Smart knowledge management driving green transformation: A comparative case study

Magyari, József; Zavarkó, Máté; Csedő, Zoltán

doi:10.1016/j.segy.2022.100085

Cited by 12 publications

(4 citation statements)

References 76 publications

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“…In such a vein, the green transformation as "a long-lasting process with many direct and indirect impacts and consequences, not only on countries and their economies, but also on households, individuals, and their well-being ([6: 71]) can be considered as the consequence of the required radical change in perspective trough which multiple actors and interests can identifies a common purpose toward which address their efforts and energies ( [38]). The green transformation offers the opportunities to all the actors to 'see and touch' phases and processes trough which it is possible to build a more sustainable and inclusive society offering the opportunities for overcoming individual resistance in sharing knowledge and information required for ensuring the success of the path ( [35]).…”

Section: A Knowledge-based View Of Digital and Green Transitionsmentioning

confidence: 99%

Citizens’ engagement in smart cities for promoting circular economy. A Knowledge based framework

et al. 2023

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Smart Cities can be considered as one of the most challenging topics within the last decades. Overcoming the well analysed debate about the digital devices and infrastructures needed for supporting the emergence and viability of Smart Cities, the paper aims at investigating how citizens’ engagement in Smart Cities can be used for promoting positive attitudes and behaviours towards Cities Circular Economy (CCE). Building upon a managerial perspective the paper aims at depicting preliminary conceptual reflections about antecedents and conditions able to influence citizens’ engagement in Smart Cities functioning. The paper proposes a Knowledge Management based framework for supporting both policy makers and managers in better understanding on which levels to act for ensuring a participative approach to the definition of a Circular Economy Logic in Smart Cities ecosystems.

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Section: A Knowledge-based View Of Digital and Green Transitionsmentioning

confidence: 99%

Citizens’ engagement in smart cities for promoting circular economy. A Knowledge based framework

et al. 2023

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“…This "distance" affects the way in which actors deal with information flows, reducing their willingness and orientation toward information sharing every time they perceive the possibility of obtaining a personal advantage from the exclusive use of owned information [41]. In such a vein, increasing attention on sustainability and sustainable development can offer a possible solution because they can be considered the consequence of the necessary fundamental reassessment of perspectives through which several actors and interests could agree on shared purposes toward which they should direct their forces and resources [42]. Actors sensitized to sustainability challenges and sustainable development are more inclined to share personal information and data [43].…”

Section: Depicting the Transformation Of Sustainable Development In T...mentioning

confidence: 99%

Rethinking the Role of Technology for Citizens’ Engagement and Sustainable Development in Smart Cities

Caputo,

Magliocca,

Canestrino

et al. 2023

Sustainability

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Recognizing the interdisciplinary debate about the digital devices and infrastructure needed to support the emergence and viability of smart cities, the latter can be considered one of the most challenging topics within recent decades due to its relevant role in supporting and enhancing citizens’ participation in public management. Using a deductive approach, in this paper, we propose a sustainability-based conceptual framework to support both policymakers and managers in better understanding at which level to act to improve citizens’ engagement as a way to ensure sustainable development in smart cities. The purpose of this paper is to explore how citizens’ involvement in smart cities can be steered toward positive attitudes and behaviors within the context of sustainable development. Drawing on a managerial perspective, we aim to provide preliminary reflections about the key role that digital technologies on which smart cities are based can play in promoting effective sustainable development for all.

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“…Experts of various fields of R&D related to energy generation, distribution and storage are making actively working to develop newer and more efficient technologies [19,20]. Technological innovations target project ideas that facilitate the adaptation of the Hungarian energy sector to adapt to the changing trends (such as decarbonization or circular economy [21,22].…”

Section: Introductionmentioning

confidence: 99%

Carbon Capture and Utilization Technology Development Opportunities Based on Biomethanation

Sinóros-Szabó

2024

Period. Polytech. Chem. Eng.

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The paper provides an overview of Power-to-Gas (P2G) technology using biomethanation and a proprietary biocatalyst. It addresses the issue of carbon dioxide (CO2) emissions from fossil fuel combustion and proposes the integration of Carbon Capture Utilization and Storage (CCUS) technologies with P2G processes. Currently, the integration of CCUS and P2G is in conceptual stage. The paper emphasizes the sensitivity of biocatalysts to contamination in feed gases, particularly the negative impact of oxygen on methanation processes. Findings from measurements conducted in 2022 using a lab-scale prototype approve that post-combustion technologies can be successfully integrated into P2G technologies through the utilization of biomethanation processes. Various parameters, such as Carbon Dioxide Conversion (CDC), Volumetric Methane Production (VVD), and Higher Heating Value (HHV), were calculated based on the measured datasets. The high CDC value of 96.65%(V/V) and 68.03%(V/V) of methane content indicates successful integration of the two technologies, while increasing the CO2 source and applying higher pressure in the biomethanation reactor can further enhance VVD. In conclusion, the paper highlights the potential of P2G technology based on biomethanation and its integration with CCUS processes. The results obtained from the lab-scale prototype demonstrate promising conversion rates and suggest avenues for improving VVD.

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Smart knowledge management driving green transformation: A comparative case study

Cited by 12 publications

References 76 publications

Citizens’ engagement in smart cities for promoting circular economy. A Knowledge based framework

Citizens’ engagement in smart cities for promoting circular economy. A Knowledge based framework

Rethinking the Role of Technology for Citizens’ Engagement and Sustainable Development in Smart Cities

Carbon Capture and Utilization Technology Development Opportunities Based on Biomethanation

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