GX & Decarbonization Research

Cristian Reale, Giovanna Cafeo, Antonella Satira +4

This work developed a green supercritical fluid chromatography (SFC) method using bio-based methanol for rapid analysis of phototoxic heterocyclic compounds in citrus essential oils. Achieved 3.5 min analysis time, 840 µL solvent per run, a…

Sofía G. Montalvo-Yánez, Daniel Piotto, Florencia Montagnini +1

This study shows that shade-tree biomass and associated ecosystem services in cocoa agroforestry systems in Bahia, Brazil, remained stable over eight years, indicating long-term carbon storage potential and sustainability.

Ado Mohammed BABA, Ummul-khair Yahaya ABDULKARIM, Gali Musa

This paper examines the role of physics education in advancing sustainable development in Nigeria. It highlights contributions to renewable energy and environmental responsibility, analyzes systemic barriers, and proposes strategic future d…

(著者不明)

This paper discusses decarbonization in agriculture through smart farming technologies (IoT, AI, robotics) and the potential for new industrial growth. It reviews specific technology examples and policy trends, aiming for synergy between ag…

Yujing Zhang, Hongying Lu, Jiahui Wang +4

This study uses phase-resolved monitoring to analyze dissolved greenhouse gas emissions from the AOA process for low C/N municipal wastewater. It reveals that dissolved GHG constitutes a dominant footprint, offering insights for mitigation …

Gwanyong OH, Sung Min KIM, Deokho KANG +3

This paper estimates well-to-wheel greenhouse gas emission factors for road freight transport in Korea, taking into account freight transport characteristics. The results provide empirical data useful for transport decarbonization and emiss…

Jean Holley, Martin Brummell, Nigel R. Andrew

This study demonstrates that introduced dung beetles in Australia reduce methane emissions from cattle dung by 85% and alter temporal GHG flux patterns. The findings highlight the potential of dung beetles as a natural climate solution in g…

Jamie M. Reedy, Richard M. Mariita, Hyrine G. Munga +1

This review evaluates the imperative for sustainable biomanufacturing pathways to enhance global health security, analyzing platforms from mammalian cells to plant-based and cell-free systems against the Triple Bottom Line. It highlights AI…

Cheng Zhong, Jin Yin, Saifuzzaman Ibrahim +2

This paper examines how industrial agglomeration influences green total factor productivity through spatial spillovers, mediating mechanisms, and moderating effects. It empirically investigates the role of geographic concentration in enhanc…

Tadesse Tolera, Xiuguang Bai

This study uses micro-level data from 506 wheat-producing farmers in Ethiopia to show that adopting environmentally sustainable production technologies significantly enhances farmers' climate resilience, with integrated technologies providi…

Xiaoru Fan, Hongyan Hu, Zihao Kong +6

This paper provides a global second-order meta-analysis reconciling crop productivity and climate mitigation through agricultural practices. It synthesizes the effects of various agricultural methods on both yield and greenhouse gas emissio…

Geon Kang, Minki Jeon, Pooja Kumari Jat +2

This review summarizes recent advances in iron-, cobalt-, and nickel-catalyzed electroreduction of alkynes and alkenes, enabling selective hydrogenation without molecular hydrogen. Electrochemical parameters and catalyst design unlock disti…

Glen Mark O. Salvaña, Rica Jane V. Jose, Roy C. Losdoc +3

This study synthesizes FeCl3-modified activated carbon from pineapple leaves and evaluates its Pb2+ removal efficiency, offering a sustainable water treatment approach.

Redzuan Mohammad Suffian James, Norwahyuni Mohd Yusof, Liew Sze Ming +1

This review summarizes the use of biomass-derived carbon fillers from agricultural residues (palm kernel shell, coconut shell) in biopolymer composite coating films for food packaging. It discusses thermochemical conversion methods, structu…

Vuong Nguyen-Van, S. Sankeeth, Nabodyuti Das +3

This study evaluates the mechanical performance, durability, and sustainability of low-carbon cementitious composite beams incorporating plastic TPMS-Primitive reinforcement and sludge-derived biochar, offering a new material that utilizes …

Sebastian Moreira, Laura Clow, Emily Coles-Piper +7

Two phase I studies demonstrate that salbutamol MDI using HFA-152a, a propellant with ~90% lower global warming potential than HFA-134a, shows pharmacokinetic and pharmacodynamic equivalence and similar safety. This supports a low-carbon re…

Arun Kumar Singh, Bharat Kumar Kannouje Bharat Kumar Kannouje

This study develops a low-cost filtration system using activated carbon from agricultural waste (rice husk, sugarcane bagasse) and zeolite mixed with soil columns to remove iron and fluoride from water in Raipur, India. A 50 cm column showe…

Panxi Yang, Zunyi Yu, Keming Fu +7

This paper proposes a cross-scale predictive design framework for entrained-flow coal pyrolysis to achieve both high-value products and low-carbon operation. It optimizes reaction conditions to improve energy efficiency and reduce CO2 emiss…

Nicolas Gendron, Victorien Monguillon, David Grimaldi +1

This paper proposes integrating low-carbon considerations into clinical decision-making for cardiorespiratory medicine, aiming to reduce healthcare's environmental footprint while maintaining patient care quality. It provides a conceptual f…

Chloé Wüst-Galley, Jens Leifeld

This paper systematically reviews global data on paddy rice cultivation on drained peatlands as a greenhouse gas mitigation option. It evaluates the trade-off between CO2 emissions from peat drainage and CH4 emissions from rice paddies, sug…