Frontiers in Business, Economics and Management 
ISSN: 2766-824X | Vol. 17, No. 2, 2024 

 

245 

Challenges of Environmental Business Practices: A 
Proposed Sustainable Green Industrial Development 
Model for Manufacturing Enterprises in Guangdong 
Province, China 

Xueyuan Xu 

Doctor of Philosophy in Management, College of Business Administration, Adamson University, 900 San Marcelino St, Ermita, Manila, 

1000 Metro Manila, Philippines 

 

Abstract: Grounded in Institutional Theory, Resource-Based View (RBV), and Diffusion of Innovation Theory, the study 
examines how SMEs navigate resource constraints, supply chain management, regulatory frameworks, and awareness gaps in 

pursuing sustainable green development. The research utilizes a quantitative-descriptive approach with a causal-comparative 

research design and employs purposive sampling to select 303 SME owners from Guangdong Province, China. Data were 

collected through a structured survey focusing on business practices like energy-efficient technologies, waste minimization, 

partnering with environmentally responsible suppliers, water-saving technologies, integrating environmental considerations into 

product designs, and renewable energy investment and implementing an Environmental Management System (EMS). Findings 

reveal that  SMEs recognize the importance of environmental practices, and they face less challenges in resource allocation, 

awareness, supply chain management and regulatory landscape. 

Keywords: Sustainable development, Environmental business practices, Small and medium enterprises (SMEs), Guangdong 
Province. 

 

1. Introduction 

1.1. Background of the Study 

The urgency of addressing environmental issues and 

fostering sustainable business practices has become a global 

necessity. With the adverse effects of climate change 

becoming increasingly evident, there is a growing consensus 

that businesses must play a pivotal role in mitigating 

environmental impact. Governments, international 

organizations, and consumers are demanding more 

responsible and sustainable approaches from businesses 

across all sectors. 

In 2020, with the impact of the global epidemic and the 

turmoil of the situation, the world is undergoing a prolonged 

Paradigm Shift, shifting from the old paradigm to the new 

paradigm. No one knows what the new paradigm will be like, 

but China's proposed 2035 long-term plan has a clearer 

understanding of the importance of green development in the 

future development process. China has become one of the 

countries with the fastest reduction in global energy 

consumption intensity. 

China's economy is undergoing an important period of 

transformation from rapid growth to high-quality 

development. Although environmental development has 

achieved certain results, the efficiency of the green economy 

is lower than that of the traditional economy. Further, 

according to Zhou et al. (2020), significant obstacles are 

contributing to environmental carrying capacity and the 

traditional manufacturing sector contributes to a growing 

amount of major industrial pollution. 

In today's world, sustainable development is no longer just 

a lofty goal on the shelf but a mandatory thing that businesses 

do as good practices. This technology-based turnaround 

works best for SMEs, which drive their economies and have 

the greatest environmental effect. While the rest of the world 

is being bombarded by erratic weather and the unfeasible 

waste accumulation, sustainability is becoming top of the list 

for companies. 

Regardless of size, SMEs are vital to economic 

development, innovation, and job creation. In view of the fact 

that they have a critical role to play, it is not only crucial but 

also captivating to study how these enterprises are 

incorporating sustainable practices in their activities. SMEs 

have some peculiar traits that can be harnessed for sustainable 

development, e.g., flexibility, adaptability, and innovation 

potential. 

Guangdong Province, referred to as the "Factory of the 

World", is an embodiment of fast industrialization and 

economic development. Apart from other qualities, the 

Guangdong Province located in southern China is noted for 

having a diverse and distinctly dynamic manufacturing sector 

and for having strong trade ties with various countries. With 

economic success comes environmental issues, including air 

and water pollution, deforestation, and resource depletion. 

Implementing sustainable practices that are 

environmentally friendly is not free of difficulties, especially 

for SMEs. The major challenges are financial constraints, lack 

of awareness, and preconceived ideas that sustainability 

initiatives are too expensive. Grasping the meaning of these 

obstacles is key to creating tailor-made strategies that help 

SMEs in successfully maneuvering their barriers to 

sustainability. 

Thorough examination of the existing literature 

disentangles the absence of sufficient deep study of the main 

difficulties that may arise in the process of forming green 

industrial development models, which specifically relate to 

SMEs in this region. This research focused principally on 

macro-level studies; thus, the details and particularities of 

SMEs' sustainability issues were hardly considered in the 



 

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sector of innovation and enlargement. Barriers determined by 

financial drawbacks and technological restraints to the 

absence of rigorous frameworks of rules, therefore, remain 

unexplored to a great extent as to how these factors might 

hinder the integration of green practices by small size 

enterprises in the Guangdong province. 

This study explored the SMEs in Guangdong that employ 

eco-friendly methods in business operations, examining the 

obstacles of green industrial transformation. It intended to 

offer a green growth model to the small and medium 

companies, enabling them to thrive and be sustainable.  

Additionally, the proposed framework is anticipated to serve 

as a blueprint for SMEs globally, fostering a shift towards 

sustainability and demonstrating the feasibility of integrating 

environmental consciousness into business strategies. The 

researcher expects that this extensive assessment would 

enrich the global conversation on sustainable development 

and promote grassroots change.  

1.2. Statement of the Problem 

(1) How effective are the environmental business practices 

of manufacturing enterprises in terms of: 

1.1 Energy efficient technologies and practices; 

1.2 Waste minimization strategies and recycling; 

1.3 Partnering with environmentally responsible suppliers; 

1.4 Water-saving technologies and practices; 

1.5 Integrating environmental considerations into product 

design; 

1.6 Investment in renewable energy sources; and 

1.7 Implementing Environmental Management System 

(EMS)? 

(2) What are the challenges of the environmental business 

practices in terms of: 

2.1 Resource allocation; 

2.2 Awareness and education; 

2.3 Supply chain management; and 

2.4 Regulatory landscape? 

(3) How will the challenges impact the environmental 

business practices in terms of: 

3.1 Resource allocation; 

3.2 Awareness and education; 

3.3 Supply chain management; and 

3.4 Regulatory landscape? 

(4) Based on the study's results, what sustainable green 

development model can be proposed? 

1.3. Hypotheses 

Ho1 There is no significant impact of the challenges to 

environmental business practices in terms of resource 

allocation, awareness and education, supply chain 

management, and regulatory landscape. 

1.4. Scope and Limitations 

This study explored the challenges for sustainable 

industrial green development by examining the 

environmentally conscious business practices of SMEs in 

Guangdong Province. This study designed an industrial green 

development model to assist SMEs expand sustainably. 

The scope of this study is manifested in the following 

aspects: 

The Guangdong Province in China, which is well-known 

for its thriving industrial sector and substantial economic 

output, is the subject of the study. The research can offer 

focused insights and recommendations suited to the 

circumstances of SMEs operating in Guangdong Province by 

focusing its coverage on this area. 

The research focused on SMEs' businesses in the 

manufacturing industry. Due to the fact that Guangdong 

Province has a plethora of manufacturing industries, 

particularly in electronics, textiles, and machineries, a 

detailed study on the pros and cons for the SMEs in this sector 

is likely to supply some valuable knowledge for ecological 

change initiatives. 

The study's shortcomings were visible in multiple ways 

including: 

The first is that Guangdong Province is one of the 

provinces in China that controls the Pearl River Delta, the 

eastern, western, and northern regions of Guangdong. The 

economic level, ecological environment, and policy 

environment of different regions vary. Therefore, the degree 

of green industrial development in these regions may vary, 

thereby affecting the universality of research results. The 

study's conclusions might not immediately be applied to 

SMEs in other areas or sectors of the economy outside the 

Guangdong Province. The suggested model's generalizability 

may be limited by variables like the regulatory environment, 

market dynamics, and resource availability that change 

depending on the situation. 

Secondly, in terms of selecting variables for green 

industrial development, there is currently no unified standard 

recommended internationally or domestically. Different 

scholars choose different variables, and their criteria for 

judging green development are different. This study selected 

inter-provincial statistical data from the Guangdong 

Provincial Bureau of Statistics. Therefore, the deviation from 

the judgment criteria may have an impact on the research 

results. 

Thirdly, considering the availability of data related to green 

industrial development in Guangdong Province, this study 

selected enterprises that have developed green industries in 

Guangdong Province from 2015 to 2022, particularly small 

and medium businesses from the manufacturing sector as the 

initial research sample. The selection of samples only 

included data from eight (8) consecutive years, and the 

research time range was too short to fully confirm the long-

term impact of challenges and opportunities in the adopted 

environmentally conscious business practices to sustainable 

green industrial development using factors such as resource 

efficiency, pollution control, and safe chemical management 

of small and medium businesses in the manufacturing 

industry in Guangdong Province, China. 

The study's availability of data, especially from SMEs, may 

also be a constraint. It may be difficult for SMEs, particularly 

the smaller ones, to provide detailed information on their 

organizational performance, environmental policies, and 

other pertinent factors. This restriction could have an impact 

on the analysis's precision and depth. Furthermore, a 

significant amount of time, money, and experience were 

needed to do a thorough study on sustainable development 

and environmentally friendly company practices. Due to the 

study's scope, access to funds, time, and data collection 

instruments may be limited, which could influence the study's 

thoroughness. Likewise, the fields of environmental 

management and sustainability are always changing, with 

new laws, innovations, and best practices appearing 

throughout time. Because of this, the study's conclusions and 

suggestions could be out of date rather rapidly, requiring 

constant observation and modification to stay up to date with 



 

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the most recent advancements. 

1.5. Definition of Terms 

Awareness and education. This is the knowledge and 

understanding of sustainable business practices. 

Energy-efficient technologies and practices. These refer to 

the various methods, tools, and practices that are developed 

to reduce energy consumption while at the same time 

allowing for continuous improvement in performance and 

productivity to be achieved. 

Green industrial development.  It envisions a future in 

which industrial sectors use renewable energy sources and 

reduce waste in all its forms. resources as fuels and inputs, 

and take all reasonable precautions to prevent damage to the 

environment, communities, workers, or the climate. 

Implementing an Environmental Management System 

(EMS). This involves establishing a structured framework for 

managing and improving an organization's environmental 

performance. 

Integrating environmental considerations into product 

design. This means incorporating sustainability principles to 

minimize environmental impact throughout the product's life 

cycle. 

Investment in renewable energy sources. This is the process 

of investing funds in the creation and use of sustainable 

energy sources including hydro, wind, and solar electricity. 

Partnering with environmentally responsible suppliers.  

This means collaborating with vendors who prioritize 

sustainable practices and minimize their ecological footprint. 

Regulatory landscape. These are policies of the 

government that play a major role in pressuring SMEs to 

implement eco-friendly activities to abide by rules, stay out 

of trouble, and improve their reputation. 

Resource allocation. It is the process of distributing and 

overseeing resources in order to fulfill the goals of strategic 

planning for an organization. 

Resource efficiency. In order to attain resource productivity, 

the supply cycle will be optimized by examining the 

extraction of raw materials, the production of components, the 

design of goods, and the organization of return markets. 

Sustainable development. This kind of growth meets 

present needs without endangering the ability of future 

generations to meet their own. 

Waste minimization strategies and recycling. These involve 

reducing the amount of waste produced and reusing materials 

to conserve resources and reduce environmental impact. 

Water-saving technologies and practices. These involve 

using methods and tools to reduce water consumption and 

promote efficient water use. 

1.6. Related Literature 

1.6.1. Environmental Business Practices in Guangdong 
Province, China 

China is said to be the top carbon emitter in the world and 

a major factor contributing to rising carbon emissions is the 

country's explosive export growth. The net export accounts 

for 1.177 billion tons of CO2 emissions annually, or 22% of 

China's total CO2 emissions, seriously degrades the 

environment (Ge et al., 2020). 

When the Chinese government announced its voluntary 

carbon emissions abatement plan to the UN in June 2015 at 

the Climate Change Summit in Paris, it pledged to reduce its 

CO2 emissions by 60–65% per unit of GDP from 2005 levels. 

China announced a significant commitment to global society 

and humanity, which comes with a great deal of responsibility 

(Li et al., 2020). 

Manufacturing businesses in Guangdong Province are 

increasingly adopting various initiatives and activities aimed 

at reducing their environmental footprint and promoting 

sustainable development.  In order to reduce greenhouse gas 

emissions and energy consumption, these companies are 

investing in energy-saving technologies and procedures. This 

includes, first and foremost, the energy management system, 

the best possible use of manufacturing technology, and the 

upgrading of machinery and equipment (Li et al., 2020). 

Advanced pollution control techniques are becoming more 

and more commercially feasible thanks to the progress in 

technology (Oloruntobi, 2023). 

Between 1998 and 2018, the daughter's generation of waste 

from China grew a huge 9.74 Mt (1 Mt = 109 kg) to 75 Mt. In 

that sequence, the totals of the three activities, the used, the 

disposed, and the stored, between 2001 and 2017 were 5-20 

Mt, 2-15 Mt, and 3-10 Mt, respectively. The way waste is 

generated and handled is certainly becoming for change, thus, 

indicating to the environment the effect of such change and, 

on the other hand, the danger of human health. China has 

taken the position of the world in resource saving and 

recycling programs for hazardous refuse and returning it in 

product form. One of the methods of reducing pollution from 

waste production is the manufacturing companies in 

Guangdong coming up with waste reduction and recycling 

programs. This is done by separating the waste at the source, 

recycling existing materials like paper, plastics, and metals, 

and investigating new methods of reuse and repurpose waste 

(Kanwal et al., 2022). 

Guangdong Province's grave air quality issues have led the 

manufacturing companies to take measures for the reduction 

of emission as well as the improvement of the atmospheric 

pollution. Therefore, this entails using cleaner industrial 

techniques, installing pollution control systems like scrubbers 

and filter devices, and the abidance to the strict emissions 

regulations that have been sanctioned by the regulatory bodies 

(Wang et al., 2023). 

Acknowledging the significance of conserving water and 

preventing pollution, Guangdong's manufacturing businesses 

are adopting technology that saves water and are practically 

instituting wastewater treatment plans. These initiatives aim 

to aid the water pollution reduction, decreases water use, and 

ensure the water quality standards compliance (Zhang et al., 

2021). 

Guangdong manufacturers are focusing on green product 

innovation, which refers to the investments of the companies 

in new technologies and production processes that are 

friendly to environment since consumers' eco-friendly items 

demand is increasing. To do so, they need to produce low-

carbon products, develop a green supply chain, and integrate 

the potential of technology in the life cycle management of 

materials over conventional parts (Zhang et al., 2019).  

1.6.2. Challenges in Adopting Environmental Business 
Practices for Manufacturing SMEs in Guangdong 

Province, China 

he phenomenal economic growth of China has no doubt, 

been a prime move; however, at the same time, it has 

generated several serious obstacles in its way, such as air and 

water pollution, energy consumption, and environmental 

pollution. In the context of sustainable development, these 

hindrances hinder China's economy and society. According to 

Ge et al. (2020), the environmental damages in China cause 



 

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an average of 10% loss of its GDP. 

The implementation of sustainable development among 

manufacturing SMEs in Guangdong, China through green 

business practices is a primary method to protect the 

environment. China has a low-carbon goal in the 13th Five-

Year Plan to reduce carbon dioxide emissions per GDP unit 

by 40% to 45% by 2020 compared to 2005 levels. China also 

said that it intended to accomplish the goals of the Sino-US 

Joint Statement on Climate Change, which was due in 2030. 

According to its authors, China's SMEs confront significant 

challenges in the context of the low-carbon economy (Tong et 

al., 2019). 

Guiding resource allocation is one of the most significant 

challenges for Guangdong Province's manufacturing SMEs 

that are willing to go green. Limited financial resources and 

contradicting priorities are some of the most common 

problems that SMEs experience in their green technology and 

activities. SMEs, on the other hand, encounter difficulties in 

completing their environment-friendly initiatives due to 

insufficient finances and support (Zhang & Huang, 2021). It 

is considered that one of the biggest barriers to SMEs' 

environmentalism is the lack of funding for implementing 

sustainable practices. (Chowdhury & Shumon, 2020). 

One of the easy-to-cross barriers that manufacturing SMEs 

in the Guangdong Province of China face is the lack of 

education and knowledge of the environment-sensitive 

procedures. Many SMEs do not have the right skills and 

resources needed to go green, or they, in fact, do not have any 

idea about what sustainability means and its realities. To 

encourage the use of sustainable practices in SMEs demands 

overcoming the information gap and increasing 

environmental awareness (Pang & Shang, 2019; Zheng et al., 

2023). 

It has been anticipated that SMEs will adopt greener 

business practices with a view to reducing their 

environmental implications. One of the strategies of this type 

is through introducing a green approach to the teams that deal 

with supply chain management and afflict the environment 

and the society along the supply chain in a less grave way 

(Tseng et al., 2019). The problem of supply chains in terms of 

their complexity, however, is the major snag in the effort of 

the Guangdong Province manufacturing SMEs to green their 

operations. The elements required to conduct business with 

suppliers that are necessary for sustainability throughout a 

supply chain are coordination, cooperation, and logistics.  

Small and medium-sized businesses face challenges as the 

number of green supply chain management techniques 

increases. 

The adoption of environmentally sensitive corporate 

practices is not supported by the other stakeholders, which 

further widens the divide. Most often, small and medium-

sized enterprises (SMEs) are seen as the less significant 

business categories -Those may be smaller in size are the ones 

that their business partners, such as suppliers and purchasers, 

are less helpful in the implementation of these practices. 

Moreover, the SMEs do not have enough bargaining power 

which is needed when it is time to ask for help from other 

supply chain members to comply with the environmentally 

conscious business practices policy. 

SMEs are unable to enforce sustainability along the entire 

supply chain by imposition of conditions on their partners due 

to the weakness of their bargaining power (Chowdhury & 

Shumon, 2020). 

Guangdong Province's manufacturing SMEs face obstacles 

due to lack of government support and incentives for eco-

friendly practices. Although the Chinese government has 

implemented policies aimed at fostering sustainability, 

bureaucratic processes, qualifying requirements, and 

insufficient financing frequently pose obstacles to SMEs 

seeking assistance. For SMEs to migrate to sustainable 

practices, increased government support and policy 

frameworks are crucial (Zhang & Huang, 2021). 

Even though China has been giving the industry financial 

and political support for circular production patterns and 

green supply chains, large companies are more likely to get 

this support because they already have a greater number of 

resources to implement environmentally conscious business 

practices, whereas SMEs typically receive less support from 

the authorities despite having fewer resources and less 

relevant information, experience, and expertise. They possess 

fewer resources, such as funds, expertise, time, opportunities, 

and relationship capital (Gao et al., 2022). In Guangdong 

Province, a lot of manufacturing companies are focusing on 

supply chains in addition to their operations when it comes to 

sustainability. This entails collaborating closely with 

suppliers to advance responsible environmental sourcing, 

moral labor standards, and sustainable sourcing methods 

along the entire supply chain. 

The Chinese government has launched several programs 

and laws to encourage environmentally friendly business 

practices and sustainable growth. Guangdong Province's 

manufacturing SMEs can make use of grants, tax breaks, and 

subsidies from the government to fund green projects and 

technology (Wang et al., 2022). A key tool for promoting 

China's high-quality economic growth and green 

transformation is the country's green credit strategy. With 

credit leverage, it seeks to motivate businesses to take on 

environmental responsibility. The China Banking Regulatory 

Commission's Green Credit Guidelines (2012) serve as one 

specific illustration (henceforth referred to as the Guidelines). 

The Guidelines, which establish a connection between 

corporate environmental performance and green finance 

policy, seek to restrict lending to highly polluting businesses, 

so compelling them to undertake green transformation and 

upgrade. The introduction of green credit and other policies 

may decrease the amount of debt financed, raise the cost of 

debt, and have an impact on the operations and production of 

businesses (Ge et al., 2020). 

1.6.3. Sustainable Green Development of Small and 
Medium Businesses in the Manufacturing Industry 

The topic of sustainable development is still important and 

well-thought-out, affecting every aspect of the world 

economy. Globally, sustainability is reshaping a lot of 

industries. The global supply chain now prioritizes 

sustainable development because of laws and plans aimed at 

minimizing environmental harm. Reducing emissions 

throughout the economy has become a worldwide initiative 

due to climate change.  Many countries continued to support 

additional UN Sustainable Development Goals (SDG) 2050 

accords and joined the Paris Agreement Protocol in December 

2015 due to the necessity to drastically reduce emissions 

(Ulucak, 2019). Numerous nations have taken individual 

steps to reduce their carbon footprint at the national level. 

These days, the lack of energy and resources is placing a 

heavy load on industry and government, while environmental 

disruption, climate change, air pollution, and water 

contamination are all having an increasing negative impact on 

people's lives and health. Because traditional manufacturing 



 

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damages the environment and uses resources that will be used 

by future generations, it cannot comply with present 

environmental regulations. As a result, sustainable 

manufacturing has emerged as a response to the growing 

recognition of the significance of sustainability. A large and 

growing number of industrial firms are benefiting financially 

and environmentally from sustainable business practices. 

When it comes to manufacturing, sustainability involves 

producing goods in a financially viable way. It aims to 

minimize adverse environmental impacts. Additionally, it 

focuses on conserving energy and natural resources. In 

addition to improving the lives of future generations, 

sustainable manufacturing also improves worker, community, 

and product safety (United Nations, 2023) The following 

succinctly describe the requirements for sustainable 

manufacturing: 

1. No or little damage to society and the environment 

2. No depletion of natural resources 

3. Sufficient to meet current and future energy 

requirements 

4. High efficiency 

5. No harmful emissions to the land, air, or water 

6. Little or no emissions of greenhouse gases, and 

7. No strain on future generations 

Manufacturing is under a lot of pressure to maintain 

environmental balance and preserve resources for future 

generations. The idea of sustainable manufacturing was put 

forth to address environmental issues and conserve energy 

and natural resources. Governments, businesses, and 

academia have all given this subject a lot of attention. The 

goal of sustainable manufacturing is to replace the 

conventional production mode with one that emits fewer 

harmful emissions, is more environmentally friendly, uses 

fewer natural resources, and emphasizes long-term thinking. 

Many countries enacted the legislation to enforce 

sustainability in industry. This includes regulating factory 

emissions as well as incentivizing the use of renewable energy 

sources. 

The manufacturing industry in Guangdong Province, 

where this research was done, is the significant factor of 

China's economy contributing to both employment and GDP 

growth. The impact of green industrial factors in the growth 

of small and medium-sized businesses (SMEs) in the 

manufacturing sector is a very important element in the 

province of Guangdong plans for sustainable development; 

thus, it should be examined. 

Resource efficiency implies the effective and efficient use 

of resources, covering items such as energy, water, and raw 

materials, and waste minimization within the supply chain. 

Moreover, multiple research studies have underscored the 

pivotal role of resource management in the improvement of 

the sustainability performance of SMEs. The strategic 

implementation of resources and waste reduction by SMEs 

results in financial savings, increased productivity, and 

reduced emissions inputs to the environment (Pang & Shang, 

2019). 

The efficient use of resources, such as energy, water, raw 

materials, and waste reduction, in industrial processes is 

called resource efficacy. Resource efficacy has been 

demonstrated to be a significant factor in the improvement of 

the sustainability performance of SMEs in a number of 

studies. SMEs can decrease their environmental footprint, 

raise their productivity, and cut operating costs by the 

efficient use of resources and waste management (Pang & 

Shang, 2019). Zheng et al. (2023) revealed that resource 

optimization led to dollar savings and increased market share. 

The research spotlighted techniques of resource efficiency for 

small and medium-sized enterprises in Guangdong Province. 

Lean manufacturing methods, implementing energy-saving 

technologies, and executing waste reduction projects were 

identified as successful strategies for improving resource 

efficacy. 

The minimization of the environmental impacts related to 

production activities requires the implementation of pollution 

control measures. SMEs can achieve emission reductions and 

inclusion in regulations by means of pollution control 

technologies/systems, example of which includes air and 

water pollution abatement systems. According to scholars, the 

effective policy for pollution control that seems to yield the 

best results in the reduction of environmental pollution and 

the efficiency of the SMEs operations, thereby ensuring the 

long-term sustainability of the small and medium-sized 

enterprises (Geng et al., 2021), was introduced. The pollution 

control measures that small and medium manufacturing 

enterprises cover in their environmental performance in 

Guangdong province in China were reported by Ali et al. 

(2021). The study showed that pollutant emissions decreased 

and environmental compliance improved due to the 

implementation of comprehensive management systems and 

the use of pollution control technology. Small and medium-

sized enterprises can emit less pollution and meet regulations 

by investing in technologies that are related to pollution 

control methods. The methods to be followed by SMEs to 

move towards the pollution-free progress and green growth 

included installing pollution of control equipment, 

conducting regular monitoring and audits over the 

environment, and impementing cleaner production practices 

(Ren et al., 2020). 

1.7. Synthesis 

China, being the country's most populous and the top 

carbon emitter in the world, is confronting problems caused 

by its enormous export growth that mainly leads to a 

significant rise in carbon emissions (Tang et al., 2017; Zhang 

et al., 2024). Net export is responsible for 22% of the total 

CO2 emissions of China in a year, Earth's ecosystem being 

heavily damaged as a result of this (Ge et al., 2020). The 

Chinese government has committed to cutting CO2 emissions 

by 60%–65% per unit of GDP from 2005 levels, which is an 

exemplary move on the part of the nation in global 

environmental mitigation (Li et al., 2020). 

Manufacturing companies in the Guangdong province have 

been more and more involved in projects to minimize their 

own effects on the environment and to promote the 

sustainability of the world by taking up energy-efficient 

technologies and processes (Li et al., 2020; Oloruntobi, 2023). 

China has taken a decisive step to the rising hazardous waste 

production by introducing the world-renowned standards for 

resource-related and recycling techniques. As a result, many 

manufacturing companies in Guangdong are now running 

waste reduction and recycling programs (Kanwal et al., 2022). 

Guangdong Province's severe air pollution problems have 

induced manufacturing companies to take measures to limit 

the problem. Zhang and Huang (2021) state that waste 

management, water conservation, and the introduction of 

energy-efficient technologies are parts of the management 

frameworks of the companies that show highly effective at 

reducing operational costs by up to 25% and increasing 



 

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profitability for businesses. Energy-efficient techniques, such 

as LED lighting systems and energy-efficient equipment, 

provide substantial long-term cost savings for the businesses 

(Prashar, 2019; Shurrab et al., 2019). 

Recycling initiatives not only cut down costs related to 

disposal but also may quite likely bring in profit from the sale 

of recycled materials. Bringing environmental motivation to 

their operations, businesses can follow regulatory policies and 

reduce potential exposure to the ever-increasing 

environmental regulations (Li et al., 2020; Khan et al., 2020; 

Amankwah‐Amoah, 2023). 

Government polices and green credit strategies encourage 

organizations to transition to green and upgrade; thus, further 

facilitating environmentally sustainable tendencies (Ge et al., 

2020; Wang et al., 2022). Actions for sustainable development 

promote the market-specific and the innovation of the 

enterprises, making them the leaders in the sector that they are 

in by providing green solutions that are different from the 

others (Zhang et al., 2019). SMEs in Guangdong Province, 

China, are the ones that can benefit most from government 

programs and policies that are targeted toward environmental 

practices. They can get financial support and incentives for 

sustainable growth (Ge et al., 2020; Wang et al., 2022). 

Besides others, one of the most important types of brands 

which will be divested as a result of this restructuring process 

is the fast-moving consumer goods (FMCG) brands. The 

reshuffling of the company's ownership structure will 

hereinafter act in accordance with the operational mode of the 

company and its commercial strategy. Also, the endeavor, 

considered from the perspective of an assignor for the 

absolute fulfillment of the assigned obligations, will then be 

used to further reinforce the apex leadership's mission to be 

the leader over their competitors. In the due course of the 

assignment, the priority of the organizational leaders will be 

to promote brands that have high potential for further 

development by increasing the potential of both internal and 

external stipends. 

Moreover, Guangdong's manufacturing businesses are 

accommodating the use of water-efficient technology and 

wastewater treatment systems to reduce water pollution and 

support water quality standards. Also, Guangdong's 

manufacturing companies through the growing need for eco-

friendly products are switching to green production 

techniques by not only designing sustainable products that are 

favorable to the environment but also through renewable 

resources that are less harmful to the environment. 

Resource allocation is actually a big problem for SMEs in 

Guangdong Province, which is a huge region that covers one-

third of China's population (Zhang & Huang, 2021; 

Chowdhury & Shumon, 2020). It indeed prohibits their 

investment in green technologies, but eventually, the 

deficiency in financial resources (Zhang & Huang, 2021; 

Chowdhury & Shumon, 2020) is the main cause of this 

problem. Another challenge is the lack of knowledge and 

related skills regarding environment-sensitive procedure 

which is why efforts to raise awareness and provision of the 

necessary skills as well as resources should be made. 

In Guangdong Province, suppliers are now the key focus to 

the manufacturing firms’ effort to produce in a more 

environmentally friendly way, which enables the suppliers to 

come closer to sourcing from the environment in a 

responsible manner. The implementation of green practices in 

the supply chain is expected to decrease the adverse 

environmental effects. However, the sheer scale of the supply 

chains becomes the main hurdle of SMEs (Tsen et al., 2019). 

The weak support from the stakeholders, for example, the 

suppliers and the purchasers, makes it difficult for SMEs to 

initiate environment-responsible activities, as the SMEs have 

no bargain power and resources (Chowdhury & Shumon, 

2020). 

The government provides insufficient support and 

incentives, which in turn has some negative consequences for 

the SME community’s adoption of environmentally friendly 

practices, even though sustainable development is one of the 

policies that have already been established (Zhang & Huang, 

2021). Henceforth, the big enterprise will have a better chance 

to benefit from the green initiatives that financial and political 

entities are likely to support. SMEs, on the other hand, will 

have fewer resources and less support available to them 

(Govindan et al., 2024; Gao et al., 2022). 

Addressing these challenges requires governments, 

businesses, and other parties to work together to provide 

support, incentives, and education for the SMEs to switch 

over to the use of environmentally-friendly practices for the 

region. 

Sustainable development is still one of the most urgent 

universal issues, which has affected numerous sectors around 

the world, thus placing environmental protection as a top 

priority in the international supply chain by means of laws and 

measures as the Paris Agreement (Ulucak, 2019). Traditional 

manufacturing practices have a negative effect on the 

exhaustion of resources and the environment. Consequently, 

sustainable manufacturing has appeared as a solution to 

environmental degradation (Menget al., 2018). The United 

Nations reported that sustainable manufacturing was meant to 

cut down on the negative impact of production, to preserve 

the environment and future generations, and to boost health 

and security in the workplace. Governments, businesses, and 

academia are actually practicing green manufacturing by 

many means, such as enactment, research, and the policy 

framework. Guangdong Province in China is the 

manufacturing sector of the economy where this sector has a 

great impact in the economy, considering the economic effect 

on how green industrial factors can help SMEs to grow for 

sustainable development. 

1.8. Conceptual Framework 

Based on the framework comprising the development of 

green industrial industry, the challenge of small and medium 

enterprises while implementing eco-friendly business 

strategies has been clarified. The problems that small and 

medium manufacturers face to exceed in environmentally 

friendly business practices are represented in this idea. This 

study examined how resource allocation (Zhang & Huang, 

2021), awareness and education (Kanwal et al., 2022), supply 

chain management (Tseng et al., 2019; Jiang et al., 2018), and 

regulation landscape (Ge et al., 2020; Li et al., 2021; Wang et 

al., 2022; Ulibarri et al., 2022; Fang, 2024) form the core of 

challenges to be addressed. 

The researcher investigated how these challenges may 

affect various environmental business practices. These 

practices are about energy-efficiency technologies and 

practices, waste management and recycling strategies, 

cooperations with environmentally favorable suppliers, 

saving water technologies and practices, covering 

environmental issues in product design, investment in 

renewable energy outputs, and the enactment of 

Environmental Management System or EMS (Zhang et al., 



 

251 

2019; Zhang et al., 2021; Kanwal et al., 2022; Wang et al., 

2023). The researcher suggested a model of green industries 

that focuses on the manufacturing SMEs of this province, 

sustainability-wise. 

 
Figure 1. Author’s Conceptual Framework 

2. Methods 

2.1. Research Design 

To address the study questions and provide concrete 

evidence in support of the hypotheses, this study made use of 

a quantitative-descriptive approach with causal-comparative 

research design with a focus on business owners of small and 

medium enterprises as its respondents. A research method 

called quantitative-descriptive is one that uses the real-world 

data related to provide a precise description and a hypothesis. 

Empirical data are facts that can be physically measured 

through the use of tools employed in the collection of 

participants' data. The objective of the causal-comparative 

research design in this study is to look for links between 

independent and dependent variables after an action or event 

has already taken place. By comparing two or more groups of 

people, the researcher's objective was to ascertain if the 

independent variable had an impact on the result of the 

dependent variable. Here, the researcher gathered precise 

evaluations from the owners of small and medium enterprises 

who took part in this study regarding the challenges they had 

encountered as they adopted environmental business 

practices in their respective establishments. 

2.2. Data Management 

The researcher established robust data management 

procedures, including secure storage, backup systems, and 

access controls to protect the confidentiality and integrity of 

the data collected. The researcher also maintained clear 

documentation of data sources, collection methods, and any 

data transformations or manipulations performed during 

analysis. Secondary data were collected from a variety of 

sources, such as websites, e-journals, Google Scholar, and 

libraries. 

A quantitative research design was utilized as part of the 

methodology. Structured surveys gathered quantitative data, 

encompassing company profiles, forms of environmentally 

conscious business practices, and challenges encountered by 

business 

owners as they adopt environmentally conscious business 

practices and green industrial factors to the sustainable 

development of small and medium businesses in the 

manufacturing industry. 

To ensure anonymity, all gathered data were safely kept in 

electronic databases using access controls and encryption. 

Throughout the study process, a backup system was put in 

place to ensure ongoing availability and prevent data loss. To 

make organizing and categorizing easier, a common coding 

scheme for the quantitative data was used. To guarantee 

consistency and clarity, variables were specified precisely, 

and a data dictionary was kept up to date. 

Only authorized personnel were able to access sensitive 

data. The identity of responding companies and individuals 

was protected by adhering to relevant data protection 

regulations and guidelines, particularly when dealing with 

sensitive or personally identifiable information. To protect 

confidentiality, only the study researcher had access to raw 

data unless she specifically consents to data sharing. 

2.3. Sampling Design 

This study made use of a purposive sampling technique. 

Purposive sampling is a non-probability sampling technique. 

Which is also known as discriminative or selective sampling. 

Researchers intentionally select participants using this 

method. They make their selections based on specific criteria 

related to the research objectives. In the context of this study 

on environmental business practices among small and 

medium enterprises (SMEs) in Guangdong Province, China, 

purposive sampling was employed to ensure that the selected 

business owners possess relevant knowledge and experience 

in the subject matter. 

In this case, the researcher focused on small and medium 

business owners operating in Guangdong Province who have 

experience or interest in environmentally conscious business 

practices within the manufacturing sector. Hence, only 

owners of SMEs were the ones who answered the survey 

instrument as they were the ones involved in decision-making 

processes related to environmental practices and 

sustainability initiatives. 

2.3.1. Sample Population 
There are 1,420 small and medium manufacturing 

enterprises in Guangdong Province, China. This research 

study made use of 303 owners whose manufacturing 

businesses are in the area. The Raosoft calculator was used to 

determine the sample size. The owners should be operating 

for at least five (5) years which the researcher believed was 

enough to measure the challenges in the adoption of 

environmentally conscious business practices to sustainable 

green industrial development of the manufacturing industry 

in Guangdong province. 

2.3.2. Research Instrument 
The researcher employed a customized survey 

questionnaire to gather data from the participants. The most 

common and extensively utilized approach to gathering data 

for a descriptive study design that answers the questions 

"what," "who," "where," "how much," and "how many" is the 

survey technique. Survey instruments are widely used 

because they are simple and efficient to administer, 

particularly to large number of people. 

Further, alterations and content validation were performed 

on this instrument. The survey items were taken from the 

literature and study analysis. Research experts were also 

consulted for advice. There were two (2) versions of the 

questionnaire, the original questionnaire (English version) 

and the translated one (Chinese version). This was to allow 

the respondents more understanding of the instrument. Then 

before the statistical treatment, the researcher translated back 

into English version the used questionnaires. 

Except for the organizational part, respondents' 

understanding of the challenges as well as the effectiveness of 



 

252 

environmental business practices was rated on a four-point 

Likert scale. In this study, the pilot test was considered to 

determine what aspects of the survey instruments were 

needed to be modified before being made available to a wider 

audience. The test enabled the researcher to test theories and 

obtain initial data before devoting additional resources to a 

comprehensive research investigation. 

The first part of the survey instrument is the organizational 

profile which includes the number of employees, and the 

number of years in business. 

The second part of the questionnaire is about the forms of 

environmental business practices that small and medium 

enterprises adopt in the manufacturing industry to measure 

their effectiveness.  Seven (7) practices were asked here. 

 

Table 1. Four-Point Likert Scale for Effectiveness of 
Environmental Business Practices 

Likert Scale Interpretation 

3.26-4.00 Highly Effective 

2.51-3.25 Moderately Effective 

1.76-2.50 Lowly Effective 

1.00-1.75 Not Effective At All 

 

The second part of the survey involves how difficult it is 

for small and medium enterprises to mitigate challenges such 

as resource allocation, awareness and education, supply chain 

management, and regulatory landscape in engaging in 

environmentally conscious business practices. There were 12 

items for this portion. The verbal interpretation of the Likert 

scale that was applied to this subject is given below: 

 

Table 2. Four-Point Likert Scale for Challenges in Environmental 
Business Practices 

Likert Scale Interpretation 

3.26-4.00 Highly Challenging 

2.51-3.25 Moderately Challenging 

1.76-2.50 Lowly Challenging 

1.00-1.75 Not Challenging At All 

 

Table 3. Four-Point Cronbach’s Alpha Value for Reliability Test 

Cronbach’s Alpha Value Reliability Interpretation 

0.9 and above Excellent 

0.8 – 0.9 Good 

0.7 – 0.8 Acceptable 

Below 0.7 Considerable Refinement 

 

Cronbach's Alpha was used to assess the reliability of the 

survey instrument. The reliability analysis shall examine the 

features of measurement scales and the parts that comprise 

them to determine their reliability. Data on the correlations 

between the scale's constituent items and several frequently 

used scale reliability indicators were produced by this 

procedure. Through reliability analysis, the degree of link 

between the items in a questionnaire was determined. A broad 

measure of the scale's internal consistency or repeatability 

was obtained from the test, which also highlighted 

problematic items that should be eliminated from the scale. 

Every item in this study must have internal consistency. Here, 

below is the Cronbach’s Alpha table: 

 

 

 

Table 4. Cronbach’s Alpha Value of Forms of Environmental 
Business Practices and SMEs Challenges  

Study Variables 
Cronbach’s 

Alpha Value 

Reliability 

Interpretation 

Forms of Environmental 

Business Practices 
0.9001 Excellent 

Challenges In Environmental 

Business Practices 
0.8760 Good 

 

For this study, the Cronbach's Alpha results of the survey 

are presented. The Cronbach’s Alpha Value of  the various 

forms of environmental business practices is 0.9001, that 

means the reliability of this part’s data is excellent. The 

Cronbach’s Alpha Value of the challenges in environmental 

business practices is 0.8760, that means the reliability of this 

part’s data is good. 

2.4. Statistical Treatment 

To evaluate and interpret the data gathered, statistical 

techniques were used for each research sub-problem in this 

study. 

For subproblem 1 which is about the effectiveness of the 

various forms of environmental business practices that small 

and medium enterprises in the manufacturing industry (SMEs) 

utilize, the researcher made use of ranking in addition to 

means. A four-point Likert scale was administered here. 

For subproblem 2, the challenges of the environmental 

business practices that include resource allocation, awareness 

and education, supply chain management, and regulatory 

landscape were treated statistically with rank and means. A 

four-point Likert scale was administered here. 

Subproblem 3 used multiple regression to address the 

research question about the impact of the challenges to the 

environmental business practices. 

For the hypothesis testing, the researcher drew on multiple 

regression analysis with the environmental business practices 

as the dependent variable and challenges confronting SMEs 

as independent variables. She examined the coefficient 

estimates and their associated p-values to determine whether 

the challenges have a statistically significant impact on 

environmental business practices. If the p-values associated 

with the coefficients are greater than the chosen significance 

level (e.g., 0.05), the null hypothesis is accepted, indicating 

no significant impact. 

3. Results 

3.1. Effectiveness of Environmental Business 
Practices 

The survey results show that manufacturing SMEs in 

Guangdong Province, China, have a lower perception of 

environmental business practices than their counterpart 

companies. The second point comes out in the case of 

investments in renewable energy sources, which make up the 

highest percentage (25.61%), meaning that they are seen as 

the most effective practices. The second measurement, waste 

reduction techniques and recycling, which has a mean of 

2.0429. It indicates more desire to lower the waste. 

Meanwhile, the company has scored equally low in supplier 

engagement and environmental product design among other 

practices. Although different nature-friendly procedures have 

been developed, still, the collective low means in all the 

specified areas point to an urgent movement strengthening the 

effectiveness of these practices within SMEs. 



 

253 

Table 5. Effectiveness of Environmental Business Practices of 
Manufacturing Enterprises (SMEs) 

The Various Forms of 

Environmental Business Practices 
Mean 

Verbal 

Interpretation 

Energy-efficient technologies and 

practices 
1.9967 

Less 

Effective 

Waste minimization strategies and 

recycling 
2.0429 

Less 

Effective 

Partnering with environmentally 

responsible suppliers 
2.0231 

Less 

Effective 

Water-saving technologies and 

practices 
1.9901 

Less 

Effective 

Integrating environmental 

considerations into product design 
2.0330 

Less 

Effective 

Investment in renewable energy 

sources 
2.0561 

Less 

Effective 

Implementing an Environmental 

Management System 
1.9835 

Less 

Effective 

 

The effect of the impact on energy-efficient technologies 

and Environmental Management Systems (EMS) in SMEs is 

consistent with studies that have shown the adoption and 

implementation issues among these companies. For example, 

Zheng et al. (2023) state that the SMEs, although the use of 

the technology that leads to energy saving, which is a key to 

sustainability, is more possible during the operation of the 

SMEs, the small companies are quite often limited by their 

finances and operations that make the technology widely 

accepted. This is the reason why measures like the energy-

efficient technologies and water saving developments are put 

in the second tier in the Guangdong SMEs in spite of their 

known importance in the literature in the case of 

environmental performance improvement. 

The company will probably use less energy from non-

renewable sources and cut waste incentives for more quality 

employees. Such study results are aligned with the previous 

research studies' outcomes, stated by Pang and Shang (2019). 

They claim that resource efficiency, including waste 

reduction, is the most important part of the sustainable 

performance of SMEs. Aside from the fact that the evidence 

for these methods is barely above the noise threshold, SMEs 

might be more inclined to adopt practices that can be 

measured on important indicators like cost savings from 

waste reduction and renewable energy. 

Although pollution control measures were rated lower in 

terms of effectiveness, the body of research, however, 

emphatically confirms their role in environmental 

enhancement. Ali et al. (2021) refers to the ways in which the 

adoption of more stringent pollution control technologies and 

environmental management systems could substantially drew 

down pollutant emissions. Still, SMEs in Guangdong may 

have a lower evaluation of the effectiveness of pollution 

control measures due to the high expenses and the complex 

situations of implementation, especially for small firms that 

have limited resources. 

China’s commitment to reducing CO2 emissions from 60% 

to 65% by 2030, as emphasized by Li et al. (2020), indicates 

strong governmental support for the use of environmentally 

friendly conservation technologies. Nonetheless, Ge et al. 

(2021) also assert that the nation's shocking export growth, 

accounting for 22% of China's total CO2 emissions, indeed is 

a major issue that needs to be solved. The chasm between the 

declared governmental targets and the real effectiveness of 

the practices performed at the SME level indeed is the 

representative of widespread complications in the conversion 

of national targets into actions, mainly within the SME 

environment. 

The literature agrees that recycling and resource efficiency 

are of great importance in reducing the environmental impact. 

Research examples such as Kanwal et al. (2022) highlighted 

that China is the country which 'shows the way to the world' 

when it comes to hazardous waste management, most of 

which is due to the fact that its recycling programs are the 

main driving forces behind the transformation. Nevertheless, 

the low perceived effectiveness of these initiatives among 

Guangdong SMEs denotes that although the recycling 

infrastructure is in place, the implementation of it at the SMEs 

level is only at the initial phase, as many companies might not 

have the right skills or incentives to fully embed these 

practices. 

The inefficacy of unsustainable practices in relation to 

environmental measures signifies the deeper issues in the way 

of clean manufacturing. According to Ulucak (2019), the 

basic goal of manufacturing is to use methods that do not 

damage the environment, that conserve energy, and that do 

not release toxic chemicals. On the downside, however, they 

may encounter difficulties like the dearth of financial means, 

and the poor conveyance by technology that is why they are 

not taking up this new green lifestyle. It is still possible that 

new discoveries in technology that help to save energy and 

water, where they are needed, may just be seen as less 

successful. 

Globally, the pressure to meet sustainability goals has 

reshaped industries, as evidenced by initiatives, such as the 

Paris Agreement. Nevertheless, China is one of those 

countries where small and medium-sized enterprises are 

grappling to comply with the given global standards due to 

the restrictions of cost, regulatory enforcement, and market 

competitiveness (Oloruntobi, 2023). The local-global 

disparity might be a partial cause of the low effectiveness 

ratings since the SMEs in Guangdong Province may prefer 

short-term survival to other long-term sustainability goals. 

In short, the study implies that there is a huge difference 

between the ambitions of the states and the world towards the 

environment and what the manufacturers in the Guangdong 

actually do. Yes, they do a renewable energy project, they cut 

waste, and they recycle, but those are not perceived as 

successful practices by them. As a consequence, more solid 

systems of support that can be financial incentives, training, 

and technological upgrading are needed in order to foster the 

adoption and influence of the environmental practices. Pang 

and Shang (2019) said that a rise in the ability to utilize 

resources and a cut down in waste can give SMEs both 

economic and environmental advantages. However, 

partnership among government, industry, and academic 

establishments is needed. 

 

 

 

 

 

 

 

 

 



 

254 

3.2. The Challenges in the Environmental 
Business Practices 

Table 6. The Challenges in Environmental Business Practices 

Challenges Mean Verbal Interpretation 

Resource 

Allocation  

1.Allocate financial and human resources for environmentally friendly 

practices in manufacturing operations. 
1.9505 Less Challenging 

2.Prioritize researching and adopting sustainable technologies and processes. 1.9637 Less Challenging 

3.Assess short-term costs versus long-term benefits to ensure sustainability in 

manufacturing operations. 
1.9142 Less Challenging 

Awareness 

and Education  

1.Raise awareness and foster an environmentally conscious culture among 

employees and stakeholders. 
1.9076 Less Challenging 

2.Provide comprehensive training programs to empower the workforce with 

the necessary skills for implementing eco-friendly practices. 
1.8284 Less Challenging 

3.Disseminate information about sustainable practices to suppliers, partners, 

and industry stakeholders. 
1.8680 Less Challenging 

Supply Chain 

Management  

1.Identify and evaluate the environmental impacts of my manufacturing 

business' supply chain activities and processes. 
1.9208 Less Challenging 

2.Source environmentally sustainable materials and components for my 

manufacturing operations. 
1.9241 Less Challenging 

3.Ensure that suppliers and partners adhere to environmental standards and 

regulations throughout the supply chain. 
1.9043 Less Challenging 

Regulatory 

Landscape 

1.Navigate government regulations and access support for implementing eco-

conscious practices. 
1.9406 Less Challenging 

2.Secure funding and technical assistance from government programs for 

sustainable initiatives. 
1.8977 Less Challenging 

3.Advocate for policy changes to enhance support for eco-friendly practices in 

manufacturing. 
1.8812 Less Challenging 

 Challenges in Environmental Practices Mean 1.9084 Less Challenging 

Resource allocation was evaluated as the highest obstacle 

out of four (4) categories. The respondents pointed out the 

need to focus highly on staff training and implementing green 

technologies which sounds like a herculean task to managers, 

with an average score of 1.9637 stressing the least challenging 

point of them all. Financial and human resources to be used 

for green practices were also mentioned, with a mean score of 

1.9505. It means that in spite of the fact that resource 

allocation is regarded as one of the vital issues yet, SMEs in 

Guangdong consider it less of a problem which may be 

attributed to the awareness of the advantages in the long run 

and the relative availability of resources for such kinds of 

projects. 

The third challenge in this area, "assessing short-term costs 

versus long-term benefits to ensure sustainability," received a 

mean score of 1.9142. Although this may indicate some 

hesitancy in making initial investments, the overall score 

reflects that SMEs understand the importance of long-term 

gains, even if short-term costs are incurred. 

Interestingly, raising awareness and fostering an 

environmentally conscious culture among employees and 

stakeholders emerged as a top priority, but again, it was not 

viewed as highly challenging (mean of 1.9076). The relatively 

low challenge scores suggest that SMEs feel confident in their 

ability to engage employees and stakeholders in sustainability 

efforts, possibly due to existing corporate culture or 

educational initiatives already in place. 

Providing training programs and disseminating 

information about sustainable practices to external partners, 

suppliers, and stakeholders were also ranked low in terms of 

challenge, with means of 1.8284 and 1.8680, respectively. 

This may indicate that these SMEs either have access to 

resources for education or that they believe training programs 

are not difficult to implement. 

In the area of supply chain management, environmentally 

sustainability sourcing materials and components for 

manufacturing operations came first within this category, with 

1.9241 as the mean score, and the environmental impact of 

supply chain activities was the second-largest aspect with a 

mean of 1.9208. These scores indicate the significant SMEs' 

satisfaction with the implementation of sustainable supply 

chain management, even though the external factors such as 

green materials availability and supplier cooperation can give 

rise to the difficulties that may make these efforts incapturable. 

Ensuring that suppliers and partners adhere to 

environmental standards came out to be the least supportive 

measure with a mean value of 1.9043. This challenge shows 

that the organization is now experiencing a deeper 

involvement of its supply chain in environmental practices. 

Nevertheless, the survey was meant for the respondents only 

and the implementation of these environmental issues in the 

entire supply chain was rated as less challenging. 

The regulatory environment was seen as the easiest one 

compared to the others. The survey of SMEs in Guangdong 

regarding navigating government regulations and accessing 

support for green practices shows a mean score of 1.9406, 

being basically the main cause of the regulatory compliance 

but not the extent of it. This might be the result of China's 

growing sustainable line, where the authorities' policies and 

support procedures are easy to get through. 

In relation to government fund awarding and technical 

assistance, convincing the partners and donor organizations 

was also seen as an easy task (mean of 1.8977), which implies 

that government initiatives are perceived as relatively 

effective. The least challenging was the persistent supporting 

policy changes toward sustainable practices (mean of 1.8812), 

as this might be due to the fact that SMEs concentrate more 

on compliance rather than initiating the systemic change 

approach. 

The outcomes from the survey imply that SMEs in 

Guangdong Province are optimistic about their ability to 

implement and maintain sustainable operations. While 



 

255 

resource allocation and supply chain management are the 

major issues in this, however, these are not the most severe 

ones. Moreover, the fact that the correct of these programs is 

relatively little difficulties may also point out the increasing 

governmental support for the Chinese green agenda in regard 

to policies, funding, and technical assistance, which is in line 

with China’s commitment to the Paris Agreement on climate 

change. 

In conclusion, the challenges exist but they are not that 

seriously perceived. The small enterprises in Guangdong 

Province that are on the right track in adopting sustainable 

business practices, can still improve the efficiency of their 

environmental strategies to be in line with the global 

sustainability goals. 

The literature also highlights the importance of resource 

efficiency which the SMEs in Guangdong Province. Pang and 

Shang (2019) pointed out that the key to sustainability is the 

optimal use of resources. The result of the study that even 

though SMEs consider resource allocation as an obstacle, 

they feel that they can overcome it. This might be due to their 

understanding of the resource-efficient technologies. 

Moreover, Pang and Shang (2019) and Zheng et al. (2023) 

also said that sustainability can be achieved through education 

and awareness in SMEs as many have neither the expertise 

nor the resources to go green. On the other hand, SMEs in the 

study did not see awareness of creation or training their 

employees and partners as the major problems which may 

indicate a better level of internal capability or external support 

that would not be captured by the past studies. 

This study has an overarching positive view of 

environmental practice implementation issues that may be 

reflected in worldwide sustainability trends. The Paris 

Agreement and the UN Sustainable Development Goals have 

produced a global push towards sustainability, which is 

drastically changing industries and supply chains all over the 

world (Ulucak, 2019). Meanwhile, the global push will allow 

China SMEs to operate along with the nations, China 

inclusive, which have put in place and/or provide facilities of 

stricter environmental regulations and give businesses more 

financial and technical help to reduce their environmental 

shows. 

In the end, the study's findings, though pointing only to a 

low rate of the SMEs in Guangdong perceiving 

implementation of sustainable practices as a challenge, 

literature gives a more complex image. While small and 

medium-sized enterprises are confident because of the 

government support and overall long-term benefits of 

sustainable development. Besides, studies show that the 

financial constraints, the complexity of the supply chain, and 

the lack of knowledge have been a problem for many small 

and medium enterprises all over the world. Along with the 

existing efforts such as continued training for their employees, 

adequate resourcing, and a streamlined regulatory framework, 

religious adherence to the recommendations of these SMEs 

will be a key to attaining the global sustainability goals. 

3.3. Impact of the Challenges on 
Environmental Business Practices 

3.3.1. Impact of Resource Allocation Challenges on 
Environmental Business Practices 

Allocating financial and human resources to environmental 

practices in the manufacturing industry can provide financial 

support and talent for SMEs to enhance innovation and 

application of environmental protection technologies. The p-

values of most environmental business practices, including 

energy-saving technologies (p=0.789), waste minimization 

strategies (p=0.394), water-saving technologies (p=0.376), 

incorporating environmental factors into product design 

(p=0.961), renewable energy investment (p=0.300), and 

implementing environmental management systems (p=0.247), 

indicated no significant impact. The p-values in these cases 

are above the typical significance threshold of 0.05, indicating 

that this challenge has no significant impact on the adoption 

of environmental practices by SMEs in these areas. Therefore, 

all these variables have accepted the null hypothesis. 

However, partnering with environmentally responsible 

suppliers (p = 0.016) demonstrated a significant impact, 

suggesting that partnering with responsible suppliers is a 

critical factor in resolving financial and human resources 

issues related to sustainability. By collaborating with 

environmental suppliers, SMEs can obtain more efficient and 

environmentally friendly production methods and materials, 

further saving resources. SMEs can also leverage the 

technology and experience of environmental suppliers to 

provide training and development opportunities for 

employees, enhancing their skills and environmental 

awareness. 

Researching and implementing sustainable technologies 

and processes are crucial for SME businesses that want to 

green their operations as well as increase efficiency. Caused 

by the fact that companies with CMS leading the industry in 

ecological supply management (p = 0.001), the acquisition of 

sustainable technologies is more prioritized. This underscores 

that the suppliers of the tools and resources should play a 

pivotal role in enabling SMEs to make more environmentally 

responsible choices. Suppliers, who look at sustainability first, 

may bring forth advanced and eco-friendly technology that 

could be used by the small and medium companies more 

easily, thus, a heightened commitment to sustainability will 

be the result. 

Other practices, such as energy-efficient technologies (p = 

0.749), waste minimization (p = 0.663), water-saving 

technologies (p = 0.399), product design considerations (p = 

0.368), renewable energy investments (p = 0.747), and EMS 

implementation (p = 0.751), all indicated no significant 

impact. These findings suggest that, although these practices 

are valuable in general, they may not directly drive SMEs to 

prioritize sustainable research and adoption. The barriers may 

include the initial costs of these technologies or limited 

knowledge among SMEs about their benefits. 

Assessing short-term costs versus long-term benefits to 

ensure sustainability challenges refers to how SMEs evaluate 

the financial impact of adopting sustainable practices, 

balancing immediate expenses with long-term gains. 

Significant results were found for partnering with 

environmentally responsible suppliers (p = 0.045) and 

integrating environmental considerations into product design 

(p = 0.036). These findings suggest that responsible suppliers 

and eco-friendly product design can help SMEs assess the 

long-term benefits of sustainability. Partnering with suppliers 

who share sustainability goals more likely helps SMEs reduce 

long-term costs through innovation, better materials, and 

more efficient processes. Similarly, integrating environmental 

considerations into product design may lead to more 

sustainable products that reduce future waste and resource 

usage, offering long-term savings. 

 



 

256 

Table 7. Impact of Resource Allocation Challenges on Environmental Business Practices 

Resource Allocation Environmental Business Practices p-value 
p-value 

interpretation 

Accept/Reject 

Hypothesis 

1. Allocate financial 

and human resources 

for environmentally 

friendly practices in 

manufacturing 

operations. 

1. Energy-efficient technologies and practices 0.789 Insignificant Accept  

2. Waste minimization strategies and recycling 0.394 Insignificant Accept  

3. Partnering with environmentally responsible suppliers 0.016 Significant Reject  

4. Water-saving technologies and practices 0.376 Insignificant Accept 

5. Integrating environmental considerations into product design 0.961 Insignificant Accept  

6. Investment in renewable energy sources 0.300 Insignificant Accept  

7. Implementing an Environmental Management System 0.247 Insignificant Accept 

2. Prioritize researching 

and adopting 

sustainable technologies 

and processes. 

1. Energy-efficient technologies and practices 0.749 Insignificant Accept  

2. Waste minimization strategies and recycling 0.663 Insignificant Accept  

3. Partnering with environmentally responsible suppliers 0.001 Significant Reject 

4. Water-saving technologies and practices 0.399 Insignificant Accept 

5. Integrating environmental considerations into product design 0.368 Insignificant Accept  

6. Investment in renewable energy sources 0.747 Insignificant Accept 

7. Implementing an Environmental Management System 0.751 Insignificant Accept  

3. Assess short-term 

costs versus long-term 

benefits to ensure 

sustainability in 

manufacturing 

operations. 

1. Energy-efficient technologies and practices 0.371 Insignificant Accept  

2. Waste minimization strategies and recycling 0.915 Insignificant Accept  

3. Partnering with environmentally responsible suppliers 0.045 Significant Reject   

4. Water-saving technologies and practices 0.964 Insignificant Accept  

5. Integrating environmental considerations into product design 0.036 Significant Reject  

6. Investment in renewable energy sources 0.437 Insignificant Accept  

7. Implementing an Environmental Management System 0.392 Insignificant Accept  

 

Moreover, other practices like energy-efficient 

technologies (p = 0.371), waste minimization (p = 0.915), 

water-saving technologies (p = 0.964), investment in 

renewable energy (p = 0.437), and EMS implementation (p = 

0.392) did not have a substantial impact either. Things bring 

out the fact that these practices can be preferably important 

but rely on quantitative evaluation, maybe because of big 

starting costs or being difficult to quantify their long-term 

financial benefits in the short term. 

The findings indicate that collaboration with 

environmentally friendly suppliers is a constant factor in the 

successful management of different resource allocation 

challenges, including tackling financial and human resource 

problems, the adoption of sustainable technologies, and the 

evaluation of long-term sustainability benefits. This is a very 

strong argument for internal and external collaboration that is 

seen as the pulling tool for environmental improvement for 

SMEs. 

In contrast, while other environmental drivers of 

sustainability such as energy-efficient technologies and 

investments into renewable energy are indeed vital for the 

long-term sustainability of the planet, at present their 

contribution is mostly limited to the direct environmental 

challenges of Guangdong's SMEs. These practices may even 

take more time, infrastructure, and investment before they 

become completely streamlined into SMEs' operations. 

The insights that are gathered from integrating 

environmental ideas into product design suggest that inking 

up is one of the most important factors for small and medium 

enterprises for sustainability management in the long run. 

More specifically, the eco-friendliness of the products 

becomes the central focus of SMEs that get the dual 

environmental and financial benefits over the years from this 

approach. 

Partnerships and innovation have been proven to be of 

inestimable value in overcoming the problem of resource 

allocation in the environmental sector. To fully enable 

Guangdong's SMEs fall into a sustainability integration, 

projects should adopt an orientation towards supply chain 

relationships and product design in parallel with better energy 

efficiency and renewable energy applications in the areas of 

their operational and financial planning. 

In summary, while the literature generally supports the 

importance of sustainable practices, the statistical results 

reveal that partnerships with responsible suppliers have the 

most immediate and significant impact on overcoming 

challenges in sustainable adoption, while other practices face 

barriers related to costs and technical capacity. 

3.3.2. Impact of Awareness and Education Challenges on 
Environmental Business Practices  

Raising awareness and fostering an environmentally 

conscious culture challenge centers on building a culture of 

environmental awareness within the workforce and among 

stakeholders, encouraging sustainable behavior across all 

levels of the organization. 

Raising awareness and fostering an environmentally 

conscious culture challenge centers on building a culture of 

environmental awareness within the workforce and among 

stakeholders, encouraging sustainable behavior across all 

levels of the organization. 

Energy-efficient technologies and practices (p = 0.376), 

waste minimization strategies (p = 0.069), partnering with 

environmentally responsible suppliers (p = 0.051), water-

saving technologies (p = 0.370), integrating environmental 

considerations into product design (p = 0.061), renewable 

energy investments (p = 0.772), and implementing an 

Environmental Management System (EMS) (p = 0.151) all 

showed no significant impact. While the p-values for 

practices such as waste minimization (0.069), partnering with 

responsible suppliers (0.051), and environmental product 

design (0.061) are close to the threshold of significance (p < 

0.05), they are still considered insignificant in this context. 

However, their proximity to significance suggests that these 

practices may contribute to fostering awareness in certain 

contexts or over time, even though they do not yet show 

statistically significant results in the current study. This 



 

257 

indicates that while these practices may play a role in building 

an environmentally conscious culture, they have not yet 

reached a point where their impact is quantifiable in SMEs of 

Guangdong. These enterprises might still be in the early 

stages of integrating such practices or need further 

development in awareness strategies. Training is crucial for 

equipping the workforce with the skills needed to implement 

sustainable initiatives effectively.  

The p-values for energy-efficient technologies (p = 0.579), 

waste minimization (p = 0.070), partnering with responsible 

suppliers (p = 0.763), water-saving technologies (p = 0.860), 

environmental product design (p = 0.133), renewable energy 

(p = 0.908), and EMS implementation (p = 0.400) show that 

none of these practices had a significant impact on the ability 

of SMEs to provide comprehensive training on eco-friendly 

practices. Despite waste minimization strategies showing a 

near-significant p-value of 0.070, the overall result suggests 

that environmental business practices have not yet translated 

into a robust impact on training efforts within these SMEs. 

This lack of significance may reflect the need for more 

formalized training programs or clearer links between 

environmental initiatives and workforce skill development. 

Training might still be an area where companies in 

Guangdong are underdeveloped, and greater investments may 

be required to create effective, structured training initiatives 

that are aligned with environmental goals. 

 

Table 8. Impact of the Awareness and Education Challenges on Environmental Business Practices 

Awareness and 

Education 
Environmental Business Practices p-value 

p-value 

interpretation 

Accept/Reject 

Hypothesis 

1. Raise awareness 

and foster an 

environmentally 

conscious culture 

among employees and 

stakeholders. 

1. Energy-efficient technologies and practices 0.376 Insignificant Accept 

2. Waste minimization strategies and recycling 0.069 Insignificant Accept 

3. Partnering with environmentally responsible suppliers 0.051 Insignificant Accept 

4. Water-saving technologies and practices 0.370 Insignificant Accept 

5. Integrating environmental considerations into product design 0.061 Insignificant Accept 

6. Investment in renewable energy sources 0.772 Insignificant Accept 

7. Implementing an Environmental Management System 0.151 Insignificant Accept 

2. Provide 

comprehensive 

training programs to 

empower the 

workforce with the 

necessary skills for 

implementing eco-

friendly practices. 

1. Energy-efficient technologies and practices 0.579 Insignificant Accept 

2. Waste minimization strategies and recycling 0.070 Insignificant Accept 

3. Partnering with environmentally responsible suppliers 0.763 Insignificant Accept 

4. Water-saving technologies and practices 0.860 Insignificant Accept 

5. Integrating environmental considerations into product design 0.133 Insignificant Accept 

6. Investment in renewable energy sources 0.908 Insignificant Accept 

7. Implementing an Environmental Management System 0.400 Insignificant Accept 

3. Disseminate 

information about 

sustainable practices 

to suppliers, partners, 

and industry 

stakeholders. 

1. Energy-efficient technologies and practices 0.593 Insignificant Accept 

2. Waste minimization strategies and recycling 0.018 Significant Reject 

3. Partnering with environmentally responsible suppliers 0.425 Insignificant Accept 

4. Water-saving technologies and practices 0.387 Insignificant Accept 

5. Integrating environmental considerations into product design 0.088 Insignificant Accept 

6. Investment in renewable energy sources 0.932 Insignificant Accept 

7. Implementing an Environmental Management System 0.329 Insignificant Accept 

Disseminating information about sustainable practices to 

suppliers, partners, and stakeholders as a challenge focuses on 

how SMEs share their sustainability knowledge and practices 

beyond their internal operations, extending to their broader 

business ecosystem. 

Energy-efficient technologies (p = 0.593), partnering with 

responsible suppliers (p = 0.425), water-saving technologies 

(p = 0.387), environmental product design (p = 0.088), 

renewable energy (p = 0.932), and EMS implementation (p = 

0.329) mostly showed no significant impact on disseminating 

sustainable practices.  

However, waste minimization strategies demonstrated a 

significant impact (p = 0.018) on disseminating information 

to external stakeholders. This suggests that SMEs are 

particularly focused on promoting waste reduction initiatives 

to their partners and suppliers. Waste minimization is likely 

an area where tangible results, such as reduced waste output 

and cost savings, make it easier for companies to 

communicate their sustainability successes to external parties. 

The near-significant result for environmental product design 

(p = 0.088) also implies that some SMEs are beginning to 

share knowledge about green product design with their 

suppliers and partners. This finding may point to growing 

interest in creating eco-friendly products that align with 

broader market trends toward sustainability. 

The results suggest that, while environmental business 

practices are in place within Guangdong SMEs, their impact 

on awareness, education, and training challenges remains 

limited. In particular, practices like the energy-efficient 

technologies, water-saving technologies, renewable energy 

investments, and EMS implementation have not exhibited 

any significant influence on awareness, training, or 

dissemination of sustainable practices. 

The waste control area is one of the areas that have made a 

notable breakthrough; this is the result of the approach of 

passing on information between the suppliers and the partners. 

This study emphasized the point that SMEs in Guangdong are 

among the most active advocates of waste reduction which is, 

in the short term, extremely clear in the aspect of cost savings 

and environmental impact. 

Furthermore, the outcomes of collaboration with 

environmentally conscious suppliers and designing eco-

friendly products were nearly significant, hinting that those 

fields may become potential contributors to a more 

sustainable and eco-friendly society in the long run. Green 

environmental projects being directed at SMEs in Guangdong 

are one of those wonderful examples of how these practices 

will play a key part in making sustainability common 



 

258 

knowledge and its consequent adoption in the society. 

Briefly, the SMEs in Guangdong might lead in ecologically 

sustainable practices thanks to some improvements they have 

made; however, there should be more work laid down to 

ensure these practices are not only bringing awareness but 

also prepare people through education and training against the 

issues faced. Particularly, the design of official education and 

the enhancement of the demonstrations of sustainability could 

facilitate the ecological factors entering into the routine 

activities of a business. 

The fast economic growth in China, despite the increase in 

its global influence, has also caused a lot of environmental 

problems. Problems like air and water pollution, excessive 

energy consumption, and the environmental impacts of 

pollution have become major limitations to the country's 

green development. Ge et al. (2020) reported that about 10% 

of China's GDP is literally lost due to environmental pollution, 

which indicates the urgency of moving to sustainable 

practices. The manufacturing particularly of the SMEs in 

Guangdong Province is one of the critical areas in this 

sustainable development bid. The strategic 13th Five-Year 

Plan of China has outlined the abating of carbon dioxide 

emissions by 40%-45% per dollar amount of GDP by the 

2020 deadline, compared with 2005 levels. Besides, China 

will as well contribute to the implementation of the Sino-US 

Joint Statement on Climate Change's 2030 carbon emission 

reduction goals (Tong et al., 2019). 

However, the SMEs in Guangdong Province face notable 

challenges in the process of adjusting to environmental-

friendly business practices. One of the major obstacles is the 

distribution of resources in the instances when these 

companies are operating with limited funds. According to the 

report by Zhang and Huang (2021), the lack of funding 

hampers the SMEs' potential to use eco-friendly technology 

and practices, which puts them in a tough spot when it comes 

to implementing sustainable practices. Besides the pandemic, 

also mentioned was a financial crunch by Chowdhury and 

Shumon (2020) in the report entitled “Towards Sector 

Specific Criteria for Deep Green SMEs” as another obstacle 

towards sustainable green methodologies. 

Another challenge faced by SMEs in Guangdong is that 

they are not aware as well as educated about the environment-

friendly practices. SME owners and managers also do not 

have the adequate skills and understanding to carry out 

sustainability programs successfully. Pang and Shang (2019), 

together with Zheng et al. (2023), expressed through the study 

the need for development of this informational gap, as 

awareness and environmental education are the basic 

requirements for promoting green practices in the business 

sector. Misguided SMEs, because of the lack of knowledge of 

the subject, often do not see the benefits that may appear to 

be environmentally irresponsible that operations may have. 

Among small and medium-sized enterprises, carrying out 

sustainable production literally means the production of 

goods with reduced environmental impacts and rotating away 

from traditional energy forms. Sustainable practices not only 

help businesses meet environmental regulations but also 

improve their overall efficiency and competitiveness. 

Sustainable manufacturing very often includes such strategies 

as energy efficiency, resource conservation, waste reduction, 

and the use of renewable energy sources (United Nations, 

2023). 

The manufacturing sector in Guangdong Province, which 

is the main area of this study, is a key part of the Chinese 

economy, providing employment and driving GDP growth. 

The province is at the helm of sustainable development, and 

it is essential that the green industrial practices that help the 

SMEs grow be scrutinized. Resource efficiency, or the best 

possible use of energy, water, raw materials, and waste 

minimization, has become the main focus for SMEs to 

enhance their sustainability. Several research works have 

shown that higher resource efficiency not only ensures cost 

savings but also ensures operational efficiency and 

environmental friendliness (Pang & Shang, 2019). 

Though several business strategies and policies have been 

developed and implemented, research has proven that 

environmental business practices are not effective among 

Small and Medium-sized Enterprises (SMEs) in Guangdong 

Province. For example, some hypotheses were tested like the 

potential effects of raising awareness and creating an 

environmentally-conscious culture among employees on the 

adoption of energy-efficient technologies, waste 

minimization techniques, and water-saving practices. (Pang 

& Shang, 2019; Chowdhury & Shumon, 2020) Likewise, the 

provision of the employees with comprehensive training, on 

the other hand, did not bring about a substantial impact on 

energy-efficient technologies, waste minimization, and other 

green practices. 

Although some green aspects have been incorporated into 

the product design, with the help of environmentally 

responsible suppliers, these practices have not reached most 

of the SMEs yet. According to research, it is concluded that 

although the issues of awareness and education are important 

ones, they are far from being key drivers of actual changes in 

SMEs’ environmental business practices in Guangdong 

Province. The study, however, suggests that although progress 

is noticed, there is still a significant distance for SMEs to 

cover before they fully embrace sustainability in their 

businesses. 

3.3.3. Impact of Supply Chain Management Challenges 
on Environmental Business Practices 

Assessing the environmental impacts of supply chain 

activities that are of this type puts the emphasis on the 

importance of evaluating the environmental performance of 

the supply chain processes and practices. The p-values for the 

various environmental business practices in this category—

energy-efficient technologies (0.463), waste minimization 

strategies (0.138), partnering with responsible suppliers 

(0.698), water-saving technologies (0.432), integrating 

environmental considerations into product design (0.854), 

renewable energy investments (0.153), and implementation of 

an Environmental Management System (EMS) (0.765)—all 

indicate no significant impact on evaluating the 

environmental impacts of supply chain activities. The 

acceptance of the null hypothesis across these practices 

suggests that SMEs in Guangdong currently lack effective 

strategies or tools to assess the environmental impacts of their 

supply chains. This could stem from a limited understanding 

of environmental metrics or inadequate resources allocated to 

perform such evaluations. 

Sourcing sustainable materials is a critical aspect of 

minimizing the ecological footprint of manufacturing 

operations. In this context, the p-values for energy-efficient 

technologies (0.564), waste minimization strategies (0.774), 

partnering with responsible suppliers (0.547), water-saving 

technologies (0.139), integrating environmental 

considerations into product design (0.252), renewable energy 

investments (0.252), and implementing an EMS (0.273) all 



 

259 

indicate no significant impact. The results imply that SMEs 

are not prioritizing or successfully sourcing sustainable 

materials, potentially due to challenges in identifying 

environmentally friendly suppliers or the higher costs 

associated with sustainable sourcing. This lack of impact 

raises concerns about the commitment of these SMEs to 

integrate sustainability into their supply chain management 

practices. 

 

Table 9. Impact of Supply Chain Management Challenges on Environmental Business Practices 

Supply Chain 

Management 
Environmental Business Practices p-value 

p-value 

interpretation  

Accept/Reject 

Hypothesis 

1. Identify and evaluate 

the environmental 

impacts of my 

manufacturing business' 

supply chain activities 

and processes. 

1. Energy-efficient technologies and practices 0.463 Insignificant Accept 

2. Waste minimization strategies and recycling 0.138 Insignificant Accept 

3. Partnering with environmentally responsible suppliers 0.698 Insignificant Accept 

4. Water-saving technologies and practices 0.432 Insignificant Accept 

5. Integrating environmental considerations into product design 0.854 Insignificant Accept 

6. Investment in renewable energy sources 0.153 Insignificant Accept 

7. Implementing an Environmental Management System 0.765 Insignificant Accept 

2. Source 

environmentally 

sustainable materials 

and components for my 

manufacturing 

operations. 

1. Energy-efficient technologies and practices 0.564 Insignificant Accept 

2. Waste minimization strategies and recycling 0.774 Insignificant Accept 

3. Partnering with environmentally responsible suppliers 0.547 Insignificant Accept 

4. Water-saving technologies and practices 0.139 Insignificant Accept 

5. Integrating environmental considerations into product design 0.252 Insignificant Accept 

6. Investment in renewable energy sources 0.252 Insignificant Accept 

7. Implementing an Environmental Management System 0.273 Insignificant Accept 

3. Ensure that suppliers 

and partners adhere to 

environmental 

standards and 

regulations throughout 

the supply chain. 

1. Energy-efficient technologies and practices 0.095 Insignificant Accept 

2. Waste minimization strategies and recycling 0.288 Insignificant Accept 

3. Partnering with environmentally responsible suppliers 0.239 Insignificant Accept 

4. Water-saving technologies and practices 0.334 Insignificant Accept 

5. Integrating environmental considerations into product design 0.279 Insignificant Accept 

6. Investment in renewable energy sources 0.819 Insignificant Accept 

7. Implementing an Environmental Management System 0.715 Insignificant Accept 

Ensuring adherence to environmental standards and 

regulations challenge involves monitoring and enforcing 

compliance with environmental regulations among suppliers 

and partners. The p-values for practices related to this 

challenge—energy-efficient technologies (0.095), waste 

minimization strategies (0.288), partnering with responsible 

suppliers (0.239), water-saving technologies (0.334), 

integrating environmental considerations into product design 

(0.279), renewable energy investments (0.819), and 

implementing an EMS (0.715)—also demonstrate no 

significant impact on ensuring compliance with 

environmental standards. Although the p-value for energy-

efficient technologies (0.095) approaches significance, it 

ultimately suggests that there is no established relationship 

between these practices and adherence to environmental 

regulations. This may mean that despite SMEs being aware of 

the significance of compliance with green regulations, they 

do not have any solid mechanisms or policies in place to 

ensure that their suppliers comply. 

The study’s results indicate serious weaknesses in the 

SMEs in Guangdong concerning sustainable business 

practices in relation to supply chain management. The fact, 

that all practices evaluated were in compliance with the null 

hypothesis, shows that there is no substantial effect on the 

main difficulties that occur in supply chain management, such 

as the analysis of environmental impacts, the procurement of 

sustainable materials, and compliance with environmental 

standards in the main. 

This circumstance indicates that although SMEs might be 

highly conscious of environmental problems, they face a 

significant difference between being aware of and doing 

things that are useful. The possible obstacles are their 

inadequate knowledge regarding sustainable sourcing, the 

inability to analyze the supply chain effects, and the absence 

of structured policies that are important for suppliers' 

compliance. 

To countermeasure the obstacles, Guangdong SMEs might 

be forced to augment capacity-building actions, among them 

being training programs regarding supply chain management, 

that are sustainability-oriented, and the creation of 

partnerships with organizations excelling at sustainable 

practices, in addition to the setting up of transparent 

guidelines and metrics to be used in the assessment of the 

environmental threats. Through amplifying sustainability in 

the value chains of their business, these firms not only can 

increase their performance in the area of the environment but 

also improve their higher- than-ever bargaining power, owing 

to the growing impact captured by products that are preferred 

for their environmental sustainability by consumers. 

Nevertheless, the conclusions of the study reveal that the 

environmental actions implemented by SMEs in Guangdong 

have no major effect on their supply chains. For example, p-

values of various practices relating to the environment such 

as energy-efficient technologies, waste minimization 

strategies, and the alliance with responsible suppliers imply 

that these practices do not significantly affect the 

environmental impacts of supply chain activities. This 

vacuum might be caused by the SMEs' deficiency in the 

knowledge of environmental metrics or their scant resources 

given to the sustainability assessment of their supply chains. 

Similarly, in the case of using sustainable materials, the 

analysis reports no significant impact on the activities such as 

waste minimization or water-saving technologies. This 

suggests that the SMEs in Guangdong might have a hard time 

locating suppliers with green practices or that the additional 

expenditures for sustainable sourcing might be discouraging 



 

260 

them from fully engaging in such practices. 

As far as compliance with environmental standards is 

concerned, the findings offer similar evidence for other 

practices such as renewable energy investments and EMS. 

Contrary to the significant p-value energy-efficient 

technology, SMEs in Guangdong still lack efficient measures 

to control their supply chain environmental compliance, the 

findings indicate. It is aligned with the literature which 

emphasizes the difficulties SMEs are going through when 

trying to get enough resources and know-how in order to 

monitor and enforce compliance with environmental 

regulations (Ren et al., 2020). 

On the whole, although the surveys of academia show the 

unquestionable importance of SyMPs to SMEs in Guangdong, 

practical obstacles that small companies face in trying to be 

effective with ecology in reality have also been found by the 

research conducted. The results indicate there is a need for a 

venture capital investment along with tailored education and 

government help to enable the SMEs to deal with hurdles and 

for these businesses to make sure sustainability is the core part 

of their operations. 

3.3.4. Impact of Regulatory Landscape Challenges on 
Environmental Business Practices  

The ability to efficiently handle government directives and 

approach the support program is the main criterion for the 

very environmental-friendly practices initiative. Energy-

efficient technologies and practices (p-value = 0.565), waste 

minimization strategies and recycling (p-value = 0.741), 

partnering with environmentally responsible suppliers (p-

value = 0.286), water-saving technologies and practices (p-

value = 0.991), integrating environmental considerations into 

product design (p-value = 0.129), and implementing an 

Environmental Management System (EMS) (p-value = 0.554) 

all showed no significant impact. The p-values in these cases 

are well above the typical significance threshold of 0.05, 

indicating that regulatory measures in these areas have not 

significantly influenced the adoption of environmentally 

friendly practices by SMEs. As a result, the null hypothesis is 

accepted for all these variables. 

 

Table 10. Impact of Regulatory Landscape Challenges on Environmental Business Practices 

Regulatory Landscape Environmental Business Practices p-value 
p-value 

interpretation 

Accept/Reject 

Hypothesis 

1. Navigate 

government 

regulations and access 

support for 

implementing eco-

conscious practices. 

1. Energy-efficient technologies and practices 0.565 Insignificant Accept  

2. Waste minimization strategies and recycling 0.741 Insignificant Accept  

3. Partnering with environmentally responsible suppliers 0.286 Insignificant Accept 

4. Water-saving technologies and practices 0.991 Insignificant Accept  

5. Integrating environmental considerations into product design 0.129 Insignificant Accept  

6. Investment in renewable energy sources 0.005 Significant Reject  

7. Implementing an Environmental Management System 0.554 Insignificant Accept  

2. Secure funding and 

technical assistance 

from government 

programs for 

sustainable initiatives. 

1. Energy-efficient technologies and practices 0.844 Insignificant Accept  

2. Waste minimization strategies and recycling 0.954 Insignificant Accept  

3. Partnering with environmentally responsible suppliers 0.004 Significant Reject  

4. Water-saving technologies and practices 0.634 Insignificant Accept 

5. Integrating environmental considerations into product design 0.480 Insignificant Accept  

6. Investment in renewable energy sources 0.001 Significant Reject 

7. Implementing an Environmental Management System 0.752 Insignificant Accept 

3. Advocate for policy 

changes to enhance 

support for eco-

friendly practices in 

manufacturing. 

1. Energy-efficient technologies and practices 0.329 Insignificant Accept  

2. Waste minimization strategies and recycling 0.413 Insignificant Accept  

3. Partnering with environmentally responsible suppliers 0.138 Insignificant Accept  

4. Water-saving technologies and practices 0.750 Insignificant Accept 

5. Integrating environmental considerations into product design 0.051 Insignificant Accept  

6. Investment in renewable energy sources 0.090 Insignificant Accept  

7. Implementing an Environmental Management System 0.576 Insignificant Accept  

However, investment in renewable energy sources (p-value 

= 0.005) showed a significant impact, leading to a rejection 

of the null hypothesis. This suggests that regulatory support 

or incentives related to renewable energy investments are 

having a tangible effect on SMEs, encouraging them to adopt 

cleaner energy practices. This could be due to financial 

benefits, such as tax incentives or subsidies, making 

renewable energy an attractive investment for businesses. 

In the second set of challenges, most environmental 

practices also showed no significant impact from government 

funding and support programs. These include energy-efficient 

technologies (p-value = 0.844), waste minimization (p-value 

= 0.954), water-saving technologies (p-value = 0.634), 

environmental product design (p-value = 0.480), and EMS 

implementation (p-value = 0.752). The high p-values here 

imply that SMEs have not benefited significantly from 

government funding or technical support in these areas, 

possibly due to limited access or awareness of available 

programs. 

However, the results indicated significant impacts in two 

areas: Partnering with environmentally responsible suppliers 

(p-value = 0.004) and investment in renewable energy sources 

(p-value = 0.001) were both statistically significant. This 

means that government programs have effectively 

encouraged SMEs to partner with greener suppliers and invest 

in renewable energy. These findings suggest that the financial 

or technical support for these practices is more robust or better 

targeted, helping SMEs to incorporate sustainability more 

deeply into their supply chains. 

In terms of advocating for policy changes to enhance eco-

friendly manufacturing practices, none of the environmental 

practices analyzed showed a significant impact. Energy-

efficient technologies (p-value = 0.329), waste minimization 

(p-value = 0.413), responsible supplier partnerships (p-value 

= 0.138), water-saving technologies (p-value = 0.750), 

environmental product design (p-value = 0.051), renewable 

energy investments (p-value = 0.090), and EMS 

implementation (p-value = 0.576) all failed to reach statistical 



 

261 

significance. The null hypothesis is accepted for all these 

variables, indicating that policy advocacy has not led to 

notable improvements in the adoption of eco-friendly 

practices within SMEs. 

The results reveal that SMEs in Guangdong Province face 

challenges in leveraging government support and regulatory 

frameworks for most environmental business practices, as 

shown by the majority of non-significant p-values. However, 

investment in renewable energy and partnering with 

environmentally responsible suppliers stand out as areas 

where regulations and government initiatives have made a 

measurable impact. This suggests that more targeted or 

accessible support in other areas, such as waste reduction, 

water conservation, and environmental design, may be 

needed to encourage broader adoption of sustainable practices 

across SMEs. The findings imply that while certain aspects of 

the regulatory landscape are effective (particularly in 

renewable energy and supplier partnerships), there is a gap in 

the overall impact of environmental regulations and 

government programs on the broader scope of sustainable 

business practices within these SMEs. Further engagement 

with SMEs through tailored government policies, financial 

incentives, and awareness campaigns could help to bridge this 

gap. 

The results of this study highlight the complexity of 

integrating environmentally conscious practices within 

manufacturing SMEs in Guangdong Province, China. The 

literature agrees with these findings, noting several systemic 

barriers that hinder the widespread adoption of sustainable 

practices. 

To sum up, the study’s results broadly align with the 

literature, underscoring the challenges Guangdong’s 

manufacturing SMEs face in adopting sustainable practices. 

Limited financial support, complex supply chains, and 

insufficient government incentives remain key obstacles. 

Nonetheless, specific areas such as renewable energy 

investments and greener supply chain partnerships show 

promise, as the statistical data and previous studies support. 

These findings suggest that targeted government 

interventions, especially in renewable energy and supply 

chain sustainability, may offer the most effective means of 

promoting eco-conscious business practices among SMEs. 

3.3.5. Results of the Significant Impact of Each 
Challenge on Environmental Business Practices 

The table outlines the impact of environmental challenges 

on various environmental business practices, using statistical 

testing to determine if each challenge significantly influences 

the associated business practice. These include resource 

allocation, awareness and education, and regulatory 

landscape. Each challenge represents actions or 

considerations companies must address to adopt sustainable 

practices, such as allocating resources for sustainability, 

raising awareness among stakeholders, and navigating 

environmental regulations. Each challenge is linked to 

specific sustainable business practices. For instance, under 

"Resource Allocation," companies aim to allocate resources 

to support eco-friendly manufacturing and partner with 

responsible suppliers. In "Awareness and Education," 

companies focus on waste minimization and recycling, while 

in "Regulatory Landscape," they consider investments in 

renewable energy and compliance with environmental 

policies. 

 

Table 11. Summary of the Impact of Environmental Challenges to Environmental Business Practices  

Challenges 
Environmental Business 

Practices 
p-value 

p-value 

interpretation 

Accept/Reject 

Hypothesis 

Resource Allocation 

1. Allocate financial and human resources for 

environmentally friendly practices in manufacturing 

operations. 

Partnering with environmentally 

responsible suppliers 
0.016 Significant Reject 

2. Prioritize researching and adopting sustainable 

technologies and processes. 

Partnering with environmentally 

responsible suppliers 
0.001 Significant Reject 

3. Assess short-term costs versus long-term benefits 

to ensure sustainability in manufacturing operations. 

Partnering with environmentally 

responsible suppliers 
0.045 Significant Reject 

Integrating environmental 

considerations into product design 
0.036 Significant Reject 

Awareness And Education 

1. Disseminate information about sustainable 

practices to suppliers, partners, and industry 

stakeholders. 

Waste minimization strategies 

and recycling 
0.018 Significant Reject 

Regulatory Landscape 

1. Navigate government regulations and access 

support for implementing eco-conscious practices. 

Investment in renewable energy 

sources 
0.005 Significant Reject 

2. Secure funding and technical assistance from 

government programs for sustainable initiatives. 

Investment in renewable energy 

sources 
0.001 Significant Reject 

Partnering with environmentally 

responsible suppliers 
0.004 Significant Reject 

Allocating resources, such as funding and personnel, for 

environmentally friendly manufacturing is shown to have a 

significant impact on partnering with environmentally 

responsible suppliers, as indicated by p-values of 0.016, 0.001, 

and 0.045. Similarly, integrating environmental 

considerations into product design is significantly impacted 

by resource allocation (p = 0.036). Each p-value indicates that 

these resource allocations meaningfully contribute to 

sustainable operations. 

Educating suppliers, partners, and stakeholders on 

sustainability also demonstrates a significant effect (p = 0.018) 

on waste minimization and recycling practices. By increasing 

awareness, companies can drive more effective waste 

management strategies. 

Navigating government regulations and accessing 

government support shows a significant impact on 



 

262 

investments in renewable energy sources (p = 0.005). 

Additionally, securing government funding for sustainable 

initiatives (p = 0.001) and partnering with responsible 

suppliers (p = 0.004) are influenced by regulatory incentives, 

highlighting how supportive policies encourage sustainable 

business practices. 

For each row where the p-value is below 0.05, the table 

notes "REJECT Null Hypothesis," indicating that there is a 

statistically significant relationship between the 

environmental challenge and the business practice. This 

implies that implementing these environmental challenges 

can effectively drive sustainable practices. 

In summary, the table illustrates that environmental 

challenges—when met with targeted business practices—

have statistically significant impacts on achieving 

sustainability goals. These findings confirm the dominance of 

resource allocation, educational efforts, and regulatory 

compliance as the key elements of successful environmental 

business strategies. 

3.4. The Sustainable Green Industrial 
Development Model 

 
Figure 2. The Sustainable Green Industrial Development Model 

for SMEs 

According to the analysis results of SOP 1-4, it can be 

found that the number of employees and number of years in 

business have no significant impact on the adoption of 

environmental business practices by SMEs. Only the analysis 

results of SOP5 show that resource allocation has a significant 

impact on the adoption of partnering with environmentally 

responsible suppliers and integrated environmental 

considerations into products by small and medium-sized 

enterprises. Awareness and education have a significant 

impact on waste minimization strategies and recycling. 

Regulatory Landscape has a significant impact on investment 

in renewable energy sources and partnering with 

environmentally responsible suppliers. The specific p-value is 

shown in Figure 2, which is the sustainable green industrial 

development model, and analysis are shown below. 

Challenges to Sustainable Green Development 

Resource Allocation: SMEs often struggle with limited 

financial and human resources, which hampers investment in 

green technologies. While the allocation of resources is 

definitely a crucial part of sustainable development, SMEs 

struggle between the short-run costs and long-term benefits of 

many investments in green projects with the returns just 

coming over a period of time (Zhang & Huang, 2021; 

Chowdhury & Shumon, 2020). 

Awareness and Education: A barrier in suppliers, partners, 

and stakeholders who are not aware of sustainable practices 

has been stopping the adoption of these green methods. 

Awareness initiatives can help with this gap and make the 

small and medium enterprises comprehend and implement 

sustainability, according to the international standards (Tseng 

et al., 2019). 

Regulatory Landscape: Navigating governmental 

procedures is a multifaceted issue; although there are 

sustainability policies that aim at promoting the path of green 

furniture and energy use, SMEs, at times, are struggling due 

to the lack of finance, incentives, and good governance. These 

regulatory hindrances hinder the options SMEs have to 

comply with the set standards and embrace such practices as 

green procurement (Govindan et al., 2024; Gao et al., 2022). 

Pathways to Environmental Business Practices 

(1) Waste Minimization and Recycling- In view and 

looking at China's toxic waste laws, the SMEs in Guangdong 

have started taking steps in waste reduction and recycling 

programs. Through minimizing, the SMEs may be able to 

trim waste costs as well as to find new waste streams to make 

money from recycled materials (Kanwal et al., 2022). 

(2) Partnering with Environmentally Responsible 

Suppliers- Teaming up with suppliers who give priority to 

environmental responsibility is key. Such partnerships prove 

to be a suitable fit for small and medium-sized enterprises as 

they seek to align their supply chains with green initiatives, 

although the process of interconnecting various parts of a 

chain can often be burdensome (Tseng et al., 2019). 

(3) Integrating Environmental Considerations into 

Products- Guangdong SMEs are reshaping technological 

processes by manufacturing the eco-friendly items that buyers 

are now looking for, thus this trend is becoming a drive among 

the consumers to buy the sustainable ones. Such strategy apart 

from being a market differentiator, builds customer loyalty, 

which in turn represents a competitive edge. 

(4) Investment in Renewable Energy- Energy-saving 

technology such as LED systems is the focus of Guangdong, 

which is adopting them to lower electricity use. Since the 

upfront costs are mostly high, the economic value of these 

savings programs and the environmental contributions they 

offer to the future make them a possible growth strategy in 

sustainability (Prashar et al., 2019; Shurrab et al., 2019). 

In summary, SMEs in Guangdong Province are confronted 

by substantial challenges, but, at the same time, also have 

ample chances to implement sustainable practices. Resources 

allocation, partnerships, and government support, as well, 

enable them to deal both with instantaneous operational needs 

and long-term environmental goals thus contributing to 

China's broader commitment to reducing carbon emissions 

(Li et al., 2020; Wang et al., 2023). 

4. Conclusion  

The following conclusions are drawn from the study's 

findings: 



 

263 

While the survey was titled as "Effectiveness of Green 

Operations," the researcher said that SMEs did not explain or 

demonstrate any actual usage of the green operational 

technique. Despite this, however, it was found that the 

investment in renewable energy is considered by no more than 

5% of the survey respondents as a highly effective 

environmental protection practice. Congruently, these 

enterprises also prefer to improve waste management and 

recycling, although, in reality, the actual values of 

performance are yet insignificant. Possibilities such as funds 

from weather-positive suppliers as well as making 

environmental issues a priority in product design are affirmed 

and rated as fewer effective ones too. Overall, the findings 

indicate that there are great chances to enhance the efficiency 

of these eco-friendly projects with SMEs. 

The study indicates that small and medium enterprises 

(SMEs) in Guangdong Province generally perceive low 

challenges in implementing environmental business practices, 

despite recognizing the importance of sustainability. 

Resource allocation emerged as the most significant 

challenge, though respondents did not view it as a major 

obstacle, likely due to awareness of long-term benefits. While 

raising awareness and fostering an environmentally conscious 

culture were prioritized, these tasks were also considered less 

challenging, reflecting confidence in engaging employees and 

stakeholders. In supply chain management, ensuring supplier 

adherence to environmental standards was seen as complex 

but manageable, indicating a level of confidence in 

sustainable practices. Overall, SMEs felt relatively supported 

by government initiatives and did not perceive regulatory 

compliance as particularly problematic, focusing more on 

existing regulations than on advocating for policy changes. 

According to the survey results, manufacturing SMEs in 

Guangdong Province of China are commonly met with no 

trouble in delivering ecological principles in environmental 

business. Resource allocation is the main factor for them in 

being able to put this into effect; even then, this issue is not 

considered a serious problem. The companies have 

confidence that they will be able to place environmentally 

friendly technologies at the top of their priorities. As SMEs 

are still coming to grips with immediate costs versus long-

term gains, they, however seem to have developed a greater 

understanding of the long-term potential of their 

environmental policies. Involving employees as well as 

stakeholders in sustainability efforts plus training is said to be 

not so serious according to them. Either the company's 

internal policies or the available resources made it this way. It 

is also connected to supply chain management and regulatory 

compliance, the SMEs perceived these areas to be quite 

uncomplicated, especially due to government interventions 

they could count on. 

Moreover, the research emphasizes the issue of raising 

awareness and cultivating an environmentally friendly culture 

within SMEs and thus, the necessity for sustainable behavior 

among employees and stakeholders is being discussed. On the 

contrary, different ecological methods such as energy-saving 

and waste reduction turned out to be no more than just a 

further decrease in idleness while mindfulness was not 

significantly influenced though some measures were closer. 

Initiatives in the line of training are noted as the necessary 

ones for preparing the staff with the skills that are applicable 

in the execution of sustainability, yet the current practices do 

not have a mild influence on training. Spreading the word of 

sustainable practices to outer partners has almost brought no 

results but waste minimization got the most positive one. This 

along with the indispensable knowledge acquired from 

credible sources allows SMEs to proclaim their waste 

reduction programs which can be quantified and shared with 

partners and suppliers. 

Moreover, the study stresses the problem of evaluating 

supply chain activities' environmental impacts, which means 

that different environmental practices currently are not very 

powerful in this sector. SMEs in Guangdong seem to have a 

lack of knowledge in the field of green accounting as well as 

a lack of resources for their evaluations. Another issue related 

to using eco-friendly materials comes to light. The SMEs do 

not give enough weight or accomplish sustainable sourcing 

strategies, maybe because it is difficult to find eco-friendly 

suppliers and the prices are too high. On the other hand, 

adhering to environmental standards among suppliers and 

partners becomes another difficulty. The findings reveal that 

SMEs agree that compliance is a must, but they do not have 

adequate systems to ensure their adherence. In general, this 

evidence of a more successful supply chain management 

more sustainable solutions, along with top-down directives 

and policies, therefore, becomes the priority. 

The study focuses on the critical role of idling through 

governmental rules and getting help for implementing green 

practices to clearly see that the majority of environmental 

projects do not greatly enforce the regulation. Mostly, green 

practices have no effect whereas only green energy saving is 

the clear example of those measures that are greatly supported 

by the government, so it seems that monetary incentives from 

the government are indeed quite likely to attract SMEs to the 

clean energy path. Furthermore, engaging the suppliers, who 

are involved in preserving the environment, is another field 

where the government programs have the positive impact. On 

the other hand, governmental support and finance, in general, 

have not been to the advantage of SMEs in implementing 

some sustainable technologies and practices. Also, the 

changes in the policy have been so minimal that they have not 

really affected the rate of eco-friendly actions in these 

companies. 

The model for Sustainable Green Industrial Development 

in Guangdong, China, as presented in Figure 2 highlights key 

challenges and pathways for SMEs to adopt environmentally 

friendly practices. Figure 2 in Chapter 3 presents in detail the 

significant impact of different challenges, such as resource 

allocation, awareness and education, and regulatory patterns, 

on the adoption of different forms of environmental business 

practices by SMEs. Given China’s significant contribution to 

global carbon emissions—largely due to rapid 

industrialization and export-driven growth—there is a 

pressing need for sustainable practices in its manufacturing 

sector (Zhang et al., 2024). Guangdong Province, a major 

industrial hub, faces environmental degradation from 

hazardous waste, air pollution, and water contamination, 

driving local manufacturing SMEs to adopt eco-conscious 

initiatives (Ge et al., 2020; Li et al., 2020). 

5. Recommendations  

Based on the results and conclusions of SOP1, two 

recommendations are proposed: Firstly, small and medium-

sized manufacturing enterprises in Guangdong Province 

should increase their investment in environmental protection 

technologies and practices, especially in renewable energy 

and waste minimization strategies. Although these areas are 

considered relatively effective in current environmental 



 

264 

business practices, their overall efficiency still needs to be 

improved. Enterprises should actively explore and apply more 

advanced renewable energy technologies, such as solar and 

wind energy, to reduce energy consumption and carbon 

emissions. Meanwhile, strengthening waste management and 

recycling, reducing resource waste and environmental 

pollution, are also key to enhancing the effectiveness of 

environmental protection practices. Secondly, the Guangdong 

Provincial Government and relevant departments should 

introduce more policies and measures to support the 

environmental protection practices of SMEs. The government 

can formulate preferential policies such as tax reductions and 

funding subsidies to encourage enterprises to increase their 

investment in environmental protection and improve their 

environmental technology level. At the same time, strengthen 

the supervision and enforcement of environmental 

regulations, ensure that enterprises comply with 

environmental regulations, and reduce environmental 

pollution. In addition, the government can also establish 

platforms to promote cooperation between small and 

medium-sized enterprises, environmental technology 

suppliers, research institutions, etc., to jointly promote 

environmental technology innovation and application, and 

enhance the environmental practice ability and level of 

enterprises. 

Based on the results and conclusions of SOP2, four 

recommendations are proposed:  

(1) Strengthen resource allocation for sustainable 

development initiatives. Small and medium-sized enterprises 

in Guangdong should prioritize resource allocation, support 

the adoption of green technologies, and balance short-term 

costs with long-term environmental and economic benefits. 

Small and medium-sized enterprises can optimize resource 

allocation and gradually implement environmental protection 

practices while maintaining financial stability. 

(2) Invest in awareness raising and educational programs. 

In order to bridge the knowledge gap between suppliers, 

partners, and stakeholders, small and medium-sized 

enterprises should implement awareness and education 

initiatives focused on sustainable practices that meet global 

standards, such as developing training programs, organizing 

seminars, or collaborating with industry organizations to 

share best practices for sustainable development. Educating 

stakeholders will help better align with sustainable 

development goals and cultivate a more ecologically 

conscious corporate culture. 

(3) Strengthen green supply chain management. Small and 

medium-sized enterprises can integrate internal and external 

resources to promote the joint implementation of green 

procurement, clean production, and environmentally friendly 

logistics strategies by upstream and downstream enterprises 

in the supply chain. At the same time, they can strengthen 

cooperation with government, industry associations, and 

other institutions, obtain policy support and market 

information, ensure that all links in the supply chain comply 

with environmental standards, and comprehensively improve 

the environmental performance and sustainable development 

capabilities of the supply chain. 

(4) Simplify regulatory compliance and leverage 

government support. Small and medium-sized enterprises 

should utilize existing government plans and incentives 

aimed at promoting sustainable development, and work 

closely with regulatory agencies to help these enterprises cope 

with complex compliance environments and ensure 

compliance with environmental standards. In addition, 

advocating for strengthening financial incentives or 

simplifying regulatory procedures can further help SMEs 

achieve sustainable development. 

Based on the results and conclusions of SOP3, four 

recommendations are proposed:  

(1) Increasing efforts to minimize and recycle waste. 

Implementing waste reduction and recycling plans can help 

small and medium-sized enterprises reduce disposal costs and 

may generate additional sources of income from recycled 

materials. According to China's hazardous waste regulations, 

small and medium-sized enterprises should assess their waste 

production and identify opportunities to minimize it. 

Encouraging internal recycling and exploring partnerships 

with waste management companies can further support these 

goals. 

(2) Strengthen partnerships with environmentally 

responsible suppliers. Collaborating with suppliers who 

prioritize environmental responsibility is crucial for 

achieving a sustainable supply chain. Small and medium-

sized enterprises should establish environmental supplier 

standards and conduct regular evaluations to ensure 

compliance with these standards. This strategy not only 

reduces the impact on the environment, but also enhances the 

company's reputation by aligning with sustainable 

development partners. 

(3) Develop and sell environmentally friendly products. 

Small and medium-sized enterprises in Guangdong can stand 

out in the market by designing products with minimal 

environmental impact. Environmental product innovation 

caters to consumers' growing demand for sustainable choices, 

establishes brand loyalty, and provides competitive 

advantages. By incorporating environmental factors into 

product design, small and medium-sized enterprises can 

strengthen their market positioning while promoting 

sustainable development. 

(4) Expand investment in renewable energy. Small and 

medium-sized enterprises should consider adopting energy-

saving technologies such as LED lighting systems and 

renewable energy to reduce energy consumption and lower 

long-term operating costs. Government incentive measures, 

such as green loans, can help small and medium-sized 

enterprises provide funding for these projects, enabling them 

to reduce their carbon footprint and contribute to China's 

broader sustainable development goals. 

Based on the results and conclusions of SOP4, two 

recommendations are proposed: Firstly, it is recommended 

that small and medium-sized enterprises in Guangdong 

Province pay special attention to the rationality of resource 

allocation when promoting sustainable development. 

Resource allocation is a key factor affecting the cooperation 

between small and medium-sized enterprises and 

environmentally responsible suppliers, as well as 

incorporating environmental factors into product design. 

Therefore, enterprises should optimize resource allocation 

and ensure sufficient funds, technology, and human resources 

are invested in green supply chain management, such as 

supporting green procurement, promoting clean production, 

and environmentally friendly logistics, to achieve the green 

transformation of the supply chain. Secondly, given the 

significant impact of awareness and education on waste 

minimization strategies and recycling, small and medium-

sized enterprises in Guangdong Province should increase 

environmental training and publicity efforts for their 



 

265 

employees. By enhancing employees' environmental 

awareness, they can better understand and participate in the 

company's green supply chain management practices, such as 

actively participating in waste classification, recycling, and 

other activities. At the same time, enterprises can also 

cooperate with educational institutions, industry associations, 

and other organizations to jointly carry out environmental 

education and training projects, cultivate more professional 

talents with environmental literacy, and provide strong 

support for the sustainable development of enterprises. 

Acknowledgment 

First and foremost, I would like to thank God for granting 

me the strength, wisdom, and perseverance to complete this 

dissertation. His guidance has been my source of courage 

during the most challenging moments of this journey, and I 

offer my deepest gratitude for his unwavering presence. 

I would like to express my sincerest thanks to my adviser, 

Dr. Angelita C. Serrano, for her invaluable support, patience, 

and expert guidance throughout this research. Her 

constructive feedback and encouragement have been 

instrumental in shaping this dissertation, and I am forever 

grateful for her mentorship. 

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