Innovative Development of Kazakhstan’s Raw Material (Oil and Gas) Regions: Multifactorial Model for Empirical Analysis

Kurmanov, Nurlan; Beisengaliyev, Yerzhan; Bayandin, Marat; Syzdykova, Elmira; Tolysbayeva, Madina

doi:10.32479/ijeep.13201

Cited by 5 publications

(4 citation statements)

References 17 publications

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“…On the flip side, difficult climatic conditions and the high cost of infrastructure maintenance hinder their sustainable socio-economic development and add to the growth of digital inequality. Our previous research [73] has shown that the results of an analysis of resource-based regions of Kazakhstan indicate a low level of innovation activity, and the instability of regional development. This predetermines the strengthening of the search for factors and new tools and measures to disclose the existing potential and detailed research of open innovation dynamics to create and implement innovation in regions where oil and gas production predominates in the economy.…”

Section: Discussionmentioning

confidence: 99%

Digital Divide of Resource-Based (Oil and Gas) and Service-Dominated Regions

Kurmanov

Niyazov

Tolysbayev

et al. 2022

Journal of Open Innovation: Technology, Market, and Complexity

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The following paper explores the development of a statistically based index evaluating digitalization processes to assess the digital divide between the regions of Kazakhstan: resource-based (oil and gas) regions and regions where the service sector dominates the GRP. As a method for forming such an indicator, the authors suggest using factor analysis, which reduces the dimension of factors while maintaining the reasoning behind a significant part of the data variability. This approach is preferable because the index is formed on the basis of statistically objective estimates rather than that of subjective expert opinion. The results of the factor analysis were interpreted as the following two qualitatively different subindices that formed the final Economy and Society Digitalization Index, namely, for resource-based (oil and gas) regions: subindex of digital consumption by households and subindex of digital consumption by organizations; for service-dominated regions: subindex of digital consumption by households and organizations, and subindex of digitalization of labor management processes. The combined values of the calculated subindices allowed us to conclude that the introduction of information and communication technologies into the consumer environment is greater than into the activities of economic entities. Open innovations are revealed to create additional opportunities for obtaining new knowledge and additional tools and ideas that can lead to bridging the digital divide in the regions of Kazakhstan. The analysis of descriptive statistics of these values allowed us to draw a number of conclusions available that can be used to form regional digital policy. First, the regional population shows a fairly homogeneous high level of consumption of telecommunications services, which indicates their availability. Second, the majority of economic entities throughout the country have successfully passed the first stage of digitalization, which consists in the use of Internet technologies; although, not all of them are characterized by a trend toward the digitalization of business processes. Thirdly, for most organizations, the digital development of human capital still remains an important task. Further statistical research of regional differentiation of the values of the proposed digital development indicator will allow a deeper understanding of the reasons for the digital divide in Kazakhstan.

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Section: Discussionmentioning

confidence: 99%

Digital Divide of Resource-Based (Oil and Gas) and Service-Dominated Regions

Kurmanov

Niyazov

Tolysbayev

et al. 2022

Journal of Open Innovation: Technology, Market, and Complexity

Self Cite

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“…Advancements in technology play a pivotal role in shaping the environmental sustainability of cross-border energy trade [17,18]. The researchers have explored the application of innovative technologies, such as leak detection systems and eco-friendly materials for pipelines, as means to reduce environmental risks [19,20,21]. Integrating such technologies into the infrastructure of the Kazakhstan-China pipeline could be instrumental in preventing and addressing potential environmental incidents [22,23].…”

Section: Technological Innovations For Sustainable Energy Transportationmentioning

confidence: 99%

Environmental Sustainability in Cross-Border Energy Trade: the Case of the Kazakhstan – China Pipeline

Utelbayev,

Azhigali,

Amangeldin

2024

jour

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The article delves into the nuanced realm of environmental sustainability in the context of the KazakhstanChina pipeline – a crucial conduit for oil and gas resources spanning borders. Rigorous methodologies, including Geographic Information System (GIS) mapping and community engagement, unveil the environmental challenges intrinsic to cross-border energy projects. From habitat disruption and pollution to the potential for oil spills, the negative impacts demand strategic mitigation. The article advocates for a multifaceted approach, recommending the incorporation of advanced technologies, strategic route planning, and diversified energy sources. Emphasizing community engagement, transparency, and international cooperation, the proposed sustainable practices aim to balance the imperatives of economic growth with ecological preservation. As the world grapples with increasing energy demands, the Kazakhstan-China pipeline stands as a poignant case study, prompting a collective reevaluation of our approach to global energy trade. Through proactive measures and collaborative efforts, it is possible to navigate the delicate equilibrium between energy security and environmental stewardship, fostering a future where sustainable practices underscore the foundation of cross-border energy endeavors.

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“…This will help bring the legislation in line with the directives of the European Union and create new mechanisms to support the renewable energy industry. In addition, the financial aspect is also of great importance since the EU will not finance projects related to polluting technologies for the restoration of Ukraine [38], [39], [40], [41].…”

Section: Namementioning

confidence: 99%

Ukraine’s energy supply in the defense sector: The first lessons of war

Rabocha,

Maslii,

Robochyi

et al. 2023

Sustainable Engineering and Innovation

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The terrible consequences of the Russian-Ukrainian war, which continues on the territory of the Ukrainian land, and the consequences of natural disasters indicate the need to create alternative (reserve or emergency) sources of energy supply for enterprises, institutions, and individual households, and objects of small forms of management, especially outside the points of permanent deployment. Ensuring an uninterrupted and stable electricity supply to all these forms is an extremely important problem for Ukraine as the country faced a large number of challenges regarding energy independence due to numerous missile strikes. The purpose of the study was to analyze the energy system and the level of damage to Ukraine after the Russian missile attacks, the impact on the state of energy supply of individual facilities and consumers of military camps, examine the possibilities of using emergency and backup energy sources and alternative energy, in particular, solar and wind. The study analyses the destruction of the energy system of Ukraine as a result of missile attacks and the possibilities of using emergency and backup energy sources and alternative energy, in particular, solar and wind, and the investigation of the potential and opportunities to attract investment in the field of alternative energy. Special attention is paid to small business facilities, including military camps. In the course of the study, it was determined that Ukraine has a geographical location that provides space for the installation of various alternative energy systems and the possibility of combining them to diversify and improve the stability and reliability of the Ukrainian energy system. The practical importance of the study lies in the ability to make more informed decisions regarding the implementation of programs aimed at switching to alternative and decentralized energy sources. This will make the country’s energy infrastructure more stable and allow better meeting the energy needs of small forms of management, individual farms, military units, formations, and infrastructure facilities.

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Innovative Development of Kazakhstan’s Raw Material (Oil and Gas) Regions: Multifactorial Model for Empirical Analysis

Cited by 5 publications

References 17 publications

Digital Divide of Resource-Based (Oil and Gas) and Service-Dominated Regions

Digital Divide of Resource-Based (Oil and Gas) and Service-Dominated Regions

Environmental Sustainability in Cross-Border Energy Trade: the Case of the Kazakhstan – China Pipeline

Ukraine’s energy supply in the defense sector: The first lessons of war

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