Green Industry Research Articles

An integrative study on the green cultural industry and its determinants in Jiangsu province, China under the cultural revitalization initiative: a global perspective

IntroductionsThe cultural industry is pivotal in promoting sustainable economic development. This study aims to evaluate the economic efficiency of the cultural industry in Jiangsu Province by establishing a Data Envelopment Analysis (DEA) model and analyzing influencing factors using the Tobit model, all within the broader context of China’s cultural industry.MethodsA DEA model was developed to assess the economic efficiency of the cultural industry across Chinese provinces, allowing for a comparative analysis of performance. The Tobit regression model was utilized to investigate factors influencing these efficiency outcomes, with a particular emphasis on inter-provincial comparisons to understand the position and challenges faced by Jiangsu’s cultural industry.ResultsDespite Jiangsu’s cultural industry ranking among the largest in scale nationally, its economic efficiency is only moderate, consistently experiencing diminishing returns to scale. The study identifies low scale efficiency, small enterprise size, and suboptimal urbanization processes within the province as the main issues.DiscussionThe inefficiencies highlighted by the DEA model suggest a misalignment between the scale of operations and the economic outputs in Jiangsu’s cultural industry. Urbanization emerges as a crucial factor, with current practices not sufficiently supporting the growth potential of the cultural sector.ConclusionBased on these findings, the study proposes targeted policy recommendations for Jiangsu, including avoiding blind scale expansion, adjusting industrial structures, encouraging enterprise consolidation and optimization, and identifying new growth areas to better support the cultural industry’s development and contribute to sustainable economic progress.

Reactivity and Stability of Reduced Ir-Weight TiO2-Supported Oxygen Evolution Catalysts for Proton Exchange Membrane (PEM) Water Electrolyzer Anodes.

Reducing the iridium demand in Proton Exchange Membrane Water Electrolyzers (PEM WE) is a critical priority for the green hydrogen industry. This study reports the discovery of a TiO2-supported Ir@IrO(OH)x core-shell nanoparticle catalyst with reduced Ir content, which exhibits superior catalytic performance for the electrochemical oxygen evolution reaction (OER) compared to a commercial reference. The TiO2-supported Ir@IrO(OH)x core-shell nanoparticle configuration significantly enhances the OER Ir mass activity from 8 to approximately 150 A gIr-1 at 1.53 VRHE while reducing the iridium packing density from 1.6 to below 0.77 gIr cm-3. These advancements allow for viable anode layer thicknesses with lower Ir loading, reducing iridium utilization at 70% LHV from 0.42 to 0.075 gIr kW-1 compared to commercial IrO2/TiO2. The identification of the Ir@IrO(OH)x/TiO2 OER catalyst resulted from extensive HAADF-EDX microscopic analysis, operando XAS, and online ICP-MS analysis of 30-80 wt % Ir/TiO2 materials. These analyses established correlations among Ir weight loading, electrode electrical conductivity, electrochemical stability, and Ir mass-based OER activity. The activated Ir@IrO(OH)x/TiO2 catalyst-support system demonstrated an exceptionally stable morphology of supported core-shell particles, suggesting strong catalyst-support interactions (CSIs) between nanoparticles and crystalline oxide facets. Operando XAS analysis revealed the reversible evolution of significantly contracted Ir-O bond motifs with enhanced covalent character, conducive to the formation of catalytically active electrophilic OI- ligand species. These findings indicate that atomic Ir surface dissolution generates Ir lattice vacancies, facilitating the emergence of electrophilic OI- species under OER conditions, while CSIs promote the reversible contraction of Ir-O distances, reforming electrophilic OI- and enhancing both catalytic activity and stability.

Integrated Fuzzy Technique for Order Preference by Similarity to Ideal Solution and Emotional Artificial Neural Network Model for Comprehensive Risk Prioritization in Green Construction Projects

With the rapid growth of green construction projects (GCPs) in Saudi Arabia, managing the associated risks has become crucial to ensuring project success and sustainability. These projects face a range of challenges, including socio-economic, environmental, and technical risks that need to be carefully identified and prioritized. This study systematically identifies and prioritizes the risks in GCP using a hybrid model combining fuzzy TOPSIS and an Emotional Artificial Neural Network (EANN). The focus of this study is on the risk management of the green construction industry in Saudi Arabia. Based on expert evaluations, low-quality materials and equipment (Likert scale mean is 4.71) and stakeholder resistance to adopting green ideas (4.67) emerged as the most critical risks. The fuzzy TOPSIS analysis assigned the highest weight to risk probability (0.174), followed by outcome (0.137), and vulnerability (0.123). The EANN refined the risk rankings, confirming the importance of these risks. The findings suggest that risk management strategies should prioritize material quality and stakeholder engagement, while environmental risks, ranked lower, are less of a concern. This hybrid model provides a robust framework for effective risk management, with practical implications for enhancing the sustainability and success of GCP.

Evolution of support policies for the development of distant-water fishing bases in China: Review, performance, challenges and prospects

Distant-water fishing bases are an important carrier and development platform for the development of distant-water fishing. It is necessary to analyze the evolution of the policies supporting offshore fishing bases in order to promote the standardized and orderly development of distant-water fisheries. Based on 302 policy documents, this paper adopts the content analysis method to analyze the policies since 1993 using ROSTCM6 software. These policies can be divided into three phases: the start-up period (1993–2010), the rapid development period (2011–2015) and the steady development period (2016–2023). The study found that the interrelationship and complementarity between fishing base-focused and related policies have increased, with continuous improvements in the policy framework, a shift toward developing a green and healthy industry chain, and an expanded scope of policy support. However, there are still some limitations in the evolution of support policies for the development of distant-water fishing bases, including an imperfect industrial support system, insufficient talent reserves and inadequate management policies. Finally, the paper emphasizes the need to improve the policy system, promote the development of the whole industry chain of distant-water fisheries, build a talent training system, strengthen scope and capacity of international cooperation in distant-water fisheries, promote the sustainable development of fisheries and enhancing international compliance capacity.

A Bibliometric Analysis of Green Skills Research in Vocational Education: 2018-2022

Green skills (GSs) have become one of the important strategies for achieving sustainable development. It can make the environment effective for social and economic development. The aim of this research is to reveal data on the evolution and development of green skills and trends in the development of green jobs throughout the world. This research uses R Studio and Bibliometrix to analyze 198 papers related to green skills in green jobs published from 2018 to 2022 in the Scopus database using Bibliometrix and visualization mapping methods. The results show a substantial increase in the number of studies GSs in recent years, with the focus area in European and American countries leading this research. Aspects of Will, manufacturing and Energy, and Journals of Green Environmental Management are the first three journals cited in the study of GSs. Studying the cited literature together on environmentally friendly skills includes, among other things, the relationship between other skills and ecosystems with human good health, green construction, evaluation and green management of environmentally friendly competencies, and analysis of specific aspects of environmentally friendly skills. The results of the analysis of green skills grouping keywords show that there is research that concentrates on green skills in the fields of education, ecosystem services, climate change, and biodiversity protection. In conclusion, this research provides a reference for future studies of green skills necessary for the development of a sustainable educational environment, such as a multidisciplinary approach, adaptation of new technologies, partnerships with sustainable technology green industries, and environmental awareness.

Combining the effects of industrialization and oil prices on CO2 emissions: What role do renewable energy, urbanization and financial crisis play?

AbstractTransitioning to a low‐carbon economy is essential for sustainable development; however, there remains a significant gap in understanding the moderating role of oil prices within the industrialization‐CO2 emissions relationship. This study is the first to investigate how industrialization interacts with oil prices to affect CO2 emissions across 30 African countries from 2000 to 2021, focusing on country‐specific heterogeneity. The results of Driscoll‐Kraay and IV‐GMM techniques suggest that industrialization drives CO2 emissions, while oil prices mitigate CO2 emissions in Africa. The results also show that economic growth (GDP) and urbanization stimulate CO2 emissions, while renewable energy and financial crises reduce it. The study's key findings report that oil prices moderate industrialization to reduce CO2 emissions in Africa. The heterogeneity analysis reveals that industrialization reduces CO2 emissions in top, upper‐middle and low‐industrialized countries. Oil prices reduce CO2 emissions in upper‐middle and low‐industrialized countries, while this relationship is insignificant in top industrialized countries. The findings also indicate that oil prices moderate industrialization to reduce CO2 emissions in upper‐middle industrialized countries, not top and low industrialization groups. Finally, findings from quantile regression suggest that the effects of oil price and industrialization on CO2 emissions are heterogeneous. Policymakers should promote green industries, invest in renewable energy infrastructure, and implement regulations that adhere to environmental standards.

Renewable energy waste recycling

Broad field of technologies is related to the countries’ green hydrogen goals, with renewable energy technology (RE) being a significant part. RE’s ability to support green hydrogen industry is now being hindered by the waste issue. By 2050, the world will have accumulated up to 60–70 million tons of waste photovoltaic (PV) modules, 43.4 million tons of wind turbine blades and up to 1 million tons of lithium batteries. Existing technologies and recycling capacities are not capable of recycling these volumes, since the readiness levels of most of the applicable technologies is assessed as TRL3 - TRL8 and their economic efficiency is below the profitability level. The purpose of this work is to substantiate the need and calculate the amount of state support for the development of RE waste recycling technologies. It has been determined that the sum of economic losses in the absence of recycling by 2050 will amount to up to 215 billion dollars, including in the RE leading regions: in China 81 billion dollars, in the EU 42 billion dollars, in the USA 26 billion dollars. The regional distribution of waste volume is presented, grouped by energy price level: 30% of waste in countries with the highest energy tariffs, mainly in Europe, 20% in regions with an average price, including all of North America, 50% in regions with the lowest price - most Asian countries. The dynamics of the increase in the number of patents for the selected IPCs for the period 2000–2024 was obtained, and the leading countries were identified. It is shown that the effect of state support for recycling will be obtained in three industries: firstly, a cost-effective industry for recycling renewable energy waste will be formed, secondly, the availability of scarce materials for renewable energy producers will increase, and thirdly, unconstrained RE deployment will back the green hydrogen development. The timeframe of the countries’ hydrogen goals and the RE waste accumulation trends jointly indicate the urgency of the waste issue, when the analysis proves the reasonable request for the state involvement.

Potential of copper tailings as supplementary siliceous materials in the preparation of autoclaved aerated concrete

The storage of copper tailings (CT) not only consumes considerable land resources but also tends to cause a series of ecological and environmental issues. To achieve the circular economy and green industry development, CT is utilized as a supplementary siliceous material of autoclaved aerated concrete (AAC) in this study. The effects of substitution rate of CT for quartz sand are evaluated though the flow and gas-foaming properties of fresh slurry, and the physical and mechanical properties of AAC products. Meanwhile, the relationship between the macroscopic properties and hydration products is analyzed by multiple microscopic tests, including the Fourier transform infrared spectroscopy (FTIR), X-ray diffraction (XRD), scanning electron microscopy (SEM) and thermogravimetric analysis (TGA). The experimental results shows that the bulk density, compressive strength and thermal conductivity of AAC incorporating CT show a trend of first decreasing and then increasing as the substitution rate of CT for quartz sand increases from 0 to 50 wt%, while the specific strength continues to decrease. When the substitution rate of CT for quartz sand is less than 40 wt%, the performances of AAC can meet the specifications of B05 A2.5 level according to Chinese national standards. These findings are closely related to the characteristics of air pore structure and the ordering, quantity and morphology of hydration products. With increasing the substitution rate of CT for quartz sand, the ordering of tobermorite gradually decreases, and its morphology transforms from plate-like to grass-like and then to needle-like, which can reduce the mechanical properties of AAC.

Selective Growth of Nb-Fe-B Intermetallic Compounds for the Direct Separation of Rare Earths Based on Manipulating Liquation

Since the primary goal of industrialization has changed to carbon neutrality, the importance of rare earths (REs) has increased due to their criticality in green industries. The attainment of sustainable resources via green production processes is necessary due to the increasing need for REs. Liquid metal extraction is regarded as a leading technology for supporting the sustainability of resources based on the selective reactivity between REs and extractants. However, this process requires multiple stages, including pretreatment, extraction and separation, which are considered bottlenecks in industrialization. In this work, reverse selectivity is applied instead of conventional liquid metal extraction (c-LME) for the direct separation of REs in a single stage. Niobium (Nb) is selected because of its thermodynamic properties for enhancing the selectivity of the reactions between the extractant and other elements, excluding REs. The process is thermodynamically designed for liquation systems, and it reflects the interactions between the extractant and magnets. The solidification behavior based on the selective growth of phases without REs is shown with variations in the composition and cooling rate to confirm the kinetics. The composition prevents the formation of RE-Fe intermetallic compounds, and excess Nb is considered a bottleneck for separating REs. In addition, the cooling rate influences the agglomeration of RE as a layer. Because of the manipulation of the liquation, 92.89% of the REs are successfully separated in the form of accumulated layers. This effective process for the direct separation of REs is verified through thermodynamic and experimental assessments. Overall, this investigation can provide new guidelines for the construction of a circular economy after improving the energy efficiency of this system in future research.

Clarify the process of overshoot voltage generation of proton exchange membrane electrolyzer under intermittent operation

Overshoot voltage phenomenon often occurs when the proton exchange membrane (PEM) electrolyzer is in the intermittent operation, which makes H2 production energy consumption increase significantly and its lifetime reduce rapidly, especially to the high-power electrolyzers in the industrial applications. Up to now, the phenomenon has been rarely understood and its process is elusive. Therefore, in this work, firstly, we find that the polarization curve of PEM electrolyzers happening S distortion synchronize with the appearance of overshoot voltage phenomenon. Secondly, through in-situ Raman characterization, we find that involvement and disappearance of H2O in the hydrogen evolution reaction (HER) is the key factor causing and resolving this phenomenon. Finally, we used EPMA to exclude metal cations affection. Also, by micro-CT, EIS test, visualization PEM electrolyzer inside model and COMSOL electromagnetic simulation, we find that anode catalyst layer porosity reduction directly affects water absorption of membrane as well as current variation leads to eddy currents generation which is deepen unequal current distribution. These are two important reasons for the involvement of H2O in HER. In summary, these findings elucidate the mechanism of overshoot voltage phenomenon for the first time, which contributes to design novel electrical protection schemes and advanced membrane electrodes for PEM electrolyzers, thus they can help to achieve cost reduction and efficiency improvement in the green hydrogen industry.

Does green credit policy matter for corporate sustainable innovation? Evidence from China

Green finance is a powerful motivator for promoting sustainable innovation and achieving green development. Under the dual background of building a green finance system and a market-oriented green technology innovation system, this study examines the impact of the Green Credit Guidelines on the sustainable innovation of enterprises both before and after implementation. By analyzing the propensity score matching difference-in-difference (PSM-DiD) analysis of Chinese listed enterprises, we have found that the support of relevant policies actually inhibits sustainable innovation and reduces the number of sustainability-related patents. This effect is more pronounced in green credit-restricted industries, state-owned enterprises (SOEs), and eastern regions. Ultimately, we have discovered that green utility model patents, in contrast to green invention patents, are the primary indicator of the detrimental impact of green credit policy on the performance of sustainable innovation. Overall, our study broadens the understanding of the external impacts of sustainable innovation within enterprises and provides valuable insights for corporate policy makers and management professionals.

Spatial-Temporal Evolution and Determinants of Green Economy Efficiency: An Integrated Analytical Approach

In response to global environmental challenges and the need for sustainable development, this study investigates the spatiotemporal evolution and determinants of green economy efficiency (GEE) across 30 Chinese provinces from 2005 to 2021. By employing a Slack-Based Measure (SBM) Data Envelopment Analysis (DEA) model, kernel density estimation, and spatial Markov chain analysis, this study provides a comprehensive assessment of GEE, incorporating both spatial and temporal dimensions. The analysis reveals a positive overall trend in GEE, with notable regional disparities, as eastern provinces exhibit significantly higher efficiency levels compared to central and western regions. Additionally, GEE improvements have been observed nationwide, although the central and western regions lag. Key factors influencing GEE include energy intensity, economic development, urbanization, industrialization, transport infrastructure, and government intervention, with distinct regional variations in their impact. The findings suggest that optimizing economic growth, reducing energy intensity, and fostering green urbanization and industrialization are essential strategies for enhancing GEE. This research contributes to the theoretical understanding of green economy efficiency and offers valuable policy recommendations for achieving balanced regional development and sustainable growth in China.

Enhancement behaviours of carbon nanotubes reinforced cement based grouting materials under dynamic loading

Carbon nanotubes (CNTs) reinforced cement based grouting material is an important part of green manufacturing industry. Our previous research showed that this material can effectively enhance the impact resistance of rock matrix. In this study, We conducted a comprehensive study and quantitative analysis of the changes in pore structure of this material under impact conditions. Dynamic impact testing and computed tomography (CT) revealed that CNTs significantly increased the cement content in the sample by 79.11%. The CNTs group exhibited higher internal pore density and uniformity, effectively suppressing the formation of dynamic cracks in the sample. Compared to Non-carbon nanotubes (Non-CNTs) cement-based materials, the peak dynamic stress of the CNTs group increased by 4.76% to 21.54%, while the porosity decreased by 57.26%.This study further refined the enhancement behaviors of carbon nanotubes reinforced cement based, and making outstanding contributions to engineering practice.

Digital industry agglomeration and urban innovation: Evidence from China

This study explores the relationship between digital economy and urban innovation from the perspective of economic agglomeration. Based on a panel data set of 285 Chinese cities from 2009 to 2019 and the classification of the digital industry by the National Bureau of Statistics, this study shows that an increased level of digital industry agglomeration significantly contributes to urban innovation, with more pronounced effects observed in larger cities and those in eastern and western regions. Further analysis of industry heterogeneity reveals that digital industry agglomeration not only boosts innovation within the digital industry but also enhances it in non-digital industries. Additionally, digital industry agglomeration appears more conducive to promoting innovation in green technology industries than in non-green technology industries. The mechanism analysis reveals the mediating effect of data capital accumulation, market size expansion, and digital technology spillover on urban innovation. The Sobel test reveals that data capital accumulation has the largest mediating effect on total patents, while digital technology spillover has the strongest mediating effect on invention patents. This study enriches the existing understanding of the agglomeration effect of the digital industry on urban innovation and sheds light on the mechanisms driving urban innovation in emerging economies.

Advancing equitable value chains for the global hydrogen economy

Hydrogen is a rapidly growing focus for countries seeking to develop green industries, but there are many questions about how the nascent global hydrogen economy will develop, and what this implies for equitable sharing of benefits and burdens between nations. In this perspective we summarize emerging trends in national hydrogen strategies and develop recommendations for researchers and policymakers to center equity in hydrogen development. This will require integrating innovation and development perspectives on international technology transfer, developing more detailed representation of hydrogen trade in systems models, building equity considerations into national and international planning processes, and establishing robust technology transfer efforts. Policymakers will also need to grapple with the difficulties of verifying life cycle emissions of hydrogen if hydrogen trade emerges as a significant trend, potentially requiring new methods of emissions accounting and trade reforms that prioritize international equity.

The impact of green finance on carbon productivity: The mediating effects of the quantity and quality of green innovation

While China's economy is developing rapidly, the problem of carbon emissions is indeed more prominent. The development of green finance is conducive to supporting environmental improvement and enhancing carbon productivity. Most of the existing literature examines the relationship between green innovation and carbon productivity from the perspectives of industrial structure, technological innovation, and economic growth. However, the mechanism by which green finance (GF) affects carbon productivity and whether there is heterogeneity remains unclear. Therefore, this study utilizes panel data from 277 cities from 2010 to 2020 and employs a mediation effect model to investigate the relationship between GF and carbon productivity. The results of the study found that GF has a positive U-shaped association with carbon productivity. The quantity and the quality of green innovation have a mediating effect on the above relationship. It may be due to the fact that GF promotes the green transformation and sustainable development of the economic structure by supporting green industry and technological innovation, which provides strong support to enhance carbon productivity. In non-resource cities, the impact of GF on carbon productivity is more obvious through improving the quality of green innovation, probably because non-resource cities have the advantages of a diversified industrial structure, stronger innovation capacity, and easier access to policy support and market mechanism support than resource cities. The quantity and the quality of green innovation in the eastern, central, and western regions all play a mediating role. The findings provide policymakers with recommendations for utilizing GF in a two-carbon environment to achieve sustainable low-carbon development.

Fostering a Sustainable Future in Somalia: Examining the Effects of Industrialization, Energy Consumption, and Urbanization on Environmental Sustainability

While existing research has extensively explored the individual impacts of energy consumption, industrialization, and urbanization on environmental sustainability, there remains a notable gap in understanding the synergistic effects of these factors within the context of rapidly developing regions, such as Somalia. Therefore, this study explores the impacts of energy consumption, industrialization, and urbanization on environmental sustainability in Somalia from 1990 to 2020. The long-run linkage among the variables of the study was confirmed using the bounds-testing approach. The findings from the ARDL model indicate that economic growth, energy consumption, and trade openness significantly exacerbate environmental pollution in Somalia in the short- and long-run. Conversely, while industrialization and urbanization reduce environmental pollution both the short- and long-run, urbanization does not demonstrate a statistically significant impact. The long-run findings of the study were validated using the DOLS and FMOLS approaches. The Granger causality analysis reveals unidirectional causalities from environmental pollution to GDP per capita, industrialization, and trade openness, as well as from energy consumption to environmental degradation. However, no causal linkage is detected between urbanization and environmental pollution within Somalia. Based on the results of the study, we propose the promotion of renewable energy sources, green industrialization strategies, urban planning and sustainable development, and enhanced monitoring and regulation to effectively address environmental degradation.

A Newly Bio-Based Material for the Construction Industry Using Gypsum Binder and Rice Straw Waste (Oryza sativa)

Construction is one of the economic sectors with the greatest influence on climate change. In addition to working procedures, the primary carbon footprint is attributed to the choice of materials and the energy required for their manufacturing. The underlying idea of this study is to minimize the effects and offer new solutions to emerging problems in the quest for materials that can be deemed as natural, such as gypsum (calcium sulphate dihydrate) and rice straw (Oryza sativa). The acquisition of these materials involves a lower carbon footprint compared to the conventional materials. It is well known since ancient times that gypsum and cereal straw can be used in construction, with numerous examples still available. Cereal straw is one of the oldest construction materials, traditionally combined with earth and occasionally with certain binders, with it continuing to be employed in construction in many countries to this day. This work showcases the feasibility of producing stable prefabricated elements from straw waste with construction gypsum, addressing a significant environmental concern posed by the alternative of having to burn such materials. In this study, for the proposed bio-based material, specific tests, such as thermal conductivity, flexural and compressive strength, and fire resistance, were carried out to evaluate the principal physical and mechanical characteristics for different compositions of water, gypsum, and straw fiber samples. The results highlighted the good performance of the proposed materials in order to spread their use in the green building industry. The addition of straw fibers improved, in different ways, some important physical characteristics of these components so as to diminish environmental pollution and to obtain better material performance. The tests highlighted the different behaviors of the proposed material with respect to the different cuts of the straw and as well as the water/gypsum ratio; this is not very well understood and probably depends on the micro structure of the straw fibers. The blocks with raw straw showed a significant improvement in the breaking mechanism (1775.42 N) compared to the blocks with cut straw (712.26 N) when subjected to bending tests, and their performance in compression tests was also acceptable. Additionally, a very interesting reduction in thermal conductivity was achieved by incorporating rice straw (0.233 W/mK), and high fire exposure times were obtained, with gypsum preventing the spread of ignition in any type of fiber.

Green insurance empowers high-quality development: A Literature Review

Green insurance plays a positive role not only in strengthening environmental risk management, aiding the development of green industries, and facilitating the application of new green technologies, but also in enhancing environmental and ecological protection. It can continuously raise public and societal awareness of green and environmental protection, guide the allocation of social resources, and support the green and low-carbon development of the economy and society. This paper reviews the literature on whether and how green insurance can empower high-quality development. The paper organizes domestic and international practices related to green insurance, summarizes the characteristics of three main international models and other typical developments of green insurance in China. It also focuses on the preliminary formation of the green insurance system in Huzhou City, Zhejiang Province, the combination of government and effective market, and the development status of multiple types of insurance. It summarizes the challenges faced, such as the imperfect professional service system and insufficient innovation, and finally proposes policy recommendations for the further development of green insurance, including the establishment and improvement of institutional systems and industry standards, and the effective enhancement of the marketization of insurance products.

Green path development: The agency of the City of Vaasa in establishing the battery industry

AbstractEmpirical studies on agency in green path development (GPD) have underexplored non‐firm actors' roles. Through a semi‐structured interview, this article provides insight into how the City of Vaasa exercises agency toward developing the battery industry and the concomitant effects. The findings reveal that the City of Vaasa provides place‐based leadership, for example, through a local‐based initiative, that is, the GigaVaasa, as a platform to increase participation and coordinate the actions of public and private actors. As an institutional entrepreneur, they govern the issuance of operating licenses to optimize their economic interest; as innovative entrepreneur, they strategically plan and coordinate infrastructure development to increase the region's attractiveness to external investors and talents. The City of Vaasa agency increases the chances for the region to participate in the global battery market and stimulate the region's economic development. Nonetheless, environmental sustainability concerns remain a profound unintended effect. Conceptually, the article introduces the agency cyclicality and synchronization model to enhance the understanding of the interplay and effect of agency in an emerging green industry's development trajectory.