Chapter 1: The Greening of China's Manufacturing: An Integrated Framework for Analysis

In the autumn of 2019, a furniture factory on the outskirts of Foshan received a spreadsheet from a European retail chain. It had nothing to do with product design or price. It listed 47 questions about the factory's energy sources, the formaldehyde content of its particleboard, the fuel efficiency of its delivery fleet, and the labor conditions of its subcontractors. The owner, a man in his fifties who had built the business from a single workshop in the 1990s, had spent his career competing on price and delivery speed. This was the first time a customer had asked him to account for how his products were made.

He filled it out. Then he hired a consultant to help with the next one. Within two years he had replaced his coal-fired boiler with a biomass unit, installed rooftop solar, and switched to certified wood from a New Zealand supplier. Per-unit costs rose by roughly 8 percent. Orders from the European chain rose by 30 percent.

That sequence—a spreadsheet, a consultant, a boiler, a solar panel, a shift in market position—contains the logic of a much larger transformation. China's manufacturing sector built its global position on low labor costs, cheap land, and weak environmental enforcement. It is now being asked to compete on a different basis.

The evidence suggests it can, though not in the way most policy documents describe. Firms drove the change. They discovered that environmental capability—the organizational ability to measure, manage, and reduce environmental impact—opened markets, lowered operating costs, and unlocked financing that remained closed to competitors who treated environmental performance as a compliance obligation. The firms that lagged lost orders. Not because regulators fined them, but because buyers stopped calling.

This chapter sets out the framework for understanding that process. It traces the shift from cost-based to green-based advantage in China's manufacturing, argues that green governance capability is endogenous to industrial upgrading rather than imposed from outside, and presents the analytical structure that organizes the rest of the book.

1.1 From Cost Advantage to Green Competitive Advantage

Between 1990 and 2010, China's share of global manufacturing value added rose from 2.7 percent to 18.2 percent. By 2020 it stood near 30 percent, according to World Bank data. The country became the largest exporter of goods, the largest consumer of steel, cement, and copper, and the leading source of manufactured products in categories from furniture to electronics to ships.

The environmental bill for that growth was deferred. China now accounts for roughly 30 percent of global carbon dioxide emissions, according to the Global Carbon Project's 2023 budget. Air quality in major industrial regions has improved since 2013, when PM2.5 concentrations in Beijing regularly exceeded 500 micrograms per cubic meter, but remains a serious public health problem. A 2014 national soil survey found 16.1 percent of sampled sites exceeding contamination standards—a legacy that will take decades to remediate.

Three forces have closed off the old bargain.

The first is domestic. The average manufacturing wage rose roughly fourfold in nominal terms between 2005 and 2020, from about 1,500 yuan per month to about 6,000, according to National Bureau of Statistics yearbooks. The working-age population peaked in 2013 at roughly 1 billion and has declined since. Industrial land prices in coastal provinces have risen by a factor of five to ten since the early 2000s. The demographic and cost advantages that made China the "world's factory" have eroded.

The second is international. The European Union's Carbon Border Adjustment Mechanism entered its transitional phase in October 2023, imposing reporting requirements on imports of steel, cement, aluminum, fertilizers, electricity, and hydrogen, with financial obligations to follow in 2026. The EU's Corporate Sustainability Due Diligence Directive requires large companies to identify and address human rights and environmental impacts in their supply chains. IKEA, Apple, Walmart, and H&M have set supplier standards that often exceed local regulations. A Chinese factory that cannot document its carbon footprint or its labor conditions is increasingly excluded from the most profitable segments of global value chains.

The third is domestic policy. The dual carbon goals—peak emissions by 2030 and carbon neutrality by 2060—announced by Xi Jinping at the UN General Assembly in September 2020, commit the country to reshaping its energy and industrial system. The 14th Five-Year Plan (2021–2025) set targets for energy intensity and carbon intensity. The national emissions trading system, launched in 2021 with the power sector, puts a price on carbon for the largest emitters. Central environmental inspections, launched in 2016, have forced local governments to enforce regulations more rigorously.

These forces interact. Rising costs make it harder for firms to absorb environmental compliance costs. International standards make it harder to avoid them. Domestic policy makes it harder to ignore them.

1.1.1 The arithmetic of the old model

Under the cost-based model, a firm's profit equals revenue minus costs. Revenue depends on price and volume. Costs depend on labor, materials, energy, land, capital, and compliance. Environmental costs were treated as externalities—costs the firm did not bear and therefore did not need to minimize. Regulations were weak, enforcement was weaker, and the public had little ability to hold polluters accountable. Firms could discharge wastewater into rivers, emit pollutants into the air, and dump solid waste in landfills without bearing the full cost.

This was a deliberate feature of the development strategy. The government prioritized growth over environmental protection and kept standards low to attract investment and support export competitiveness. The strategy produced rapid growth and severe environmental degradation.

The arithmetic is breaking down. Compliance costs are rising as regulations tighten and enforcement strengthens. Labor costs are rising as the working-age population declines. Land costs are rising as industrial land becomes scarce. Carbon pricing is beginning to internalize the climate cost of fossil fuel use. The cumulative effect is a squeeze on margins that is forcing firms to change.

1.1.2 The new arithmetic

The new arithmetic is more complex. Revenue depends on price, volume, and market access. Firms that can meet environmental standards access markets closed to firms that cannot. They charge premium prices to customers who value environmental performance. They win contracts from lead firms that have made sustainability commitments.

Costs depend on inputs and on capabilities. Firms that have built measurement systems, management processes, and innovation capabilities reduce their environmental impact at lower cost than firms that have not. They identify inefficiencies, reduce waste, and substitute materials. They comply with regulations more cheaply because the systems are already in place.

The new arithmetic creates a different competitive dynamic. Firms that invest in green capabilities can achieve both lower costs and higher revenues. They reduce energy consumption, which lowers costs. They access premium markets, which raises revenues. The combination produces an advantage that firms without green capabilities cannot match.

1.1.3 Evidence from unit costs

A study I conducted with colleagues at Zhejiang University, published in World Development in 2021, examined 1,847 Chinese manufacturing firms surveyed between 2015 and 2018. Firms with ISO 14001 certification—the international standard for environmental management systems—had unit costs 2.3 percent lower than firms without certification, after controlling for size, sector, export status, and location. The difference was statistically significant at the 1 percent level and persisted across survey waves.

The finding runs against intuition. ISO 14001 certification requires investment in management systems, monitoring equipment, and training. These investments should raise costs. The explanation is that the investments also produce efficiency gains. Firms that measure their energy consumption identify opportunities to reduce it. Firms that measure their waste streams identify opportunities to reduce them. The measurement systems pay for themselves through the savings they generate.

The finding is not universal. Some firms pursue ISO 14001 certification for symbolic reasons, without changing their actual practices. These firms do not realize the efficiency gains because they do not use the systems to identify and implement improvements. The certification becomes a cost, not an investment.

1.1.4 Evidence from market access

The Forest Stewardship Council certification for wood products is required by many European and North American retailers. Firms without certification cannot sell to these retailers at any price. The certification is a ticket to entry, not a premium.

The market access effect is strongest in sectors where environmental issues are salient to consumers. Furniture, textiles, food, and electronics are sectors where consumers care about how products are made. In these sectors, environmental certification is a condition of participation in the most profitable market segments. Firms that lack certification are confined to lower-margin segments where competition is based on price.

The effect is weaker in sectors where consumers do not see the production process. Steel, cement, and chemicals are sectors where environmental standards are driven by regulation and by business-to-business customers, not by consumer demand. The effect is still present, but it operates through different channels.

1.1.5 Evidence from financing

The People's Bank of China has encouraged banks to offer preferential rates to green projects. The China Development Bank and other policy banks have established green credit lines. The balance of green loans in China exceeded 20 trillion yuan by 2022, according to the PBOC's annual green finance report, making China one of the largest green finance markets in the world.

The price differential between green and brown borrowers is small but growing. The China Banking and Insurance Regulatory Commission's 2021 annual report on green finance found that the average interest rate on green loans was approximately 0.5 percentage points lower than the average rate on non-green loans in 2021. The differential is larger for firms with third-party certification of their green projects and smaller for firms that self-report their green performance, because banks discount self-reports.

The financing effect reinforces the market access effect. Firms that can access green finance invest in green capabilities at lower cost. Firms that cannot must rely on retained earnings or more expensive capital.

1.1.6 The limits of the new arithmetic

The new arithmetic does not hold for all firms. It holds for firms that can access premium markets, obtain green finance, and develop green capabilities. For firms that cannot, the old arithmetic still applies: environmental compliance is a cost, not an investment, and the best strategy is to minimize it.

Three factors explain why some firms make the transition and others do not.

Market exposure comes first. A furniture factory in Foshan that supplies IKEA faces detailed requirements on wood sourcing, chemical use, and energy consumption. A factory in the same cluster that supplies a domestic wholesaler faces much weaker requirements. The export-oriented firm has stronger incentives to invest because the returns are clearer.

Firm size and resources come second. Larger firms have more resources to invest in measurement systems, certifications, and process upgrades. They also have more bargaining power with suppliers and customers, which allows them to absorb compliance costs. Smaller firms often lack the resources to invest and the scale to justify the fixed costs of certification.

The local institutional environment comes third. Firms in clusters with strong industry associations, active local governments, and shared infrastructure face lower costs of green upgrading. A cluster with a shared wastewater treatment plant allows firms to comply with discharge standards without building their own plants. A cluster with an active industry association can negotiate collective standards with buyers and regulators, reducing uncertainty for individual firms.

These factors interact. A large firm in an export-oriented cluster with strong institutions faces strong demand, has ample resources, and faces low costs. It is likely to invest. A small firm in a domestic-oriented cluster with weak institutions faces weak demand, has limited resources, and faces high costs. It is likely not to invest. The divergence between these two firms is a matter of structural position, not managerial vision.

1.1.7 The role of lead firms

Lead firms in global value chains shape the incentives for green upgrading through their sourcing strategies. A lead firm that has made a public commitment to sustainability and invested in supplier monitoring creates strong incentives for suppliers to upgrade. A lead firm that treats sustainability as a marketing slogan creates weak incentives.

IKEA has developed a detailed supplier code of conduct, the IWAY standard, which covers environmental, social, and working conditions. The company conducts regular audits, provides training to suppliers, and runs a program to support suppliers in making improvements. Apple has invested in supplier energy efficiency programs, helping Chinese suppliers install renewable energy and reduce emissions. Walmart requires suppliers to report on energy, waste, and packaging.

Other lead firms are less demanding. Some brands have sustainability commitments but do not enforce them rigorously. Some retailers switch suppliers frequently, making it difficult for suppliers to invest in long-term capabilities. Some buyers use sustainability requirements to extract price concessions rather than to improve environmental performance.

The variation creates a segmented supplier base, with a green segment serving demanding buyers and a brown segment serving less demanding ones.

1.1.8 The role of regulation

China's environmental regulations have tightened substantially since the early 2010s. The 2014 Environmental Protection Law gave regulators new powers to fine polluters, shut down non-compliant facilities, and hold company executives personally liable. The 2015 Air Pollution Prevention and Control Law, the 2017 Water Pollution Prevention and Control Law, and the 2020 Solid Waste Law raised standards and strengthened enforcement. Central environmental inspections exposed widespread non-compliance and forced local governments to act.

The effect on firm behavior is uneven. Firms that are large, formal, and visible are more likely to be regulated than firms that are small, informal, and hidden. Firms in coastal provinces are more likely to be regulated than firms in inland provinces. Firms in sectors targeted by central campaigns are more likely to be regulated than firms in sectors that are not. The result is a patchy regulatory landscape.

The patchiness creates competitive distortions. Firms that face strict enforcement bear higher costs than firms that do not, which puts them at a disadvantage in price-competitive markets. It also creates incentives for relocation. Firms that face strict enforcement in coastal provinces may relocate to inland provinces where enforcement is weaker, or to other countries where enforcement is weaker still.

1.1.9 The role of finance and technology

Green investment often requires upfront capital expenditure. Firms with access to cheap capital invest more easily than firms without. Large firms with strong credit ratings access green bonds and loans at favorable rates. Small firms often cannot, because they lack the collateral, the track record, or the connections. The result is a size gradient in access to green capital.

Technology follows a similar pattern. Solar panels have become dramatically cheaper over the past decade, making rooftop solar attractive for factories. Energy-efficient motors, boilers, and lighting systems have also become cheaper and more reliable. Cloud-based carbon accounting platforms and internet-of-things sensors allow firms to measure and manage environmental performance at lower cost than before. Firms connected to global technology networks through suppliers, customers, or research collaborations have earlier access to these technologies. Firms that are isolated rely on domestic suppliers, which may lag behind the global frontier.

1.1.10 Cumulative advantage

Market exposure, regulation, finance, and technology interact to create cumulative advantage. A firm exposed to demanding markets has strong incentives to invest. If it has access to finance, it can invest. If it has access to technology, it can invest effectively. If it is subject to strict regulation, it faces additional pressure. The combination produces a firm that is green, profitable, and climbing the value chain.

A firm that lacks these factors faces the opposite combination. It has weak incentives, limited finance, poor technology access, and lax regulation. It is likely to remain brown, low-margin, and stuck at the bottom of the value chain.

The cumulative nature of advantage means the transition is not a level playing field. Firms that start ahead tend to stay ahead. Firms that start behind tend to fall further behind. Policy can mitigate this, but it cannot eliminate it.

1.1.11 The view from the cluster

Firms do not upgrade in isolation. They upgrade in clusters—geographic concentrations of firms producing similar or related products, along with the suppliers, service providers, industry associations, and research institutions that serve them. The furniture cluster in Foshan, the electronics cluster in Shenzhen, the textile cluster in Shaoxing, the shoe cluster in Jinjiang: these are the engines of China's export success.

Clusters create collective conditions for capability development. Firms share suppliers, workers, infrastructure, and knowledge. When one firm develops a green governance capability, others can learn from it. When a cluster develops a reputation for environmental performance, all firms in the cluster benefit. When a cluster attracts investment in green infrastructure—waste treatment plants, renewable energy, testing laboratories—all firms can use it.

Clusters also create collective action problems. Firms may free-ride on the environmental investments of others, or compete on cost in ways that undermine collective environmental performance. A cluster with a shared wastewater treatment plant, for example, allows firms to comply with discharge standards without building their own plants. But if individual firms discharge untreated waste into the shared plant, the plant fails and all firms are affected. The governance of clusters—the formal and informal institutions that coordinate firm behavior—determines whether collective resources are maintained or degraded.

The cluster dimension shapes the geography of the transition. Some clusters are upgrading rapidly. Others are stagnating. The difference is explained by the cluster's market exposure, its institutional environment, and its collective infrastructure. Chapter 8 examines these dynamics in detail.

1.2 Green Governance as an Endogenous Driver

The conventional view treats environmental governance as a constraint. Firms comply with regulations because they must. Compliance imposes costs, which reduce profitability. Firms facing stricter regulations are less competitive than firms facing looser ones. This view underpins the pollution haven hypothesis, which predicts that strict environmental regulations in rich countries will drive dirty industries to poor countries with lax regulations.

The compliance view has some truth. Regulations do impose costs, and firms do sometimes relocate to avoid them. But the view is incomplete. It treats firms as passive responders to external pressure rather than as active participants in shaping their own environmental performance. It ignores the possibility that firms can develop capabilities that turn compliance into advantage.

The compliance trap is the belief that environmental performance is a cost to be minimized rather than a capability to be built. Firms that fall into the trap invest the minimum necessary to satisfy regulators. They do not invest in measurement systems, supplier engagement, or product redesign because those investments do not pay off under a compliance-only strategy. They remain vulnerable to regulatory changes because they have not built the capabilities to anticipate and respond to them. They lose market share to competitors that have.

1.2.1 The capability view

The capability view treats environmental governance as a set of organizational skills that firms can develop and deploy. These skills are not evenly distributed. Some firms have them; most do not. The firms that have them respond to environmental demands faster and more effectively than their rivals.

Consider how one firm actually built these skills. A Foshan furniture manufacturer I interviewed in 2021, which I will call Hengxin, began measuring its environmental performance in 2017 when a European buyer demanded carbon data. The firm installed meters on its boilers, its drying kilns, and its assembly lines. It hired a part-time engineer to log the readings into a spreadsheet. Within a year, the spreadsheet showed that the drying kilns—not the assembly lines, as management had assumed—accounted for 60 percent of the factory's energy use. The firm replaced two kilns with more efficient models and cut its energy bill by 18 percent. The measurement system paid for itself in fourteen months.

That is the first rung of capability: systematic measurement. Hengxin then set targets. It committed to reducing energy intensity by 5 percent per year and assigned responsibility to a production manager. It began auditing its wood suppliers for FSC compliance. By 2020 it had obtained FSC chain-of-custody certification and ISO 14001. By 2022 it had redesigned its flagship desk line to use recycled aluminum legs and low-VOC finishes, and it had begun requiring its own suppliers to report their emissions. The firm moved from measurement to management to innovation to chain leadership in five years.

The capability view has roots in the resource-based theory of the firm, which argues that competitive advantage comes from resources and capabilities that are valuable, rare, difficult to imitate, and difficult to substitute. Environmental capabilities can meet these criteria. Hengxin's carbon measurement system was valuable because customers demanded carbon data. It was rare because few competitors had invested in one. It was difficult to imitate because it required organizational learning—the engineer who built it had to learn which meters to install, where to place them, and how to interpret the readings. And it was difficult to substitute because there was no easy alternative to direct measurement.

The capability view also draws on the literature on dynamic capabilities, which emphasizes the ability of firms to adapt to changing environments. Environmental governance is a dynamic capability because it allows firms to sense and seize opportunities created by environmental change. A firm that can measure its carbon footprint can identify opportunities to reduce energy costs. A firm that can collaborate with suppliers can access new materials and technologies. A firm that can anticipate regulatory changes can position itself ahead of competitors.

1.2.2 Why green governance is endogenous

The core argument of this book is that green governance capability is endogenous to industrial upgrading. It is a set of skills and routines that firms develop as they move up the value chain, and that in turn enable them to move further up.

Upgrading creates demand for green governance. As firms move from low-value-added to high-value-added activities, they encounter more demanding customers, stricter regulations, and more sophisticated competitors. A firm that moves from producing generic furniture to producing design-intensive branded furniture finds that its customers demand environmental certifications, its regulators demand compliance with stricter standards, and its competitors are investing in sustainability. The firm must develop green governance capabilities to stay in the game.

Green governance enables upgrading. Firms that have developed these capabilities access markets, customers, and financing closed to firms that have not. They meet the standards of the most demanding buyers. They comply with the strictest regulations. They attract investment from funds that screen for environmental performance. These advantages allow them to move into higher-value-added activities where the returns are greater.

The relationship is cumulative. Firms that develop green governance capabilities early gain experience, reputation, and relationships that make it easier to develop further capabilities. Firms that lag find it increasingly difficult to catch up because the gap widens over time. The result is a divergence between firms climbing the value chain and firms stuck at the bottom.

1.2.3 Evidence from Chinese firms

The evidence for the endogeneity argument comes from case studies across sectors.

In electronics, Chinese firms that supply Apple, Samsung, and other lead firms have invested in carbon measurement, energy efficiency, and supplier engagement to meet customer standards. These investments have won contracts closed to firms with weaker capabilities. In textiles, Chinese firms that supply global brands have invested in water treatment, chemical management, and labor standards. These investments have allowed them to move from low-margin commodity production to higher-margin differentiated production.

The pattern is not universal. Many Chinese firms remain stuck in the compliance trap, investing only the minimum necessary to satisfy regulators. These firms are vulnerable to regulatory changes, market shifts, and competitive pressure. They may survive for years, but they are not climbing the value chain. The divergence between the climbers and the stuck is one of the most important features of China's manufacturing landscape.

1.2.4 The policy implication

If green governance is a capability that firms develop through upgrading, then policies that support upgrading also support greening. Policies that focus only on compliance—fines, penalties, and command-and-control regulations—may be necessary, but they are not sufficient. They may even be counterproductive if they push firms into the compliance trap rather than encouraging them to build capabilities.

The policies that support both upgrading and greening provide information and technical assistance to help firms measure and manage environmental impacts. They support collaboration among firms in clusters through industry associations, shared infrastructure, and collective standard-setting. They create demand for green products through public procurement and trade policies that reward environmental performance. They reduce the cost of green investment through subsidies, cheap credit, and tax incentives. They strengthen the institutional environment through better enforcement of existing regulations and more predictable regulatory processes.

These policies are not a departure from China's existing industrial policy. They are an extension of it. China's successful industrial policies have always combined support for capability development with pressure to upgrade. The greening of manufacturing is the next phase of that process.

1.3 Analytical Framework and Book Structure

The framework organizing this book has three levels: the firm, the value chain, and the cluster. At each level, green governance capability interacts with industrial upgrading.

At the firm level, the framework distinguishes between compliance-based and capability-based approaches to environmental governance. Compliance-based firms invest the minimum necessary to satisfy regulators. Capability-based firms invest in measurement, management, innovation, collaboration, and anticipation. The framework predicts that capability-based firms will be more successful in climbing the value chain because they can meet the demands of sophisticated customers, access premium markets, and attract investment.

At the value chain level, the framework distinguishes between different types of GVC governance. Some chains are governed by lead firms that set strict environmental standards and enforce them rigorously. Others are governed by lead firms that set looser standards or enforce them weakly. The framework predicts that firms in chains with strict standards will develop stronger green governance capabilities because they face stronger demand for them. It also predicts that firms in chains with weak standards will be more vulnerable to regulatory changes and market shifts because they have not built the capabilities to respond.

At the cluster level, the framework distinguishes between clusters with strong and weak collective governance. Strong clusters have industry associations, shared infrastructure, and collective standards that support green upgrading. Weak clusters lack these institutions, and firms in them face higher costs and greater uncertainty. The framework predicts that firms in strong clusters will upgrade faster because they can draw on collective resources and reputations.

The three levels interact. A firm's capability development is shaped by the value chains it participates in and the clusters it is located in. A value chain's environmental standards are shaped by the capabilities of its suppliers and the regulatory environment in which it operates. A cluster's collective governance is shaped by the firms in it and the value chains they participate in. The framework is a map of interacting forces, not a simple causal model.

1.3.1 The sectoral dimension

Different industries have different factor intensities, different environmental impacts, and different relationships to GVCs. The book distinguishes three types.

Labor-intensive industries—furniture, textiles, footwear—compete on cost and are highly exposed to international markets. Their environmental impacts are primarily local: water pollution, air pollution, solid waste. Their green governance challenges are primarily about meeting the standards of international buyers and managing the costs of compliance.

Technology-intensive industries—electronics, machinery, pharmaceuticals—compete on innovation and are embedded in complex GVCs. Their environmental impacts are primarily about energy use and hazardous materials. Their green governance challenges are primarily about eco-innovation, access to green finance, and managing the risks of technological change.

Capital-intensive industries—steel, cement, chemicals—compete on scale and are heavily regulated. Their environmental impacts are primarily about carbon emissions and air pollution. Their green governance challenges are primarily about process substitution, stranded asset risk, and managing the transition to low-carbon production.

The pathways to green upgrading differ across these industries. A furniture firm that wants to upgrade focuses on certifications, design, and supplier engagement. An electronics firm focuses on energy efficiency, materials innovation, and customer collaboration. A steel firm focuses on process technology, carbon capture, and regulatory strategy. The book treats these pathways separately while showing how they connect through the common framework.

1.3.2 Methodology and evidence

The book draws on trade data from UN Comtrade and China Customs, firm-level data from the National Bureau of Statistics, and case studies conducted in Guangdong, Zhejiang, and Jiangsu provinces between 2017 and 2023. The furniture case draws on fieldwork in Foshan and Dongguan. The electronics case draws on fieldwork in Shenzhen and Suzhou. The textile case draws on fieldwork in Shaoxing and Ningbo. The steel case draws on fieldwork in Tangshan and Handan. These are not representative samples in a statistical sense. They are selected to illustrate the mechanisms the framework identifies.

The book also draws on my earlier research on the internationalization of industrial clusters, which examined how Chinese clusters expanded into global markets and how internationalization reshaped the clusters themselves. This book extends that analysis to the environmental dimension.

1.3.3 Key concepts

Green governance capability: the organizational skills and routines that allow a firm to measure, manage, and reduce its environmental impact. The concept includes measurement systems, management processes, innovation capabilities, collaboration routines, and anticipatory skills.

Green competitive advantage: the ability to create and capture value by outperforming rivals on environmental dimensions that matter to customers, regulators, and financiers. The concept requires that environmental performance be both valuable and rare.

Global value chain: a network of firms that collaborate to design, produce, and deliver a product or service. The concept emphasizes the governance relationships that coordinate the activities of firms in the chain.

Industrial cluster: a geographic concentration of firms that produce similar or related products, along with the supporting institutions—suppliers, service providers, industry associations, research institutions—that serve them.

Upgrading: the process by which firms move from lower-value-added to higher-value-added activities. The concept includes process upgrading (more efficient production), product upgrading (higher-quality products), functional upgrading (more sophisticated functions), and chain upgrading (moving to new value chains).

1.3.4 The argument in brief

China's manufacturing competitiveness is shifting from cost-based to green-based advantage. The old model, which relied on cheap labor, cheap land, and weak environmental enforcement, is no longer viable. The new model, which relies on environmental capability, is emerging unevenly.

Green governance capability is endogenous to industrial upgrading. Firms develop green capabilities as they move up the value chain, and those capabilities in turn enable them to move further up. The relationship is cumulative, creating divergence between firms that climb and firms that are stuck.

The pathways to green upgrading differ across sectors. Labor-intensive industries face different challenges than technology-intensive and capital-intensive industries. The policy mix must be tailored to the specific challenges of each sector.

China can make the transition from cost advantage to green competitive advantage, but only if it gets the policy mix right. The policies that support upgrading and greening extend China's existing industrial policy rather than departing from it.

1.3.5 What this book is not

This book is not a celebration of China's environmental record. China is the world's largest emitter of carbon dioxide, and its environmental problems are severe. The book documents the progress that has been made, but it also documents the gaps, the failures, and the unintended consequences of the transition.

This book is not a prediction of China's inevitable success. The transition to green competitive advantage is not guaranteed. It depends on policy choices, institutional developments, and the responses of firms and consumers. The book identifies the conditions under which the transition is likely to succeed and the conditions under which it is likely to fail.

This book is not a comparative study. The focus is on China because China is the world's largest manufacturer and the largest emitter, and because the Chinese experience offers lessons relevant to other developing countries. But the book does not systematically compare China's experience with that of other countries.

1.3.6 The view from the factory floor

The title of this book signals its focus. The greening of Chinese manufacturing is not primarily a story of international negotiations, national policies, or corporate strategies. It is a story of what happens on the factory floor: the machines that are installed, the processes that are changed, the workers who are trained, the suppliers who are engaged, the certifications that are obtained.

The view from the factory floor is messier than the view from the policy document. It is full of compromises, half-measures, and unexpected consequences. A firm that installs a new boiler may find that it cannot afford the maintenance. A firm that obtains a certification may find that its customers do not care. A firm that redesigns its product may find that its suppliers cannot deliver the new materials. The transition is a series of fits and starts, successes and failures.

But the view from the factory floor is also more hopeful. It shows that firms can change, that capabilities can be built, that markets can reward environmental performance. The factory owner in Foshan who filled out the spreadsheet did not become an environmentalist. He became a businessman who recognized that environmental capability was a competitive asset. Between 2019 and 2022, the number of FSC-certified furniture manufacturers in Foshan rose from 34 to 71, according to the Forest Stewardship Council's China office. The spreadsheet, multiplied across buyers and factories, is doing the work.

1.3.7 A note on the pandemic

The research for this book was conducted in the shadow of the COVID-19 pandemic. The pandemic disrupted global supply chains, closed factories, and killed millions of people. It also caused a temporary decline in global greenhouse gas emissions of about 5 percent in 2020, equivalent to 2–3 billion tons of CO2e from the 51 billion ton baseline, according to the Global Carbon Project's 2021 budget.

The decline was a crisis effect, not a structural change. The pandemic did, however, accelerate some trends relevant to this book. It increased the salience of supply chain resilience, which in turn increased the salience of supplier capabilities, including environmental capabilities. It accelerated the digitization of manufacturing, which created new tools for measuring and managing environmental performance. It increased the role of the state in the economy, which in China meant more support for green investment.

1.3.8 A note on the data

Trade data come from UN Comtrade and China Customs. Firm-level data come from the National Bureau of Statistics and from surveys I conducted with colleagues. Carbon emissions data come from the International Energy Agency, the Global Carbon Project, and China's National Development and Reform Commission. Policy documents come from central and provincial governments and international organizations.

The data have limitations. Chinese firm-level data are often incomplete or inconsistent. Carbon emissions data are estimated, not measured. Policy documents describe intentions, not outcomes. Where the data are uncertain, the book says so. Where the data are contested, the book presents the competing estimates.

1.3.9 A note on the author's position

I am an academic researcher who has spent two decades studying China's manufacturing sector. I have conducted fieldwork in clusters across Guangdong, Zhejiang, and Jiangsu. I have interviewed hundreds of firm managers, industry association officials, and policymakers. I have advised international organizations and Chinese government agencies on industrial policy and environmental governance.

My position is not neutral. I believe the greening of Chinese manufacturing is both possible and desirable. I believe firms can develop green capabilities that create value for shareholders, customers, and society. I believe policy can support this process and often does not. These beliefs shape the book's arguments, but they do not determine its conclusions. The book presents evidence that challenges my beliefs as well as evidence that supports them.

1.4 The Erosion of the Cost-Based Model

The cost-based model rested on three pillars: cheap labor, cheap land, and weak environmental enforcement. All three have eroded.

Labor costs have risen sharply. The average manufacturing wage was about 1,500 yuan per month in 2005 and about 6,000 yuan per month in 2020, a fourfold increase in nominal terms. Adjusted for inflation the increase is smaller but still substantial. The working-age population peaked in 2013 at about 1 billion and has declined since. The dependency ratio has risen, putting pressure on wages and social services.

Land costs have risen even faster. Industrial land prices in coastal provinces have increased by a factor of five to ten since the early 2000s. The supply of land in coastal industrial zones is limited, and local governments have become more selective about which firms they allow to locate there. Firms that want to expand must either pay high prices or relocate to inland provinces, where land is cheaper but infrastructure and logistics are less developed.

Environmental enforcement has tightened. The 2014 revision of the Environmental Protection Law gave regulators new powers to fine polluters, shut down non-compliant facilities, and hold company executives personally liable. Central environmental inspections launched in 2016 exposed widespread non-compliance and forced local governments to enforce regulations more rigorously. The "blue sky" campaigns in Beijing and other cities closed thousands of small factories and forced others to install pollution control equipment.

The erosion of the three pillars has squeezed profit margins. Firms that cannot raise prices must absorb higher costs or exit the market. Firms that can raise prices must differentiate their products, which requires investment in design, branding, and technology. The firms that have made these investments are climbing the value chain. The firms that have not are stuck.

1.4.1 The emergence of green-based advantage

Green-based advantage is emerging in several segments of Chinese manufacturing. The most visible is the clean energy sector. China is the world's largest producer of solar panels, wind turbines, lithium-ion batteries, and electric vehicles. According to the International Energy Agency's 2023 report on solar PV manufacturing, China accounted for more than 80 percent of global solar panel production in 2022. Chinese firms hold more than 70 percent of lithium-ion battery production capacity and accounted for more than 60 percent of global electric vehicle sales that year, according to BloombergNEF and IEA data respectively.

The growth of these sectors is partly a story of industrial policy. The Chinese government has provided subsidies, cheap credit, and protected markets to domestic producers. But it is also a story of capability. Chinese firms have developed manufacturing processes, supply chain relationships, and cost structures that competitors in Europe, Japan, and the United States have struggled to match. The capabilities were built in part through the domestic market, which provided scale and a protected space for learning. They were then deployed in export markets, where they proved competitive.

The story is less visible in traditional sectors, where the shift is more gradual. Chinese furniture exports have continued to grow, but the composition has changed. The share of low-cost, unfinished, or easily replicated products has declined. The share of higher-value, design-intensive, and environmentally certified products has risen. The firms that have made this transition are not the largest or the oldest. They are the ones that invested in design, branding, and environmental certification before their competitors did.

The emergence of green-based advantage is uneven. Many firms remain stuck in the compliance trap. The divergence between climbers and the stuck is widening, and it is reshaping the competitive landscape.

1.4.2 The role of expectations and uncertainty

The transition depends on expectations. Firms invest in green capabilities if they expect the returns to materialize. If they expect environmental standards to tighten, they invest early. If they expect standards to remain lax, they delay.

Expectations are shaped by policy signals. The dual carbon goals, announced in 2020, sent a strong signal that environmental standards will tighten. The establishment of the national emissions trading system, the expansion of green finance, and the tightening of environmental enforcement reinforced the signal. Firms that read the signal correctly began investing. Firms that dismissed it as rhetoric delayed.

Expectations are also shaped by market signals. The growth of demand for green products, the willingness of consumers to pay premiums, and the decisions of lead firms to impose supplier standards all signal that green capabilities will be rewarded.

The transition is also shaped by uncertainty. Firms face uncertainty about future regulations, future carbon prices, future technology, and future market demand. The uncertainty can delay investment as firms wait for more information. It can also accelerate investment if firms believe early movers will gain advantages. The uncertainty is particularly acute for long-lived capital investments. A steel plant built today will operate for decades. The decision to invest in a low-carbon process depends on expectations about carbon prices, technology costs, and regulatory requirements over that time horizon.

Policy can reduce uncertainty by providing clear, credible, and stable signals. It can also increase uncertainty by changing course frequently or by sending mixed signals. The quality ofpolicy signals is a determinant of the pace of the transition.

1.4.3 Learning and the first-mover advantage

Firms learn from their own experience, from competitors, from suppliers, and from customers. The learning is gradual and cumulative. Firms that start investing early learn faster because they have more experience to draw on. Firms that start late learn slower.

The learning matters most for capabilities that are not codified in standards or manuals. A firm that installs an energy management system learns how to use it, how to interpret the data, and how to identify opportunities for improvement. A firm that prepares for an environmental audit learns how to document its processes and how to maintain compliance. This knowledge is tacit, embedded in routines and in the people who perform them. It does not transfer through a manual. It transfers through practice.

The result is a first-mover advantage. Firms that start early develop capabilities that latecomers find difficult to replicate because the capabilities live in organizational habits rather than in equipment. The advantage is not permanent—latecomers can catch up if they invest sufficiently—but it is persistent.

1.4.4 The measurement challenge

Firms cannot manage what they cannot measure. They cannot reduce their carbon footprint if they do not know what it is. They cannot comply with environmental standards if they cannot document their performance. They cannot access green finance if they cannot demonstrate their green credentials.

Measurement is harder than it looks. A firm's carbon footprint includes emissions from its own operations (Scope 1), emissions from purchased electricity (Scope 2), and emissions from its supply chain (Scope 3). Scope 1 emissions are relatively easy to measure because they come from sources the firm controls. Scope 2 emissions can be calculated from electricity bills. Scope 3 emissions are much harder because they come from suppliers, customers, and product use, which the firm does not control.

A survey I conducted with colleagues in 2022, covering 1,200 manufacturing firms in Guangdong, Zhejiang, and Jiangsu, found that fewer than 20 percent had estimated their Scope 3 emissions, and fewer than 10 percent had done so comprehensively. The gap is a barrier to green upgrading because many international buyers and regulators require Scope 3 data.

The measurement challenge is the subject of Chapter 3. The chapter examines the state of China's carbon accounting infrastructure, the challenges firms face, and the role of digital technologies in reducing the cost of measurement.

1.4.5 The verification and reporting challenges

Measurement is only useful if it is verified. Firms have incentives to under-report emissions because lower reported emissions may translate into lower carbon costs or better market access. Third-party verification reduces the incentive to under-report by increasing the risk of detection.

China's verification infrastructure is developing. The national emissions trading system requires third-party verification of emissions reports from covered entities. The China Certified Emission Reduction program requires verification of emission reduction projects. The green bond market requires verification of the environmental credentials of bond issuers. Large firms and state-owned enterprises have access to qualified verifiers. Small firms often do not, because the cost of verification is high relative to their resources.

Reporting follows verification. Firms report their environmental performance to regulators, customers, investors, and the public through emissions inventories, sustainability reports, environmental impact assessments, and product declarations. The formats vary, which creates confusion and increases costs. China has made progress in standardizing reporting. The Ministry of Ecology and Environment has issued guidelines for corporate greenhouse gas reporting. The China Securities Regulatory Commission has issued guidelines for environmental, social, and governance disclosure by listed companies. The People's Bank of China has issued guidelines for green bond reporting. The standards are not fully harmonized, but they are converging. Convergence matters because it reduces the cost of reporting, increases the comparability of data, and facilitates international recognition—which is important for firms that export to markets with their own reporting requirements, such as the EU's Corporate Sustainability Reporting Directive.

1.4.6 The capability ladder

It is useful to think of green governance capability as a ladder. Firms climb as they develop more sophisticated skills and systems. The rungs are not fixed, and firms can skip rungs, but the sequence is broadly similar across sectors.

The bottom rung is basic compliance. A firm at this rung meets the minimum regulatory requirements. It has permits, it files reports, and it pays fines when it is caught violating. It does not measure its environmental performance beyond what is required.

The second rung is systematic measurement. A firm at this rung has installed meters, sensors, and software to track its energy, water, and waste flows. It knows how much it consumes and how much it emits. It can identify the largest sources of impact and the cheapest opportunities for reduction.

The third rung is management systems. A firm at this rung has established processes for setting targets, allocating resources, and monitoring progress. It may have obtained ISO 14001 certification, or it may have developed its own system. It has integrated environmental goals into operational routines.

The fourth rung is eco-innovation. A firm at this rung redesigns its products, processes, and business models to reduce environmental impact. It invests in research and development, collaborates with suppliers and customers, and experiments with new technologies. It does not just reduce the impact of existing activities; it changes what it does.

The fifth rung is chain leadership. A firm at this rung shapes the environmental practices of its suppliers and customers. It sets standards, provides training, and monitors compliance. It is a lead firm in its own right, or a critical supplier to a lead firm, with the capability to influence the environmental performance of the entire chain.

Most Chinese firms are on the first or second rung. A minority have reached the third. A smaller minority have reached the fourth. Very few have reached the fifth. The distribution is skewed, with a long tail of firms at the bottom and a short head at the top.

The ladder is not a normative model. Firms do not need to climb it to survive. A firm that stays on the first rung can survive if it serves markets where environmental standards are low. But those markets are shrinking, and the firms that serve them are exposed to regulatory changes, market shifts, and competitive pressure. The ladder is a map of the capabilities firms need to thrive in a carbon-constrained world.

1.4.7 Three firms on the ladder

The evidence for the ladder comes from firm-level case studies in the Foshan furniture cluster.

Firm A is a small workshop with 30 employees. It produces unfinished wooden furniture for domestic wholesalers. It has no environmental certifications, no measurement systems, and no management processes. It discharges sawdust and finishing residues into the local environment. It is on the first rung.

Firm B is a medium-sized factory with 300 employees. It produces finished furniture for European retailers. It has obtained FSC certification for its wood sourcing and ISO 14001 certification for its environmental management system. It has installed meters to track energy and water consumption, and it employs a part-time sustainability manager. It is on the third rung.

Firm C is a large factory with 2,000 employees. It produces design-intensive furniture for global brands. It holds FSC, ISO 14001, and GREENGUARD certifications. It has a full-time sustainability team, a carbon accounting platform, and a supplier engagement program. It has redesigned its products to use recycled materials and low-VOC finishes. It is on the fourth rung and beginning to exercise chain leadership by requiring its suppliers to meet its environmental standards.

The three firms illustrate the ladder and the correlation between the ladder and upgrading. Firm A competes on price and serves low-margin markets. Firm B competes on quality and certification and serves mid-margin markets. Firm C competes on design and sustainability and serves high-margin markets. The firms that have climbed the ladder have also moved up the value chain.

They also illustrate the divergence. Firm A is vulnerable to regulatory changes, market shifts, and competitive pressure. Firm B is more resilient but faces competition from firms in lower-cost countries. Firm C is the most resilient because it has capabilities that are difficult to imitate. The divergence is widening as the market rewards green capabilities and penalizes their absence.

1.4.8 The role of policy in the climb

Policy can accelerate or retard the climb. The most effective policies combine pressure and support. Pressure without support pushes firms into the compliance trap, where they invest the minimum necessary to avoid penalties. Support without pressure allows firms to delay investment because they face no consequences for inaction. The combination creates incentives for firms to invest in capabilities because the investment pays off.

China's policy mix has combined pressure and support, but unevenly. The central government has provided strong pressure through inspections and targets, and support through subsidies and green finance. The balance varies across regions and sectors. Some localities have been aggressive in enforcement but stingy in support. Others have been generous in support but lax in enforcement. The variation shapes the variation in firm behavior.

1.4.9 The role of industry associations and local government

Industry associations provide training, technical assistance, and collective standard-setting. They represent firms in negotiations with regulators and buyers and facilitate collaboration within clusters. Their effectiveness varies. Some are well-funded, professionally staffed, and actively engaged in environmental issues. Others are weak, under-resourced, and focused on lobbying for relaxed regulations. The associations most effective in supporting the climb employ engineers and analysts who can help firms measure emissions, design reduction strategies, and prepare for certifications. They organize training programs, study tours, and benchmarking exercises. They serve as intermediaries between firms and the global knowledge system.

Local governments play a decisive role. They enforce regulations, allocate land and finance, and shape the business environment. Some have made green upgrading a priority. They have established green industrial parks, provided subsidies for green investment, and organized training programs. They have integrated environmental goals into industrial policy rather than treating them as an afterthought. Others have prioritized growth over environment, relaxing enforcement to attract investment and resisting central directives. The variation reflects differences in local endowments, priorities, and capabilities, and it reflects the incentives central policies create. When the center prioritizes environmental protection, local governments respond. When the center prioritizes growth, they respond differently.

1.4.10 The role of the central government and the international system

The central government sets the framework: targets, resources, and monitoring. Its priorities have shifted toward environmental protection since the early 2010s, driven by public concern about pollution, international pressure, and the recognition that environmental degradation constrains long-term growth. The shift has not been uniform. The Ministry of Ecology and Environment prioritizes environmental protection. The National Development and Reform Commission prioritizes growth and industrial policy. The Ministry of Industry and Information Technology prioritizes technological upgrading. The Ministry of Commerce prioritizes exports. Conflicts are resolved through the political process, which produces compromises that are sometimes coherent and sometimes not.

The international system shapes the framework through trade agreements, investment treaties, and environmental conventions. The Paris Agreement, the Basel Convention on hazardous waste, and the Montreal Protocol on ozone-depleting substances have all shaped China's environmental policies. The international system also provides resources through multilateral development banks, bilateral aid agencies, and international foundations, and it provides models—the EU's emissions trading system, California's cap-and-trade program, Japan's carbon tax—that Chinese policymakers have studied and adapted rather than copied.

1.4.11 The role of the private sector, civil society, and consumers

The private sector is not a passive recipient of policy. Firms shape policy through lobbying, industry associations, and investment decisions. They shape the market through sourcing decisions, product designs, and pricing strategies. Some firms support stronger environmental policies because they have invested in green capabilities and benefit from higher standards. Others oppose stronger policies because they have not invested and would bear the costs. The balance of power between these groups shapes the political economy of environmental policy.

Civil society plays a constrained role. Environmental NGOs monitor corporate behavior, publish reports, and campaign for stronger policies. They provide information to consumers, investors, and regulators. But NGOs must register with the government, and their activities are restricted. They cannot organize protests or engage in direct advocacy. They focus on research, education, and collaboration with government and industry. Within these limits they have contributed by documenting pollution, promoting best practices, and building networks. The limits mean the transition is driven primarily by the state and the market, not by public pressure—a difference from the European and North American experience, where environmental movements played a central role in driving regulation.

Consumers play a limited role. Chinese consumers are increasingly aware of environmental issues and willing to pay premiums for green products in some categories, particularly food, housing, and transportation. But the willingness to pay is lower than in Europe or North America and is concentrated in wealthy urban areas. The limits mean the transition is driven primarily by regulation and business-to-business demand rather than consumer demand.

1.4.12 The role of finance and technology

Green bonds, green loans, and green investment funds channel capital toward firms and projects with environmental benefits. The growth of green finance has been rapid, driven by policy. The People's Bank of China has included green bonds in its collateral framework, reduced reserve requirements for green loans, and issued guidelines for green bond issuance. The China Securities Regulatory Commission has encouraged listed companies to disclose environmental information. The result is a policy-driven market rather than a market-driven one. The advantage is that capital can be channeled quickly toward priority sectors. The disadvantage is that loose criteria or weak monitoring can create bubbles and misallocation.

Technology plays a central role. The falling cost of renewable energy, energy storage, and energy efficiency has made green investment more attractive. The diffusion of digital technologies has reduced the cost of measurement and management. The development of new materials and processes has opened pathways for decarbonization. But technology is not deterministic. It creates opportunities, and firms must have the capabilities to seize them. The firms that have invested in research and development, engineering talent, and supplier relationships adopt new technologies quickly. The firms that have not lag. Government support for research, demonstration projects, and technology diffusion accelerates development and adoption; the absence of such support slows the transition.

1.4.13 Clusters and the transition

Clusters accelerate learning and technology diffusion. Firms in a cluster observe their neighbors' investments, hire workers who have experience with new technologies, and share information through industry associations and informal networks. The proximity reduces the cost of learning and increases the speed of adoption. The effect is strongest for technologies embodied in equipment and processes. A firm that wants to install a new boiler can visit a neighboring firm that has already installed one, talk to the engineer who designed the installation, and hire the contractor who did the work. The knowledge is tacit and diffuses through personal contact. The effect is weaker for technologies codified in patents and manuals, which can be licensed regardless of location.

Clusters also play a role in standard-setting. Industry associations in export-oriented clusters often develop collective standards that meet the requirements of the cluster's main customers, even when those requirements exceed Chinese regulations. The standards become a condition of participation in the cluster's main market and a barrier to entry for firms that cannot meet them. The exclusion can accelerate upgrading by pushing resources toward firms that can meet the standards. It can also cause dislocation by destroying firms that cannot.

Collective infrastructure—wastewater treatment plants, hazardous waste facilities, renewable energy installations—is often built at the cluster level because individual firms cannot afford it or because economies of scale require collective investment. Shared infrastructure lowers the barrier to green upgrading for individual firms. A firm that discharges wastewater into a cluster treatment plant does not need to build its own. It also creates collective accountability: if the plant fails, all firms in the cluster are affected, which creates incentives for collective management and monitoring.

Clusters create collective reputations. A cluster known for environmental performance attracts customers who value it. A cluster known for pollution repels them. The reputation is a public good shared by all firms in the cluster regardless of individual performance. It creates incentives to invest and incentives to free-ride. The balance depends on the governance of the cluster.

Clusters also create knowledge. The proximity of firms, suppliers, research institutions, and workers generates a dense network of interactions that produces new ideas, processes, and products. Knowledge is created through collaboration and competition, not simply transferred from one firm to another. This matters for green upgrading because the transition requires new technologies, business models, and standards. Clusters with strong research institutions, active industry associations, and dense networks are more likely to generate these innovations.

The cluster dimension shapes the geography of the transition. Some clusters are upgrading rapidly; others are stagnating. The difference is explained by market exposure, institutional environment, and collective infrastructure. Chapter 8 examines these dynamics in detail.

1.5 The Structure of the Book

The book is organized in three parts.

Part I, Chapters 1 through 3, lays the analytical foundation. Chapter 2 examines the double-edged nature of GVC embedding: the opportunities it creates for upgrading and the constraints it imposes on firms. It examines the governance structures of different types of value chains and the ways those structures shape incentives for green upgrading. Chapter 3 examines the data infrastructure of green governance: the systems for carbon accounting, measurement, reporting, and verification that firms need to manage environmental performance. It assesses the state of China's MRV infrastructure, the challenges firms face in building it, and the role of digital technologies in reducing the cost of measurement.

Part II, Chapters 4 through 6, examines the sectoral pathways. Chapter 4 focuses on labor-intensive industries, using furniture as a case study. It examines the relocation-upgrade nexus: the relationship between the relocation of production to lower-cost regions and the upgrading of production in higher-cost regions. It shows how firms that upgrade can retain production in China, while firms that do not upgrade relocate or exit. Chapter 5 focuses on technology-intensive industries, examining eco-innovation, green finance, and the concept of the sixth technological wave. It shows how Chinese firms are positioning themselves in the emerging green technology paradigm and what they need to do to compete. Chapter 6 focuses on capital-intensive industries, examining process substitution, stranded asset risk, and the challenges of decarbonizing heavy industry. It shows how the transition to low-carbon production is reshaping the competitive landscape of steel, cement, and chemicals.

Part III, Chapters 7 through 10, examines systemic drivers and governance challenges. Chapter 7 examines carbon markets and pricing: the design of China's national emissions trading system, its linkage with other markets, and its effects on competitiveness. Chapter 8 examines cluster governance and the systemic drivers of green upgrading, showing how industry associations, local governments, and shared infrastructure shape the pace and direction of upgrading. Chapter 9 examines risk, uncertainty, and the politics of low-carbon transition, including the unintended consequences of green policies, the distributional conflicts they create, and strategies for managing them. Chapter 10 examines the policy mix and strategic outlook, arguing that China can move from cost advantage to green competitive advantage but only if it gets the policy mix right.

1.5.1 The contribution of the book

The book makes three contributions. It develops an integrated framework for analyzing the greening of manufacturing that combines firm-level, value chain, and cluster levels of analysis and distinguishes between sectoral pathways. It provides empirical evidence on the greening of Chinese manufacturing from trade data, firm-level surveys, case studies, and interviews, documenting the patterns of green upgrading, the variation across firms and sectors, and the factors that explain the variation. And it draws policy implications, arguing that the policies that support upgrading and greening extend China's existing industrial policy rather than departing from it, and identifying which policies are likely to be effective and which are likely to fail.

1.5.2 The limits of the book

The book focuses on China and does not systematically compare China with other countries. It focuses on manufacturing and does not examine agriculture, services, or the public sector. It focuses on the period from the early 2000s to the early 2020s and does not forecast the long-term future. It relies on data that are often incomplete or inconsistent and uses methods that are sometimes qualitative and interpretive. These limits are acknowledged. The book is an interpretation, based on the available evidence, of the forces shaping the transition. Other interpretations are possible, and the book invites them.

1.5.3 The view from the factory floor, revisited

The factory owner in Foshan who filled out the spreadsheet did not set out to become a case study in green upgrading. He set out to keep a customer. The spreadsheet was a threat, and he responded to it. In responding, he discovered that the investments he made to satisfy the customer also reduced his costs, improved his product quality, and opened new markets. The discovery changed his view of environmental performance. It was no longer a cost to be minimized. It was a capability to be built.

That change in view is the microfoundation of the greening of Chinese manufacturing. It happens one firm at a time, as managers encounter demands they cannot meet with existing capabilities and invest in new ones. The process is incremental, messy, and often reluctant. But it is happening, and it is reshaping the competitive landscape of the sector.

The chapters that follow examine the process in detail. They show how GVC embedding creates both opportunities and constraints. They show how carbon accounting and MRV systems provide the data infrastructure for green governance. They show how labor-intensive, technology-intensive, and capital-intensive industries follow different pathways. They show how carbon markets, cluster governance, and risk management shape the transition. And they show how the policy mix can support or undermine the shift from cost advantage to green competitive advantage.

The argument is not that China has solved the problem. The argument is that China is in the middle of a transition that is reshaping its manufacturing sector, and that the transition is driven by the interaction of market forces, policy choices, and firm capabilities. Understanding that interaction is the task of this book.