Country Of Manufacture Research Articles

Analysis of the Impact of China's Carbon Neutrality Policy on the Environment and Economy at Home and Abroad

China has made remarkable achievements in reducing greenhouse gas emissions, especially in achieving the emission reduction targets set for 2020. This progress is mainly due to China's reduced dependence on coal and other fossil fuels, which not only promotes significant improvements in air quality but also lays the foundation for the transformation of China's economic structure. Especially in the energy and industrial fields, carbon neutrality policies are driving companies to transform into greener and more sustainable operating models. Facing the economic challenges brought about by the COVID-19 epidemic, China is actively seeking a path to low-carbon economic recovery by increasing public investment in renewable energy and other fields. From an international perspective, China's carbon neutrality commitment has the potential to inspire other large carbon-emitting countries, especially countries along the Belt and Road and neighboring countries, to strengthen their emission reduction efforts. At the same time, Southeast Asian countries face shortages of technology, equipment, and raw materials, as well as insufficient investment when developing renewable energy. In this regard, Chinas experience and investment have a significant impact on Southeast Asian countries carbon neutrality policies and renewable energy development. China can use its technological and manufacturing advantages to share resources with neighboring countries in renewable energy technology and equipment manufacturing, and provide support for ASEAN countries to achieve their renewable energy goals.

Food Supplements Containing Iron-Comparison of Actual Content with Declared Content and Health Consequences.

The use of food supplements (FSs) is becoming an increasingly common trend observed in society. This is related to frequently observed nutritional deficiencies and the inability to provide sufficient amounts of nutrients, including vitamins and minerals, through the diet. The ease of registering FSs sometimes results in low-quality preparations on the market. Therefore, our research aimed to assess the content of one of the most popular trace element components, iron (Fe), in FSs available in Poland. This study covered 109 preparations purchased from stationary pharmacies and online pharmacies. The following criteria were used to characterize FSs in the data analysis: the Fe content declared by the manufacturer, pharmaceutical form, type of Fe salt, manufacturer's country of origin, contents of other trace elements or minerals, presence of additional ingredients, age of the target group, and addition of vitamins B2, B6, B12, and C. The Fe content was quantified using atomic absorption spectrometry after mineralization using microwaves. It was demonstrated that 69.73% of the preparations contained more Fe than the value declared by the manufacturer (and corrected for permissible deviations), 11.00% contained less Fe than declared, and only 19.27% were within the norm. In summary, the FS market requires the improvement of manufacturing processes and increased control, which should translate into patient safety.

Review article: Comparison of cosmetic regulatory policies in various countries toward consumer protection

Cosmetics are various products that enhance physical appearance and care for the skin, hair, and body. Cosmetic regulation refers to the rules and regulations imposed by a country's government or health regulatory agencies to regulate the production, marketing, and use of cosmetic products. The purpose of writing this journal is to compare the regulation of cosmetic products in Indonesia with the regulation of cosmetic products abroad, and it is hoped that people will be more aware and understand the regulation of cosmetic products that have been established. The literature method is used to conduct a review article, and the criteria chosen are based on the originality and relevance of the reading. The result of this writing is that the requirements regarding labeling in various countries are similar, such as composition, country of manufacture, product name, instructions for use, full name and address of the owner of the notification number (manufacturer), manufacturing batch number, expiration date, and special precautions that must be considered when using. Consumers must consider different regulations for cosmetic products in each country. These must be considered when making or selling cosmetic products: import and export regulations, limited ingredients, and safety testing of cosmetic products. Keywords: Cosmetics, Export, Import, Labelling, Regulation

Design of Oil Mist and Volatile-Organic-Compound Treatment Equipment in the Manufacturing Plant

To effectively confront the acute challenge of global warming, at the present stage, the Chinese government has designated carbon reduction as the core objective to accomplish the coordinated control of greenhouse gas and pollutant emissions. As China is a major manufacturing country, with the continuous improvement of air emission standards, it is particularly necessary to carry out the design of more efficient volatile organic pollutant emission devices. This study takes a treatment system with a waste gas ventilation volume of 6 × 104 m3·h−1 as an example, adopts the end treatment approach of adsorption and catalytic combustion coupling, and designs a purification device composed of multistage oil-mist recovery, electrostatic adsorption, dry filtration, activated-carbon adsorption and desorption, catalytic combustion, etc. It also employs the fuzzy proportional-integral-derivative fine temperature control algorithm, and the temperature overshoot was decreased by 85%. The average emission concentration of volatile organic compounds at the equipment outlet is 6.56 mg·m−3, and the average removal rate is 93.99%, far surpassing the national emission standards. The device operates efficiently and stably, confirming that the end-coupled treatment system based on the adaptive fuzzy proportional-integral-derivative temperature control strategy can effectively handle volatile organic compounds with oil mist and holds significant promotion and research value.

Research on the impact of digital economy on my country's manufacturing upgrading

With the profound changes in the global industrial economic situation and the further adjustment of the industrial competition pattern, the stability and security of my country's industrial chain and supply chain are facing major risks. In this context, promoting the digital transformation of the manufacturing industry has become the only way for the transformation and upgrading of the manufacturing industry. This paper first analyzes the mechanism of my country's digital economy driving the upgrading of the manufacturing industry, and examines it from the perspective of the spatial layout of the industrial chain, aiming to enrich the theoretical basis of the digital economy driving the development of the real economy, and provide useful countermeasures for my country's manufacturing industry to achieve upgrading under the drive of the digital economy. It has important theoretical and practical significance. This paper starts with "digital economy drives the spatial layout reconstruction of the manufacturing industry chain" and takes "realizing the upgrading of the manufacturing industry" as the ultimate goal. The reasonable spatial layout of the manufacturing industry chain and the upgrading of the manufacturing industry are two important aspects of the high-quality development of my country's manufacturing industry. The reasonable spatial layout of the manufacturing industry chain can promote the rational allocation of factor resources, narrow the regional gap, and realize the upgrading of my country's manufacturing industry more efficiently and comprehensively. Therefore, this paper studies the reconstruction of the spatial layout of the manufacturing industry chain driven by the digital economy, which can not only enhance the resilience of my country's manufacturing industry chain and supply chain, but also provide a path for the upgrading of the manufacturing industry. The two complement each other. Through systematic analysis and verification, this study reveals the role of the digital economy in promoting the reconstruction of the spatial layout of the manufacturing industry chain, and thus provides theoretical support and policy recommendations for achieving high-quality development of the manufacturing industry.

Research on the technology path selection of China's manufacturing industry under the high-quality development strategy

As the foundation and leading force of national economic development, manufacturing determines a country's comprehensive strength and international competitiveness, and is the key to achieving transformation, upgrading and high-quality development. Based on the perspective of global value chain embedding, this paper explores the issue of technology path selection and high-end development in my country's manufacturing industry. Against the background of Internet development, this paper analyzes the basis for technology path selection in my country's manufacturing industry to achieve intelligent transformation and high-quality development. By constructing an analytical framework for technology path selection from two aspects of internal and external factors, the theoretical basis for technology path selection in my country is proposed. Guided by high-quality development, this paper studies the internal mechanism of technology path selection that can promote the high-end, intelligent, service-oriented and green development of manufacturing industry, and discusses the technology path selection for manufacturing industry to achieve green and sustainable development. Based on an in-depth analysis of the impact and mechanism of global value chain embedding, Internet development, productive services and environmental constraints on technology path selection, this paper proposes the optimal decision equation for R&D resource allocation in my country based on factor endowment conditions, thereby promoting the transformation of manufacturing industry from factor-driven to innovation-driven, accelerating the process of achieving high-end, intelligent, service-oriented and green development, which is of great significance to promoting the high-quality development of manufacturing industry.

Analysis of Tax Incentives, Risk Taking and R&D Investment: Evidence Based on Manufacturing

Although China is a big manufacturing country, its manufacturing industry is "big but not strong". In recent years, in order to encourage manufacturing enterprises to invest resources in innovation projects, preferential tax policies and government subsidies have become important regulatory means. However, due to the different risk bearing capacity of enterprises, enterprises also have different attitudes toward research and development (R&D) investment. In order to test the relationship between the four, this paper takes listed manufacturing companies in China from 2015 to 2020 as samples to empirically analyze the impact of tax incentives on R&D investment, as well as the mediating and moderating effects of risk bearing capacity and government subsidies between them. The results show that tax incentives can significantly promote R&D investment; The risk bearing capacity of enterprises plays a partial mediating role between tax incentives and R&D investment. Government subsidies play a positive regulating role between tax incentives and R&D investment.

Spatial Distribution Characteristics and Driving Factors of Little Giant Enterprises in China’s Megacity Clusters Based on Random Forest and MGWR

As a representative of potential “hidden champions”, a concept originating in Germany, specialized and innovative Little Giant Enterprises (LGEs) have become exemplary models for small and medium-sized enterprises (SMEs) in China. These enterprises are regarded as crucial support for realizing the strategy of building a strong manufacturing country and addressing the weaknesses in key industrial areas. This paper begins by examining urban agglomerations, which serve as the main spatial carriers for industrial restructuring and high-quality development in manufacturing. Based on data from LGEs in the Yangtze River Delta (YRD) and Pearl River Delta (PRD) urban agglomerations from 2019 to 2023, the study employs the Random Forest (RF) and Multi-scale Geographically Weighted Regression (MGWR) methods to conduct a comparative analysis of their spatial patterns and influencing factors. The results are as follows: (1) LGEs exhibit spatial clustering in both the YRD and PRD regions. Enterprises in the YRD form a “one-axis-three-core” pattern within a distance of 65 km, while enterprises in the PRD present a “single-axis” pattern within a distance of 30 km, with overall high clustering intensity. (2) The YRD is dominated by traditional manufacturing and supplemented by high-tech services. In contrast, the PRD has a balanced development of high-tech manufacturing and services. Enterprises in different industries are generally characterized by a “multi-point clustering” characteristic, of which the YRD displays a multi-patch distribution and the PRD a point–pole distribution. (3) Factors such as industrial structure, industrial platforms, and logistics levels significantly affect enterprise clustering and exhibit scale effects differences between the two urban clusters. Factors such as industrial platforms, logistics levels, and dependence on foreign trade show positive impacts, while government fiscal expenditure shows a negative impact. Natural geographical location factors exhibit opposite effects in the two regions but are not the primary determinants of enterprise distribution. Each region should leverage its own strengths, improve urban coordination and communication mechanisms within the urban cluster, strengthen the coordination and linkage of the manufacturing industry chain upstream and downstream, and promote high-tech industries, thereby enhancing economic resilience and regional competitiveness.

A four-year assessment of the characteristics of Rwandan FDA drug recalls

BackgroundA drug recall is an act of removing products from the market and/or returning them to the manufacturer for disposal or correction when they violate safety laws. Action can be initiated by the manufacturing company or by the order of a regulatory body. This study aimed to assess the characteristics of Rwanda FDA drug recall and determine the association between classes of recall and recall characteristics.MethodologyThis was a retrospective descriptive cross-sectional study. Data about recalled drugs were collected from the official website of the Rwanda FDA in the section assigned to “Safety alerts”. The search included data reported between February 2019 and February 2023 covering four years. Data cleaning was conducted in Microsoft Excel to address missing data and inconsistencies, followed by importation into STATA/SE software version 17.0 for further cleaning and subsequent analysis. Descriptive statistics were computed for independent variables. Categorical variables were described in terms of counts and relative frequencies. Bivariate analyses used Pearson’s chi-square test to illustrate the associations between categorical independent variables and recall classes.ResultsThe study revealed that a large proportion (33.0%) of the recalled products belonged to Class I. Antibiotics constituted 35.8% of the recalled products, with contamination emerging as a leading cause and responsible for 26.4% of the recalls. India was the leading manufacturing country for the recalled products (29.2%), followed by France (17.9%), China (17.0%), Kenya (13.2%), and Russia (6.6%). An association was found between the class of recall and several recall characteristics, including the year of recall, drug category, safety issues, reporter, and manufacturing country.ConclusionThis study provides a comprehensive overview of the characteristics of drug recalls in Rwanda. The insights gained contribute to a nuanced understanding of recall dynamics and provide evidence-based strategies to enhance drug quality, safety, efficacy, regulatory compliance, and patient welfare.

Research on the impact of virtual agglomeration of the Chinese manufacturing on the efficiency of enterprise technological innovation

ABSTRACT The virtual agglomeration of manufacturing realises the ubiquitous connection and efficient allocation of technological innovation resources, and becomes a new driving force for improving the technological innovation efficiency of enterprises and building a strong manufacturing country. This paper constructs a theoretical framework to investigate the impact of the specialised and diversified virtual agglomeration of manufacturing on the efficiency of enterprise technological innovation. This paper uses the adjusted location entropy and the Herfindahl-Hirschman index to measure the level of specialised and diversified virtual agglomeration of manufacturing. Using Chinese manufacturing data (2008–2021), empirical tests confirm that the specialised and diversified virtual agglomeration of manufacturing can improve the efficiency of enterprise technological innovation. Additionally, the mechanism test results show that the specialised virtual agglomeration of manufacturing improves the technological innovation efficiency of enterprises through competition and knowledge spillover, and the diversified virtual agglomeration improves the technological innovation efficiency of enterprises through knowledge spillover. However, the effect of specialised virtual agglomeration of manufacturing on the efficiency of enterprises` technological innovation will be adjusted by the age of enterprises. These results are pivotal for understanding the realistic path of virtual agglomeration of manufacturing to improve the technological innovation efficiency of enterprises.

Accessing the efficacy of green growth, energy efficiency, and green innovation for environmental performance in top manufacturing nations in the framework of sustainable development

AbstractIn recent years, the quality of the environment has declined dramatically as a result of human activities, which threaten the sustainability of our ecosystem. In this context, a number of earlier studies have investigated the environmental problems through the lens of different environmental indicators such as ecological footprint and carbon dioxide emissions. However, it is possible that by taking these factors into account, the supply side of environmental quality will be neglected. This research seeks to address this deficiency by investigating the impact of green growth, energy efficiency, green technology innovation, economic growth, trade openness, and human capital on the level of load capacity factor. This indicator places equal emphasis on the supply and demand sides of the ecosystem by taking into account both ecological footprint and bio capacity. In this setting, the present study makes use of CS-ARDL model for the top 10 manufacturing countries from the years 1990 to 2019. The short- and long-run findings of the CS-ARDL model unveil that green growth, energy efficiency, green technology innovation, and human capital all positively influence the load capacity factor, suggesting that these factors help the top 10 manufacturing countries to improve their sustainability limits. In contrast, trade openness and economic expansion in underlying countries increase environmental degradation by lowering the level of LCF. These outcomes are also validated by the AMG and CCEMG approaches and the granger causality test. On the basis of the findings, important policy recommendations are presented with the aim of assisting the top 10 manufacturing economies in enhancing the quality of their environment and fulfilling the United Nations Sustainable Development Goals.

Determination of drivers in embedding environmental sustainability practices in the apparel sector of Sri Lanka

Apparel is the second most polluted industry in the world after oil. Therefore, implementing environmental sustainability practices in the apparel sector is a buzzing topic discussed worldwide. The apparel industry is the prominent export revenue generator of Sri Lanka which contributes to more than 40% of its export income. This research was done to determine the drivers in embedding environmental sustainability practices in the apparel sector of Sri Lanka. Data was collected using a mixed method approach using quantitative data collected through an online questionnaire survey (205 respondents) and qualitative data gathered via semi-structured interviews (30 interviews). Sample size and data analyzing methods were decided using globally accepted scientific methods. The researcher didn’t find any previous scholarly work of a similar study about the apparel sector of Sri Lanka even though many studies were found on the same topic related to other major apparel manufacturing countries in Asia and Africa. Thus, five drivers namely pressure from brands and retailers, enhancing organizational reputation, reduction of operational cost, government regulations, and safety of workers were extracted through the extensive literature survey conducted using previous scholarly work of other countries which were further evaluated for Sri Lankan context using above mentioned quantitative and qualitative data. It was found that all these drivers were relevant to the apparel sector of Sri Lanka while pressure from brands was the most influential and safety of workers was the least influential driver. No other drivers were mentioned by any of the respondents apart from the above-mentioned factors.

Analogical environmental cost assessment of silicon flows used in solar panels by the US and China

Achieving carbon neutrality requires deployment of large-scale renewable energy technologies like solar photovoltaic (PV) panels. Nevertheless, methods to ascertain the overall environmental impacts PVs and further improve their sustainability are under-investigated. In an effort to provide more understanding of this crucial topic, this research focuses on silicon flows—a key element for manufacturing crystalline silicon PVs. Using system dynamics modeling, we conduct a comprehensive environmental cost assessment of the silicon flows used in PVs based on a comparative analysis between the United States and China as the leading global PV manufacturers. Despite the advancement in wafer quality, material usage reductions and overall price decreases achieved in recent decades, our results project a substantial increase in energy and water consumption in China related to Metallurgical Grade Si (MG-Si), Solar Grade Si (SoG-Si) and cell manufacturing by 2030. An approximate 6.5 times increase of energy and water consumption is observed for c-Si cell manufacturing in China between 2010 and 2020. In 2030, increases of 70% in energy consumption and 69% in water use are estimated for Chinese MG-Si and SoG-Si production. The most significant environmental impact is observed in silicon cell and module manufacturing in both countries, particularly concerning GHG, SOx and NOx emissions. This study provides valuable insights into the environmental impacts of these two major solar panel manufacturing countries by examining the silicon life cycle, from production to end-of-life.

Economic Supply Chain Management System of Farm Products Industry Based on the Belt and Road Under the Background of Big Data

Under the strategic background of "One Belt, One Road", the future farm products industry will also become part of the country's core competitiveness. Promoting the transformation of enterprises in the supply chain is conducive to cultivating the country's core competitiveness and creating good output conditions for my country's manufacturing industry. Under the national strategy of "One Belt, One Road", the agricultural product industry is facing new development opportunities. This paper analyzes the background, significance and existing basic problems of the "One Belt, One Road". Starting from the economic development of the national agricultural product industry, it uses the cluster analysis algorithm to analyze the current overall economic situation of the agricultural product industry, points out the current problems in the industry, and believes that the future farm The product industry is facing greater pressure for transformation and upgrading. Finally, combined with the strategic background of "One Belt One Road", from the perspectives of society, government and enterprises, analyze its supply chain process, extract relevant problems, and put forward relevant countermeasures and suggestions from the perspective of intra-chain, extra-chain and their interactive integration .

Application of graphite carbon black assisted-laser desorption ionization-mass spectrometry for soy sauce product discrimination.

In a previous study, we developed a novel analytical method to directly and simultaneously detect taste- and odor-active compounds using graphite carbon black (GCB)-assisted laser desorption ionization mass spectrometry (LDI-MS). In this study, we aimed to evaluate food quality using a variety of soy sauces using the method to discriminate each product. Graphite carbon black-laser desorption ionization-mass spectrometry allowed the provision of hundreds of MS peaks derived from soy sauces in both positive and negative modes without any tedious sample pretreatments. Principal component analysis using the obtained MS peaks clearly distinguished three soy sauce products based on the manufacturing countries (Japan, China, and India). Moreover, this method identified distinct MS peaks for discrimination, which significantly correlated with their quantitative amounts in the products. Thus, GCB-LDI-MS analysis was established as a simple and rapid technique for food analysis, illustrating the chemical patterns of food products.

Marketing research of the ukrainian pharmaceutical market of medicines for cognitive impairment

The war in Ukraine causes people constant nervous tension and stress, as a result, there is an increase in the number of cases of diseases of the nervous system. It has been established that worsening of cognitive impairment is more often diagnosed, so there is a need for proper rational pharmacotherapy. The presence of cognitive impairment occurs in almost 30% of patients with post-COVID syndrome and in 70% of patients in the first 6 months after a stroke. Nootropic drugs are increasingly being used to restore and improve cognitive function. The aim of our research was to study the range of drugs of the ATC group N06B X «Various psychostimulants and nootropics», which are presented on the pharmaceutical market of Ukraine as of February 2024 for formation of needed offers of domestic and foreign drugs during wartime, optimization of meeting the needs of patients with cognitive impairment, and relevance of drugs development by domestic manufacturers. In order to conduct marketing research, an analytical review of information sources on the reference group of drugs registered on the Ukrainian market (psychostimulants and nootropics) was used: The State Register of Drugs, the Compendium, instructions for the use of drugs. The methods of our research were information search, generalization, marketing research, graphical and mathematical and statistical methods. The results of the analysis of the ATC of group N06B X «Various psychostimulants and nootropics» showed that 17 active pharmaceutical ingredients are registered in the modern pharmaceutical market of Ukraine, which are represented by 156 trade names (TN). We conducted a study of the range of drugs ATC of the N06B X group «Various psychostimulants and nootropics» depending on the country of manufacture. It has been established that the drugs of this group are represented by 12 countries. Analysis of the nomenclature in the pharmaceutical market of Ukraine showed that 95 TN are produced by 24 Ukrainian manufacturers, 61 TN – by 20 foreign manufacturers. It was found that pramiracetam and phenylpiracetam preparations are represented only by foreign manufacturers, which indicates the need to introduce to the market new drugs of domestic production. In the studied assortment of drugs of the reference group, 90% of the total number are monocomponent drugs. The most common forms of drugs in this group are solutions for injection (40%) and tablets (35). The largest share of such dosage forms as solutions for injection and tablets is represented by cytocoline and piracetam preparations, which indicates a high need for such dosage forms of this group of drugs in the treatment of cognitive impairment. The results of the study may be relevant in the formation of the necessary assortment of drugs in pharmacies to meet the needs of patients with cognitive impairments.

The dynamic connectedness between macroeconomic uncertainty and commodity volatility: evidence from China

ABSTRACT We investigate the dynamic connectedness between Chinese macroeconomic uncertainty and volatility in Chinese commodity markets, controlling for international macroeconomic uncertainty, international commodities and Economic Policy Uncertainty Index (EPU), and adopting an approach that combines the Diebold – Yilmaz connectedness measure with the time-varying VAR model. Our empirical results indicate that Chinese macroeconomic uncertainty was the main net transmitter of the commodities commonly used in manufacturing, such as chemical engineering materials and non-ferrous metal, over the whole sample period, and had a considerable impact on these commodities due to the production shutdown caused by COVID-19 containment measures. This indicates the important role of Chinese macroeconomic uncertainty on the supply and demand sides. As China is the largest manufacturing country, macroeconomic uncertainty in this nation has had a significant and increasing influence on international commodities, especially when there occur events that severely affect global production activity. However, the impacts of EPUs on commodity volatilities were limited compared with the effects of Chinese macroeconomic uncertainty, especially during the COVID-19 pandemic, demonstrating that macroeconomic uncertainty, which reflects uncertainty about future aggregate supply and demand, plays a more crucial role in driving the volatility of commodities with stronger production attributes.

Management Misplacement and Corporate Sustainability Among Selected Manufacturing Firms in Cross River State, Nigeria

Nigeria's manufacturing industry has suffered from a lack of sustained business sustainability. The country's manufacturers have been accused of mismanagement mishap. Therefore, this study explored the phenomenon of management misplacement and corporate sustainability among selected manufacturing firms in Cross River State, Nigerian. Through mixed-methods research design, valuable insights have been gained regarding the causes, effects, and key factors influencing management misplacement and corporate sustainability. The findings reveal that management misplacement occurs due to factors such as ineffective talent management practices, biases in decision-making, and a lack of alignment between individual competencies and managerial roles. It has been observed that management misplacement negatively affects organizational performance, employee morale, productivity, and long-term sustainability. The study recommends that organizations should strengthen talent management practices, foster leadership development, promote a culture of meritocracy and accountability, align organizational goals and individual competencies and continuously monitor and evaluate.

The Role of FDI in India's Manufacturing Sector: Growth, Challenges, and Opportunities

This research paper explores the pivotal role of Foreign Direct Investment (FDI) in the growth and transformation of India's manufacturing sector, with a focus on recent trends, challenges, and future opportunities. It highlights the positive impact of FDI facilitated by government policies, including the "Make in India" initiative, which aims to boost the country's manufacturing capabilities and position it as a global hub. The study underscores the significant contributions of FDI to enhancing production capacity, technological advancements, and job creation. However, it also identifies key challenges, such as regulatory hurdles and inadequate infrastructure, that continue to limit the sector's full potential. In the context of recent global economic shifts, including the impacts of the COVID-19 pandemic and evolving trade policies, the paper examines how these factors influence FDI inflows and the strategic positioning of India's manufacturing industry. According to recent data from the Reserve Bank of India, FDI inflows into the manufacturing sector increased by 15% in the fiscal year 2021-2022, reflecting the sector's resilience and continued attractiveness.1 The paper concludes with recommendations for policy reforms aimed at creating a more conducive environment for FDI, essential for the sustained growth and competitiveness of India's manufacturing sector.

ИССЛЕДОВАНИЯ В ОБЛАСТИ ЦИФРОВОЙ ЭКОНОМИКИ И КАЧЕСТВЕННОГО РАЗВИТИЯ ОБРАБАТЫВАЮЩЕЙ ПРОМЫШЛЕННОСТИ

In recent years, scientists have noted that it is necessary to strengthen the basis of the manufacturing industry, direct the integrated development of the digital economy and production, as well as accelerate the construction of a manufacturing country. As a result, it deeply reflects the important role of the modern digital economy in the qualitative development of the manufacturing industry. Therefore, this article mainly analyzes the meaning of the digital economy and qualitative development within the framework of the mechanism, as well as suggests practical and targeted measures to achieve high-quality development.