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Article

Sustainable Economy: The Eco-Branding of an Industrial Region in Kazakhstan

Department of Economics, Faculty of Economics of Law, Toraighyrov University, Pavlodar 140008, Kazakhstan
*
Author to whom correspondence should be addressed.
Sustainability 2024, 16(1), 413; https://doi.org/10.3390/su16010413
Submission received: 23 November 2023 / Revised: 22 December 2023 / Accepted: 1 January 2024 / Published: 3 January 2024
(This article belongs to the Special Issue Advancing the Circular Economy—The Path to Sustainability)

Abstract

:
In the sustainable economy, consumer preferences are gradually beginning to prioritize environmentally friendly products and services. A sustainable economy is directly linked to the growth of consumer welfare and the environmental culture. The success of environmental projects is largely determined by approaches to the management of complex interconnected objects, which operate in developed industrial regions. In this regard, we formulate the purpose of this study, which is to generalize approaches to and to improve the mechanisms of the ecological branding of the industrial complex of a region through conscious ESG transformation. For this purpose, we have studied the statistics and principles of the management systems of Kazakhstani companies and their stakeholders. The focus was on the Pavlodar industrial region, where metallurgical production, petrochemicals, the agro-industrial sector, the banking sector, and logistics hubs are developed. The vision and the mechanisms that can influence the development of the export potential of products with an “ecological brand” were studied. A survey of export-oriented organizations helped to identify the behavioral attributes of the “new generation eco-consumer”, namely, a conscious desire to reduce the negative impact of production and economic activities on the environment. The theoretical significance of this study helps to reveal the influence of the ecological principles of the organization of modern production on the speed of transition to green technologies. Its practical significance is seen in the formation of a system for measuring the level of readiness of companies to promote the ecological branding of a region’s industry outside its country.

1. Introduction

The outstripping growth of the capitalization of the information and communication sector, the emergence of digital twins, the diversification of existing industries, and the global goals of sustainable development: these are the prerequisites for new technologies for the management of complex socio-economic systems. The adherence to ESG principles in the majority of Kazakh companies contributes to the expansion of international trade zones. In fact, enterprises need to improve their environmental branding mechanisms. Terminology in the field of sustainable development such as environmental branding and environmental management is fixed in international and national standards and databases. In particular, the Sustainable Development Goals describe in detail the priority areas for the development of society and the establishment of full-fledged economic relations based on the restoration of the ecological balance in the factors of industrial production.
In the context of global industrial development with the use of digital systems for managing production processes and supply chains, individual states are adopting national strategies to achieve carbon neutrality. Kazakhstan’s economy has a raw material orientation. In the context of economic destabilization, there is an increased desire to increase the depth of the processing of extracted resources to master new principles of production organization and product sales. Quality tools are regulated by the Environmental Code of the Republic of Kazakhstan, a new document that was adopted in 2021.
By studying the activities of industrial companies in recent years, especially during the COVID-19 pandemic and post-pandemic period, when there was a disruption in traditional supply chains, we explore the hypothesis of whether the environmental branding system can contribute to the strengthening of ESG principles. Is the systematization of approaches needed to promote green branding, green production, and green finance?
We suggest that eco-branding can accelerate the ESG transformation by motivating producers to engage in clean production. In this regard, we consider it appropriate to emphasize the link between the sustainable economy and ESG. To arrive at the desired results, let us consider green integration and its actors. In this case, by “green” integration we understand the process of integration interaction between the subjects of the green economy represented by companies and their stakeholders, which strive for long-term social development, the preservation of economic growth, and environmental responsibility.
In this regard, it is expedient to achieve the research objective in the form of generalization of and improvement in the current techniques and mechanisms of the ecological branding of the industrial complex of the region under study. To realize this goal, it is important to solve the following tasks:
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firstly, to systematize the main scientific and methodological techniques of ESG transformation and eco-branding based on the collection and processing of the specialized literature;
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secondly, to characterize the current state of the regional industrial ecosystem in relation to the leading industrial region of the Republic of Kazakhstan—Pavlodar Oblast—a region with high potential for cross-border linkages;
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thirdly, to lay the foundation for prospective studies on the digitalization of green integration programs based on the eco-branding of industrial products.
The choice of the mechanisms for promoting the environmental branding of the region as a research topic is conditioned by the growing competition in the markets of finished products and intermediate consumption in the manufacturing industries. Despite the financial problems and instability of the external environment, the competitive advantages of any region increase manifold in the case of using “green” technologies, from the extraction and processing of raw materials to the sale of finished products that meet high environmental standards [1]. Working with companies’ sustainability reporting allows for the systematizing of companies’ activities, the assessing of their achievements, and the formation of a scientific and methodological basis for promoting ESG mechanisms. Researchers are trying to find a balance between theory and practice in the management of complex socio-economic systems. Such objects include large industrial complexes and small firms that form cluster links with them. Under modern conditions, it becomes important to consider the level of sustainability of enterprises when they formulate their own growth strategy, taking into account environmental, social, and governance indicators [2].
For an objective reflection of the state of the R&D base, let us focus on the approaches to ESG transformation. The first approach can be classified as large-scale digitalization, which strengthens production and business links with direct and indirect market players. This puts an overlay on business processes in a green economy. They must be aligned with carbon neutrality objectives. In this case, environment, social responsibility, and governance (ESG) and green technology innovation are at the center [3,4,5]. When it comes to large industrial complexes that may be linked by technological integration, it is important to respect the basics of the circular economy, i.e., cleaning, reducing, and recycling waste, which has a direct impact on brand reputation and financial performance [6]. Meanwhile, the digitalization of logistics systems helps to establish supply chain management and helps to support the brand with digital warehouses.
The second approach to ESG transformation is categorized as green integration relationships, which positively influence company branding, complement the environmental management system, and improve green processes [7]. Scholars argue that the development of green marketing strategies plays a major role in the degree of the satisfaction and loyalty of professional buyers in a B2B environment [8]. In particular, the modern flourishing of the fashion industry is associated with the opening of lines for the production of “green” cosmetics, such as sewing clothes from environmentally friendly materials. In this case, the essence of the circular economy is manifested through product design and resource efficiency along the entire value chain. However, one should not overlook the possibility of the risks of misleading consumers with knowingly misleading marketing tools. In the face of unfair competition, these are used to achieve business performance and sales growth using green design elements [9]. With the development of ecological consumption, the marketing of environmentally friendly products is favorably reflected in the image of socially responsible organizations. This is indeed an obvious fact, as the practice of developing an environmental image using green marketing tools aims at encouraging consumers to make environmentally friendly purchases, which helps to reduce the risks of an unfavorable environmental situation in the regions [10].
The third approach related to ESG transformation and ecological branding is the formation of an ecosystem of the Industry 4.0 format. Despite the challenges of the modern economy, there are objective prerequisites for the integration and technological transformation of enterprises in industrial sectors. For them, opportunities are opening up for the continuous planning and control of projects that develop according to scenarios of the production and realization of a product with “green” characteristics. Further opportunities also arise for the extraction of “green” income [11]. Researchers conclude that new types of ecosystems are increasingly taking on the characteristics of technological innovation, particularly in the knowledge-intensive and high-risk energy industry, which has environmental and social responsibilities to society [12,13]. Indeed, the gradual decline in commodity dependence is encouraging the economy to open new industrial facilities for accommodating high-level technological upgrading [14]. One can agree with this view, for example, for the Kazakh economy, where the sectoral specialization of industrial regions is shifting to manufacturing. This helps to get closer to the final consumer but, at the same time, requires strengthening the branding of the finished products [15]. According to experts, ecological branding should be the tool to be used to connect all stages of the production and marketing of high-tech products that meet environmental standards. Under conditions where the sustainable growth of companies and regions where industrial facilities of integrated structures are located becomes a necessity for solving environmental, social, and governance (ESG) problems, corporate strategies for the digital transformation of companies are beginning to be successfully implemented [16].
For the completeness of this study, we systematized the main scientific and methodological approaches of ESG transformation and environmental branding.

2. Review of the Literature

In order to achieve sustainable growth by entering global markets, companies are obliged to build their production management process according to standards. It is important to have documentation that authorizes and confirms the quality of products, so the management system of companies must move to the level of international certification [17]. This applies to emerging markets, so for industrial companies in Kazakhstan that supply raw materials and finished products abroad, one of the main conditions is presenting “green” certifications. The task of scientists and specialists is to join efforts and improve such mechanisms. The accumulated world experience shows that this can be achieved in different ways, e.g., by improving technological management, using digital tools, and managing human resources and capital [18,19,20,21,22].
A review of the research base on eco-branding and ESG transformation in existing industrial facilities helps to conclude that for each country these processes take place under special conditions. The reasons may be the general state of the world economy, the available resource base, the level of development of economic relations, the practice of change management, the accumulated human capital, environmental and moral norms and principles, and available financing. Table 1 summarizes the scientific and methodological approaches to ESG transformation and ecological branding.
By analyzing different approaches, we see how important it is to explore the possibilities related to the accelerated achievement of the Sustainable Development Goals, taking into account environmental norms and “green” innovations.

3. Methods

To improve the mechanisms for promoting the ecological branding of the industrial complex of the region under study, classical methods were used: synthesis and analysis methods, the comparative method, and the method of strategic planning and forecasting. To actualize the technology of the eco-branding of the industrial complex of the region, official information from international organizations and research centers dealing with the issues of the “green” economy was used.
Analytical work was carried out with open sources of information provided by the Bureau of National Statistics Agency for strategic planning and reforms of the Republic of Kazakhstan [36]. Reports on a survey of managers of Kazakh companies were also studied and analyzed [37]. Thanks to open reporting in the field of sustainable development and established external relations between the studied companies and their stakeholders, it was possible to conduct a survey of the implementation of ESG principles in business entities in the region of Pavlodar and related cross-border regions.
In parallel with the analysis of the questionnaire report, the collection method was used, which made it possible to study materials on the transformation of ESG management at the level of the companies, public services, banking institutions, educational organizations, and public associations.
The comparative method helped to analyze the potential for innovation activities of the participants of “green” technological integration. When using the method of strategic planning and forecasting, the issues relative to modelling relationships for promoting environmental branding between Kazakh companies and their foreign partners were considered. This method differs favorably from other traditional methods of analytical work. It helped to reveal to what extent Kazakh companies are ready for transformation, the use of new tools of production, and the marketing of products that are highly ecological.
The scheme of the presented research is connected by logical links:
-
A review of theoretical and methodological approaches in the field of ESG transformation and ecological branding.
-
The selection of a region with a developed industrial profile, a transport and logistics interchange, the presence of large, medium, and small firms in the manufacturing industry, and an agro-industrial complex.
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Conducting a thematic survey of business entities and their stakeholders to determine the prospects for sustainable development on the basis of a sound environmental policy in the field of the production and sale of finished products.
The object of this study regarding sustainable development problems was the industrial complex of the Republic of Kazakhstan in the Pavlodar region. It is a cross-border region with a diversified economic structure. The products of industrial companies in the Pavlodar region are exported to Eurasia and Europe. This region comprises more than 7% of all Kazakh industrial production, including 61.1% of all coal mining, 76.1% of ferroalloys production, 44.3% of electricity generation, 41.7% of gasoline production, and 100% of alumina and primary aluminum production [36]. There are functioning enterprises for coal mining, electricity generation, the production of gasoline and diesel fuel, the production of ferroalloys, alumina and primary aluminum, machine building, the processing and canning of meat, the production of meat products, and the production of dairy products. In total, there are 185 different industrial enterprises in the region, including 15 backbone enterprises. Industrial facilities employ more than a quarter of the region’s working population and generate about 43% of the Gross Regional Product.
Of interest are the data from the open report on the survey of managers and chief specialists of companies, which was conducted in the period September–October 2023 [37]. The report presents a study of industrial companies in the Pavlodar region that export products. Stakeholders of industrial exporting companies were interviewed to ensure the completeness of information on ESG and industrial eco-branding trends. Overall, representatives of the public sector of the economy participated in the survey, as well as financial institutions; small-, medium-, and large-sized enterprises in the industrial and agro-industrial, education, trades and services, and construction spheres; and coal mining and energy, metallurgy, petrochemicals, and outsourcing companies (Table A1). The survey was divided by the territorial location of representatives of the Pavlodar and Kyzylorda regions and of Astana city (Figure A1). The Kyzylorda region and the city of Astana are home to related industrial facilities and the main offices of some Pavlodar companies. The questionnaire was distributed online via email. The respondents’ answers were analyzed using different methods. In particular, we conducted frequency analysis for questions where respondents were presented with several answer options to choose from. The questions using a scale score were analyzed using the average of all scores [37].
Taken together, the classification of approaches to sustainable economic development for meeting consumer demand for environmentally friendly products contributes to an improvement in the eco-branding of economic entities and the region.

4. Description of the Economic Situation in the Region: Challenges to Change

According to official statistics, industrial production in the Pavlodar region in January–September 2023 totaled USD 4.5 billion, 0.4% higher than in the corresponding period in 2022. Mining and quarrying increased by 4.6%; production in the industries supplying electricity, gas, steam, hot water, and conditioned air increased by 2.1%; water supply, waste collection, waste treatment and disposal, and pollution elimination activities increased by 0.6%; and manufacturing decreased by 1.4% [36].
Environmental innovations require improvements in both products and business processes. The current situation, with the development and implementation of environmental innovations in Kazakhstan’s enterprises in the non-resource sector of the economy, can be classified as requiring a reassessment of the value system in view of modern environmental challenges. Diagnostics of the key problems in sustainable development for improvements in the ecological branding of the studied industrial complex give a general picture in the Pavlodar region [37]. According to the criterion of “group of entities to which the organization belongs”, i.e., according to their main activity, the survey respondents can be categorized as follows: commercial legal entities (37.8%), non-profit legal entities (17.8%); branches and representative offices of Kazakh legal entities (6.6%); small- and medium-sized businesses (28.9%); and individual business entities (8.9%) (Table 2).
The diversification of industry in the region is associated with the possibility of opening new production facilities. At the moment, one-third of the surveyed entities link their activities with a negative environmental impact. At the same time, the majority of the subjects did not report that they received negative feedback in terms of social responsibility about the environmental impact of their organization. Among the managers, there was the opinion that industrial waste was the most significant among the environmental problems of the region. They believed that it is necessary to form a reserve of industrial (non-hazardous and inert) waste for use in various sectors of the economy.
In general, the country is developing technologies for processing organic waste from sewage sludge at sewage treatment plants, as well as waste from agriculture, poultry farms, and pig breeding (including biogas production) to produce organic fertilizers and use them to improve soil quality. Attention is being paid to the production of plants and equipment for waste collection, transportation, sorting, processing, and utilization (Table 3).
To investigate the connection between eco-branding and the possibility of entering the international market, respondents were asked the following: “What do you think are the relevant attributes characteristic for the development of ‘Eco-branding’ in your region?”. It was suggested they choose several answer options in order to find the priorities for eco-growth by means of the percentage of answers and the total population of respondents. The relationship between regional eco-branding attributes and opportunities to develop the export potential of Kazakh industrial products is shown in Figure 1.
As the research results show, the majority of company managers saw the introduction of the international standards of environmental management, the dissemination of information and knowledge about the specifics of production, and the sale of environmentally friendly products as the main signs of eco-branding development of the industrial complex in the region of Pavlodar.
As a result, the certification of products and the building of a management system in accordance with international environmental standards are expected to help unlock the export potential of products with a national “eco-brand” and facilitate the recognition of eco-products by the international expert community (Figure 2).
An important step in identifying the main challenges to sustainable development is the linkage with ESG principles.

4.1. Sustainable Economy and ESG Transformation

By processing the information obtained with the survey, we can draw a conclusion about the importance and prospects of the technological integration of environmentally friendly industries for Kazakhstan and its partners. All large companies have developed and are implementing a Sustainable Development Strategy, which includes a section on compliance with ESG policies. A third of the managers of business entities believed that ESG transformation under the current conditions is proceeding at a fairly high level. However, in total, about 20% of respondents believed that the change in environmental, social and governance elements is a weak or generally difficult-to-characterize process (Figure 3).
When characterizing the technological process of the backbone companies in the region of Pavlodar, it is important to focus on the “4R” closed-cycle model: refusal of additional packaging material (“Refuse”), reduction in the amount of waste produced (“Reduce”), recycling resources within the organization (“Reuse”), and transformation of waste into new materials or items (“Recycle”). The circular economy model for Kazakhstani companies plays a major function in the transition to energy saving, resulting in the reduction in hazardous emissions into the external environment. The survey revealed the main elements of the rational production management system. About two-thirds of the managers interviewed expressed that the technological processes in their organizations were fully or partially circular. As a potential threat, we can point out the fact that 7% (“Reduce”), 11% (“Recycle”, “Reuse”), and 16% (“Refuse”) of managers indicated that their organizations did not plan to implement a resource-efficient economy (Figure 4).
Observations show that in the present stage, the ESG transformation of industrial complexes of cross-border regions may face certain barriers:
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Deficiencies in the systemized approach to the technological integration of environmentally friendly production facilities with subsequent certification in accordance with international standards.
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Weakness in the mechanisms for promoting knowledge about domestic ecological products, a lack of interest in network trade in sales, and weakness in setting an adequate price for these products.
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Lack of universal technology for ecologically friendly production.
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Lack of universal technology for ecologically friendly production facilities.

4.2. “Green” Integration and Its Activators

Analyzing different perspectives on the development of a sustainable economy shows that there is a link among all processes. If the processes occur within integrated industrial complexes, we refer to technological integration, the depth of raw material processing, and the output of environmentally friendly products. In cases where companies seek to expand beyond the region and the country, it is important to take into account the existing norms and the standards of product quality. No process is without financing and capital raising, including green lending. These arguments push researchers to look for points of interaction among the economic actors. There is a need to develop mechanisms of interaction among the participants of market relations.
A guide to green integration can be offered as a mechanism to help connect industrial companies with stakeholders to meet consumer demands (Table 4).

5. Conclusions and Discussion

This study of the sustainability of economic relations due to the interaction of companies and their stakeholders for the benefit of the quality of manufactured products, as well as the purity of the production process, helps to improve the system of the technological integration of industrial companies, as well as cluster formation, since this study considers the exclusive functions of integration interaction.
As this research has shown, Kazakhstani companies strive for sustainable development based on environmental and social principles. In the case of the Pavlodar industrial region, we can conclude that its export orientation helps company managers understand how important it is to comply with clean production organization conditions. At the same time, we see that, along with a positive attitude to external challenges, there are still shortcomings in the general environmental culture, and there are companies that do not plan to implement a resource-saving economy. This can be seen as a certain challenge for stakeholders. That is why in public circles and among scientists there is currently an active search for measures that will help to increase the environmental component in the branding of national manufacturers.
As growth points from the position of environmental branding, it is reasonable to consider the following areas of active impact:
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stimulating research interest in economic sustainability and ESG through joint events involving representatives of industrial companies, environmental organizations, scientists, and young people;
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concluding favorable contracts with institutional investors who can provide financial support for the opening of clean production facilities;
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integrated management, accounting, and monitoring of production and consumption waste, including hazardous waste, using artificial intelligence;
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improving logistics, including transport corridors that allow for just-in-time supply chain continuity;
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government subsidization of the introduction of “green” technologies;
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promotion of an environmental culture among industrial companies and their stakeholders.
It is important to note that such measures are in line with the progressive practice of the global green economy. They have support at the state level and should be promoted in our society. Under modern conditions, with the economy undergoing formational shifts, changing global supply chains do not always manage to comply with the rules of ethical business conduct. Ultimately, end consumers suffer the consequences, and energy and natural resources are damaged. This is why scholars agree that in many cases the effectiveness of cleaner production and the promotion of environmentally friendly products could be influenced by green credit policies and low-carbon technological innovation in ESG-certified enterprises [38,39,40].
We realize that the transition to new technologies, including management technologies such as eco-branding, will require financial support; therefore, international experience is helping us to reassess the criteria for selecting participants in new projects [41,42,43]. The experiences of countries with developed energy infrastructures are valuable sources of knowledge for Kazakhstan’s economy [44,45].
The eco-branding of quality industrial products is not expected to cease to be at the basis of the choice between super profits and the protection of the ecosystem. How far can our civilization go, and how can we improve contacts among all participants in the technological cycle and the marketing of products? The answers to these questions do not always lie on the surface, as we can see, for example, in the case of the operation of large-scale facilities where platform integration is based on artificial intelligence [46,47]. In the early days, it was important for Kazakhstani industrial companies to overcome the digital divide, as technological breakthroughs are the basis of competitive advantages [48,49,50]. Digital platforms that ensure the safety of industrial facilities are important for a strategy of environmental care [51,52,53].
Artificial intelligence technologies facilitate an early response to possible threats of disruption in the process chain and prevent emergency stops and unintentional releases. However, we cannot forget about human factors or the advantages of building human capital [54,55]. In addition to environmental security, threats to food security can be reduced through cases of effective management [56]. The potential to build human capital in achieving environmental sustainability and the potential for productivity growth in modernized environmental industries accompany the global transition to new technologies [57,58,59]. Collaborative efforts to adopt clean technologies can serve as a green benchmark for development [60,61]. In practice, there will be obstacles to ecological development, which will need to be overcome. At the same time, the eco-branding system helps to develop ESG principles, and eco-branding motivates manufacturers to organize clean production.
Possible Limitations: Why does Kazakhstan, like other global market players, seek to strengthen its competitive advantages? Studies show that industrial companies have additional opportunities due to the inflow of green investments [62]. It is important not to forget that “cheap” resources cannot fully deliver industrial facilities from problems related to the market [63,64]. The global economy shows that the financial component (i.e., the ability to finance operations quickly and coherently), a diversified product range, and efficient production management help to sustain economic growth [65].
Our results indicate that the mechanisms for promoting the eco-branding of the studied region’s industrial complex should help to take a fresh look at the problems of company management in related industries [66,67,68]. International practices suggest how effective environmental management and branding changes the consumption paradigm [6,69]. However, the cost parameters of products and the lack of government support may be possible limitations to a successful transition to eco-branding [70,71,72].
Growth prospects: We share the views of scholars who explore the possibilities of accelerating the transformation of socio-economic systems according to ESG principles [73,74]. Based on the results of the survey, company managers are encouraged to engage with advisory support from reputable and leading companies on stock exchanges with experience in ESG optimization [75,76]. This will become increasingly important as the environmental crisis opens up opportunities to enter new markets with products and services of a high environmental standard [77,78].
Despite the accelerated pace of technological growth, we must remain committed to universal human values, care for the world around us, and strive to cultivate an ecological culture of consumption and respect for what our earth has given us. The task of scientists and researchers in the field can be defined as studying the sustainable economy as an opportunity to leave a “green” planet to future generations, because it is thanks to this concept that development programs are adopted by states, financing instruments appear, and individuals with a new view of the world are formed.

Author Contributions

Conceptualization and methodology, L.D.; investigation, formal analysis, visualization, writing (original draft) and writing (review and editing), L.D., N.S., S.K., M.A. and A.B. All authors have read and agreed to the published version of the manuscript.

Funding

This research was funded by the Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan (grant No. AP19676924, “Development of technology and promotion of ecological branding of the industrial complex of the region”).

Institutional Review Board Statement

Not applicable.

Informed Consent Statement

Not applicable.

Data Availability Statement

Publicly available datasets were analyzed in this study. This data can be found here: [https://science.tou.edu.kz/article.php?art_id=79ŋ https://tou.edu.kz/arm/storage/science/doc/opros/Report%20on%20the%20sociological%20survey.pdf], accessed on 15 November 2023.

Conflicts of Interest

The authors declare no conflicts of interest.

Appendix A

Table A1. Industry affiliation of respondents (selection of one to two main types of activity), in % of respondents’ population.
Table A1. Industry affiliation of respondents (selection of one to two main types of activity), in % of respondents’ population.
Economic Sector in Which the Organization OperatesFrequencyPercentage of Total Population, %
Agriculture, forestry, and fishery613.3%
Mining and quarrying511.1%
Manufacturing industry48.9%
Electricity, gas, steam, hot water, and conditioned air supply48.9%
Water supply12.2%
Construction48.9%
Wholesale and retail trade48.9%
Transport and warehousing24.4%
Accommodation and catering services12.2%
Financial and insurance activities24.4%
Operations with immovable property12.2%
Professional, scientific, and technical activities24.4%
Administrative and support services activities12.2%
Public administration24.4%
Social security12.2%
Education24.4%
Health care24.4%
Arts, entertainment, and recreation12.2%
Other services1226.7%
Figure A1. Territorial location of the respondents who took part in the survey on the development of technologies and the promotion of environmental branding of the industrial complex of the region, in % of respondents’ population.
Figure A1. Territorial location of the respondents who took part in the survey on the development of technologies and the promotion of environmental branding of the industrial complex of the region, in % of respondents’ population.
Sustainability 16 00413 g0a1

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Figure 1. Funnel of attributes for the development of eco-branding in the region. The distribution of the responses from business entities in the region of Pavlodar, Republic of Kazakhstan and in partners, in % of respondents’ population.
Figure 1. Funnel of attributes for the development of eco-branding in the region. The distribution of the responses from business entities in the region of Pavlodar, Republic of Kazakhstan and in partners, in % of respondents’ population.
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Figure 2. Infomap of tools and mechanisms for the development of export potential of products with an “eco-brand”. The distribution of the responses of economic entities in the region of Pavlodar, Republic of Kazakhstan and in partners, in % of respondents’ population.
Figure 2. Infomap of tools and mechanisms for the development of export potential of products with an “eco-brand”. The distribution of the responses of economic entities in the region of Pavlodar, Republic of Kazakhstan and in partners, in % of respondents’ population.
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Figure 3. Implementation of ESG principles in organizations. The distribution of the answers of the business entities in the region of Pavlodar, Republic of Kazakhstan and in partners, in % of the total number of respondents.
Figure 3. Implementation of ESG principles in organizations. The distribution of the answers of the business entities in the region of Pavlodar, Republic of Kazakhstan and in partners, in % of the total number of respondents.
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Figure 4. Compliance of organizations with the principles of the closed-cycle economy (4R model). The distribution of the answers of stakeholders and economic entities in the region of Pavlodar, Republic of Kazakhstan to the question: “To what extent does your organization comply with the principles of the circular economy (4R model)?”; in % of the aggregate.
Figure 4. Compliance of organizations with the principles of the closed-cycle economy (4R model). The distribution of the answers of stakeholders and economic entities in the region of Pavlodar, Republic of Kazakhstan to the question: “To what extent does your organization comply with the principles of the circular economy (4R model)?”; in % of the aggregate.
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Table 1. The approaches to ESG transformation and ecological branding.
Table 1. The approaches to ESG transformation and ecological branding.
Scientific and Methodological Approaches/Impact MeasuresThe Object of “Green” IntegrationSubjects of “Green” IntegrationLiterature
Mitigating the negative impacts of global risks in line with the green economy environment“Green” innovation in the form of green product innovation and green process innovation“Green” market participants[23]
Green dynamic capability[24]
“Green” finance and green innovationCompanies in industrial production and financial institutions[25]
Building research capacity to identify risks posed by environmental considerations in asset valuationSupply chains in cleaner productionCompanies in industrial production and construction[26]
Green technological innovationGreen energy market players[27]
Corporate environmental innovationsGreen investors and corporate issuers of green securities[28]
Development of key climate policy instruments by assessing the drivers of climate degradation“Climate infrastructure” as a new asset class. Formation of carbon pricing systems for atmospheric carbon emissionsThe diversity of elements of the control system should not yield to the versatility of the controlled object[29]
Integration of production technologies generates multiplicative synergies in international projectsIntegration associations, business partnerships, private companies, public institutions, and commercial banks[30,31]
Strategy of human resources management through incentivizing leadership positionsSocial relations under conditions of global recession, structural changes in the economy, accelerated development of production automation, and digitalizationLeading power centers of the market represented by corporations[32]
Behavioral factors influencing “talent management” policies in generating green ideas, corporate cultureManagers of structural divisions of companies[33,34]
Adoption of environmentally friendly practices in businessGreen consumer cooperativeFounders and adherents of green marketing and green customers[35]
Table 2. Systematization of general data of economic entities in the region of Pavlodar, Republic of Kazakhstan, in % of respondents’ population.
Table 2. Systematization of general data of economic entities in the region of Pavlodar, Republic of Kazakhstan, in % of respondents’ population.
CriterionEvaluation CategoryShare of Responses in Total, %
Group of subjects to which the organization belongsCommercial legal entities37.8%
Non-profit legal entities17.8%
Branches and representative offices of Kazakh legal entities6.6%
Small- and medium-sized businesses28.9%
Individual business entities8.9%
Class of entities by average annual number of employeesSmall businesses (up to 100 people)40%
Medium-sized businesses (from 101 to 250 people)13.3%
Large businesses (over 250 people)46.7%
Table 3. Systematization of data in the “Business Processes” block.
Table 3. Systematization of data in the “Business Processes” block.
CriterionEvaluation CategoryShare of Responses in Total, %
Specific requirements for environmental standards of purchased resources for production and economic activitiesCharged51.2%
Absent24.4%
Difficult to establish24.4%
The presence and development of an innovative phenomenon in the regional market—“new generation eco-consumer”Present40%
Absent31.1%
Difficult to establish28.9%
Attributes of the behavior of the “new generation eco-consumer”Conscious endeavor to reduce the negative environmental impact of production and economic activities80%
Purchase of products made from recycled materials40%
Assistance in the collection of secondary raw materials (“separate” waste) for further processing and the production of environmentally friendly products60%
Application of international environmental safety standards by the organization55.6%
Fostering moral values in society through the example of a responsible producer and consumer53.3%
Table 4. Interactions among participants in “green” integration.
Table 4. Interactions among participants in “green” integration.
StageKey PartnersRegulatory FrameworkPossibility of an International Alliance
Choice of cleaner production type—depth of raw material processingRegional producers and the Department of Project Activities Support of the Eurasian Development BankEnvironmental Code of the Republic of Kazakhstan
Strategy for achieving carbon neutrality by 2060 in the Republic of Kazakhstan
“ESG Market Place”
Retail chainsQaztrade Accelerator—service support for entrepreneurs
Members of the National ESG Club
Green Finance Centre of the Astana International Financial Centre
Global Reporting Initiative (GRI)ESG Disclosure Rating
Submitting and promoting an application for “green” financeRegional producersFinancial instruments aimed at implementing environmentally friendly, energy-efficient, and low-carbon projectsUNDP program funding
Commercial banks members of the National ESG ClubInternational agreements for the supply of raw materials and products
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Davidenko, L.; Sherimova, N.; Kunyazova, S.; Amirova, M.; Beisembina, A. Sustainable Economy: The Eco-Branding of an Industrial Region in Kazakhstan. Sustainability 2024, 16, 413. https://doi.org/10.3390/su16010413

AMA Style

Davidenko L, Sherimova N, Kunyazova S, Amirova M, Beisembina A. Sustainable Economy: The Eco-Branding of an Industrial Region in Kazakhstan. Sustainability. 2024; 16(1):413. https://doi.org/10.3390/su16010413

Chicago/Turabian Style

Davidenko, Lyudmila, Nurzhanat Sherimova, Saule Kunyazova, Maral Amirova, and Ansagan Beisembina. 2024. "Sustainable Economy: The Eco-Branding of an Industrial Region in Kazakhstan" Sustainability 16, no. 1: 413. https://doi.org/10.3390/su16010413

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