohamedelhassan

This study applies response surface methodology to optimize multi-waste low-carbon concrete mixtures, evaluating synergistic effects of waste combinations to reduce CO2 emissions while maintaining strength.

Jiamu Feng, Linai Zhou, Mincan Yang +5

This review proposes an integrated framework for electrocatalytic nitrogen conversion, focusing on electronic configuration to unify understanding of five key nitrogen reactions. It identifies five dimensions of electronic regulation (d-ban…

Pezhman Hatamifar, Arghavan Hadinejad, Jalayer Khalilzadeh +2

This study applies the Avoid-Shift-Improve framework to analyze low-carbon decision-making among young Finnish tourists across mobility, consumption, and accommodation. Survey data reveal that demographic factors have limited influence, whi…

A A K Srivastava, Easwaran Narassimhan, Navroz K. Dubash

This paper assesses eight emissions-economy modeling studies informing India's low-carbon development policy. It finds insufficient exploration of growth and urbanization possibilities, inadequate demand-side approaches, importance of emiss…

Elena V. SAVENKOVA, Anna I. Kurbatova, П. А. Новиков

This paper proposes a methodology for systemic analysis of low-carbon economy levels using proxy indicators. It develops a toolkit based on general scientific methods of analysis and synthesis, aiming to inform carbon emission reduction pol…

American Welding Society, Henry Geerlings, ANNA STAERZ +5

This study investigates the effect of increased copper content (up to 0.26 wt-%) from scrap on the microstructure and resistance spot welding behavior of low-carbon automotive steel. Higher copper increases base-metal strength and electrica…

Haiyue Fu, X S Chen, Penghui Jiang +2

This paper empirically analyzes how land consolidation contributes to low-carbon transition in land use, using Shenzhen, China as a case. It evaluates efficiency gains and carbon reduction potential, offering policy insights for low-carbon …

Canada Foundation for Innovation | Fondation canadienne pour l'innovation

This paper examines the operational testing of electric aircraft as a low-carbon aviation technology. It evaluates the carbon reduction potential and practical challenges of electrification in aviation. The findings contribute to decarboniz…

Tom Erik Julsrud, Karina Standal

This paper examines public trust and expectations for renewable energy in Longyearbyen, an Arctic community. It analyzes how local social and cultural factors influence the energy transition, offering insights for policymakers.

Tat‐Dat Bui, Nguyen Bao Le, Ming K. Lim +2

This study proposes a causal hierarchical roadmap for low-carbon transformation in cold chain logistics, integrating data-driven techniques and a multilevel perspective on sociotechnical transitions. Key factors include regulatory carbon co…

Canada Foundation for Innovation | Fondation canadienne pour l'innovation

This paper explores flexible operation methods for low-carbon power systems. It likely proposes operational strategies to facilitate renewable energy integration and maintain grid stability.

Varun Jyothiprakash, Balachandra Patil, Abhishek Das

This paper proposes a linear programming optimization model for balancing dynamic supply and demand in low-carbon electricity transition. Validated on Karnataka, India's power system, it achieves lower cost (Rs. 2.04/kWh vs. 2.13) and highe…

Mohaddeseh Azimi, Zhengfu Bian, Narges Salehi Shahrabi

This study uses machine learning to analyze the associations between carbon intensity, labor productivity, and income inequality in China's energy sector. It provides quantitative insights into how the decarbonization transition may affect …

Haoran Liu, Zunyan Hu, Xiaoxue Kou +7

This paper analyzes the trade-offs between electrical and thermal storage capacity in off-grid heat pump heating systems. It provides optimization insights for cost-effective zero-carbon building heating design.

Rustam Effendi, Aliasuddin Aliasuddin, Nanda Rahmi +3

This study examines the dynamic relationships among consumption, investment, trade openness, and CO2 emissions in Indonesia from 1990–2024 using a VAR model. Granger causality tests show that consumption and trade openness significantly dri…