From the Grand Council to the Shop Floor: Sun Yuwen and the Institutional Costs of Late Qing Industrialization

Introduction: Why Look at Chinese Factories Through Sun Yuwen

Tianxia Gongchang's database contains 4.8 million manufacturing enterprises. Every day we look at their products, capacity, equipment, qualifications, and upstream and downstream links, and we keep asking one question: how did China's manufacturing capability grow, step by step?

The answer, of course, is not to be found in the late Qing. But the late Qing is where it began. China's first modern factories — the Jiangnan Arsenal, the Fuzhou Naval Yard, the Jinling Machinery Bureau, the Tianjin Machinery Bureau, the China Merchants' Steam Navigation Company, the Kaiping Mining Bureau, the Shanghai Machine Weaving Layout, the Telegraph General Administration, and the Hanyang Ironworks — were all born between the 1860s and the 1890s. They are the "prehistory" of Chinese industrialization, and the institutional DNA of Chinese factories today.

Sun Yuwen did not found any of these factories. He never built a ship, smelted a furnace of steel, or laid a railway. But he was the man at the center of the late Qing court who "managed the factories": a Grand Councillor and a minister of the Zongli Yamen, reading telegraphs, approving budgets, coordinating governors, and dealing with foreign banks and engineers. His career sits precisely between the "factory" and the "institution."

This essay is not an attempt to rehabilitate Sun Yuwen. It uses his vantage point to ask why China's first modern factories were so hard to build, and what they left behind for the Chinese manufacturing of later generations.

I. The First Modern Factories: From Arsenals to Manufacturing Bureaus

1. The Anqing Arsenal: A Workshop-Style Starting Point

The starting point of China's modern industry was not a steel mill or a railway, but an arsenal.

In 1861, Zeng Guofan founded the Anqing Arsenal, copying Western guns and steam engines. It was small, with crude equipment and many manual processes, but it marked the beginning of China's use of machines to make weapons. In 1862, Li Hongzhang arrived in Shanghai and founded the Shanghai Artillery Bureau and the Suzhou Artillery Bureau, which began using machine production. These early arsenals were the "embryos" of China's modern factories.

Their common features were: government-run, military-first, imitation-based, and dependent on foreign engineers and equipment. They did not produce for the market but for the army; they did not calculate costs, only whether something could be made; they did not cultivate entrepreneurs, only craftsmen and officials. These features would shape the institutional DNA of the Self-Strengthening enterprises for decades.

2. The Jiangnan Arsenal: China's First Large Modern Factory

In 1865, Li Hongzhang founded the Jiangnan Arsenal in Shanghai. It merged the Shanghai Artillery Bureau and the Flag Signal Ironworks, and moved to Gaochangmiao in 1867, becoming the largest and best-equipped modern factory in China at the time.

Its products were diverse: guns, cannon, ammunition, ships, and steel — it made everything. It attached a translation bureau that translated Western scientific and technical books, and a crafts school that trained technical personnel. Its workers numbered in the thousands and were among China's first industrial workers; its engineers and technicians were among China's first modern technical talent. In the sense of "factory," the Jiangnan Arsenal was China's first large modern factory.

But its problems were obvious. It was a government-run enterprise with yamen-style management: managers were appointed by the government, workers were organized along military lines, costs were not accounted for, quality had no standards, and there was no market competition. The guns and cannon it made cost more than imports and were of unstable quality; the ships it made performed worse than foreign ships. It was not incapable of manufacturing; it manufactured expensively, slowly, and not well enough.

This was not a problem unique to the Jiangnan Arsenal. It was a common disease of late Qing government-run industry. Government enterprises had resources, policy support, and market protection, but no property incentives, no cost constraints, and no competitive pressure. They could accomplish the task of "from nothing to something," but they struggled with the upgrade "from something to something good."

3. The Fuzhou Naval Yard: Shipbuilding and the Naval Academy

In 1866, Zuo Zongtang founded the Fuzhou Naval Yard at Mawei, Fuzhou, with Shen Baozhen in charge. It imported French technology and engineers, built docks, constructed warships, and established a naval academy. The academy trained China's first generation of naval officers, shipbuilding engineers, and navigators; Yan Fu, Deng Shichang, Liu Buchan, and others all came from there.

The Fuzhou Naval Yard built several dozen ships, from wooden vessels to iron-ribbed ships, from paddle wheels to screw propellers; its technical level was not backward by contemporary Asian standards. But it faced the same structural problems: shipbuilding required steel, machinery, coal, and armaments, none of which China had as supporting industries; it depended on French engineers and technology, and when the French withdrew, production suffered; its ships were mainly supplied to the Fujian Fleet, with no market test and no cost discipline.

In 1884, at the Battle of Fuzhou (the Mawei naval battle), the Fujian Fleet was almost completely destroyed. This was not a problem of the Fuzhou Naval Yard alone, but of the entire late Qing navy and industrial system: ships were built, but sustained combat power was not; factories were built, but a complete industrial chain was not.

4. The Jinling and Tianjin Machinery Bureaus: Expansion of the Military Industrial System

In 1865, Li Hongzhang founded the Jinling Machinery Bureau in Nanjing; in 1867, Chonghou founded the Tianjin Machinery Bureau, later taken over by Li Hongzhang. These two bureaus mainly produced guns and ammunition and were important components of the Beiyang military industrial system.

The layout of these factories had a common feature: they revolved around the spheres of influence of governors-general. Li Hongzhang ran military industry in Zhili and Liangjiang, Zuo Zongtang ran the naval yard in Fujian, and Zhang Zhidong later ran the ironworks and textile mills in Hubei. Each governor had his own industrial projects, each project had its own budget, personnel, and technology sources. The central government had no unified industrial plan and no unified industrial management department.

This was the first phase of late Qing industrialization: military-first, government-run, and locally led. It solved the question of "whether we have it," but not the questions of "whether it is good, whether it is cheap, and whether it is sustainable."

5. The Institution Inside the Factory: A Sample of Government-Run Management

To understand why late Qing factories "could be built but could not be run well," one must go inside the factory and look at management.

Take the Jiangnan Arsenal. Its top manager was the zongban (director-general), below whom were huiban (co-directors) and tidiao (superintendents), and below them the managers of various workshops and offices. Workers were organized along military lines, divided into factories, offices, and squads, with foremen, master craftsmen, and apprentices. Wages were paid by trade and grade; working hours were long and conditions were poor. Workers lived in shantytowns near the factory, with no social security and no labor contracts.

This management style resembled a yamen, not a company. The director-general was appointed by the government and answered to superiors, not to the market; production plans were issued by the government, not determined by orders; products were allocated to the army and did not enter the market; costs were not separately accounted for, with materials, labor, and overhead mixed together; quality had no unified standards and depended on craftsmen's experience and foreign engineers' supervision.

The Fuzhou Naval Yard was similar. The naval minister was appointed by the government, the naval academy trained navigation and shipbuilding personnel, and the yard was guided by French engineers. Shipbuilding cycles were long and costs were high; the ships were handed over to the fleet, with no market competition. The academy's students later became China's first naval officers and engineers, but the yard itself never developed sustained profitability.

The Tianjin and Jinling machinery bureaus were managed in much the same way. They could concentrate resources to accomplish big things: building workshops, buying equipment, hiring workers, making guns and cannon — all of this could be done in a short time. But they could not improve continuously: costs would not come down, quality would not go up, technology updated slowly, and talent could not be retained.

This is the institutional characteristic of government-run enterprises: strong at concentrating resources, weak at continuous improvement. In the "from nothing to something" stage, this institution was effective; in the "from something to something good" stage, it became a bottleneck.

6. Three Paths of Technology Transfer

Where did late Qing factories get their technology? There were roughly three paths.

The first was buying equipment. The Jiangnan Arsenal imported machines from Britain and Germany, the Fuzhou Naval Yard imported equipment from France, and the Hanyang Ironworks imported blast furnaces and rolling mills from Britain and Germany. Buying equipment was the fastest path, but after the equipment arrived, operation, maintenance, and improvement all depended on foreigners. Once the equipment aged, domestic replacement parts could not be made, and more had to be bought.

The second was hiring engineers. The Fuzhou Naval Yard hired French engineers, the Jiangnan Arsenal hired British engineers, and the Beiyang Fleet hired foreign advisers. Foreign engineers commanded high salaries and great authority, kept their technology secret, and could withdraw when contracts expired or the political situation changed. After the French engineers withdrew from the Fuzhou Naval Yard, production was seriously affected.

The third was building schools and sending students abroad. The Fuzhou Naval Academy trained shipbuilding, navigation, and naval personnel; the Jiangnan Arsenal attached a translation bureau and a crafts school; the Tongwen Guan trained foreign-language and foreign-affairs personnel; the Qing court also sent young students to the United States and Europe. Zhan Tianyou was one of the Chinese educational mission students and later presided over the building of the Beijing-Zhangjiakou railway; Yan Fu was a naval academy student and later translated Evolution and Ethics.

All three paths had limits. Buying equipment bought "production capacity" but not "technological capability"; hiring engineers bought an "external brain" but not "internal accumulation"; building schools could train talent, but talent needed an industrial environment in which to grow. The biggest problem of late Qing technology transfer was "import without digestion": learning operation but not principles; buying equipment but not building basic science; building factories but not building a vocational education system.

7. Where Did the Workers Come From?

Once the factories were built, where did the workers come from?

Late Qing factory workers came mainly from three sources: impoverished peasants who had lost their land and moved to cities to make a living; handicraftsmen who had been crushed by machine industry and moved into factories; and the urban poor, who had no stable occupation and lived by odd jobs. The Jiangnan Arsenal, the Fuzhou Naval Yard, the Shanghai Machine Weaving Layout, and the Kaiping coal mines all recruited large numbers of such workers.

Working conditions were harsh. Hours were long, wages were low, housing was poor, and there was no social security or labor contract. Factories imposed military or semi-military discipline; workers had to obey strict rules, and violators were fined, dismissed, or even physically punished. Women and child workers were common in textile mills, with even lower wages and worse conditions.

But the factories also cultivated China's first generation of industrial workers. They learned to operate machines, read blueprints, and produce according to process; they developed factory discipline, habits of cooperation, and quality awareness; some of them later became technical backbones, foremen, and engineers. The "human foundation" of Chinese industrialization accumulated in this generation of workers.

Compared with today, late Qing workers were of course worse off, but one thing is common: industrial workers are the foundation of manufacturing. Today's Chinese manufacturing relies on hundreds of millions of migrant workers, skilled workers, and engineers; their skills, discipline, and experience are an important source of China's manufacturing competitiveness. The late Qing lesson is: build factories without training workers, and the factories will not run well; import equipment without vocational education, and technology will not take root.

II. Sun Yuwen's Position: The "Industrial Coordinator" in the Grand Council

1. 1884: The A-Shen Restructuring and the Reorganization of Central Power

In the tenth year of Guangxu (1884), after setbacks in the Sino-French War, Empress Dowager Cixi took the opportunity to dismiss Prince Gong and replace the entire Grand Council. This was known as the "A-Shen restructuring." Sun Yuwen, then a vice minister of works, was appointed to "study in attendance as a Grand Councillor," entering the late Qing center of power, and concurrently served as a minister of the Zongli Yamen.

This position was important. The Grand Council managed domestic affairs, military affairs, and personnel; the Zongli Yamen managed foreign affairs, trade, and Western-style undertakings. Although industrial projects were handled by governors, their approval, funding, equipment imports, foreign loans, and appointments of supervisors often had to pass through the Grand Council and the Zongli Yamen. Sun Yuwen was the man coordinating in between.

He may not have personally managed a factory, but where the factory's budget came from, which country to buy equipment from, where to hire engineers, to whom to sell products, and how to negotiate with foreign banks — all these questions passed through the center where he worked. In today's language, he was not a factory director or an engineer; he was an "executor of industrial policy" and a "cross-departmental coordinator."

2. The Decision Chain of an Industrial Project

In the late Qing, launching an industrial project usually followed this chain:

Governor petitions → Board of Revenue raises funds → Zongli Yamen negotiates equipment, loans, and engineers → Grand Council drafts the edict → Emperor or Empress Dowager approves → Governor executes.

The chain looked complete, but in practice it was full of problems. The Board of Revenue had no money and could only ask governors to raise funds themselves; governors had no technology and could only hire foreigners; the Zongli Yamen had to negotiate with foreign banks and companies on harsh terms; the Grand Council had to balance various interests, so edicts were often vague; after the emperor or empress dowager approved, execution returned to the governors, and the center could hardly supervise.

Sun Yuwen's role in this chain was "coordination" and "acceleration." He could not decide whether a factory should be built, but he could decide when the project would start, how the budget would be divided, which country to negotiate with, and who would be the supervisor. His power was great and his responsibility blurred. If the project succeeded, the credit went to the governor; if it failed, the blame might fall on him.

3. The Grand Council, Zongli Yamen, Navy Office, and Board of Revenue: Who Managed Industry?

The late Qing had no unified industrial management department. Industrial projects were scattered among several institutions:

The Grand Council managed domestic affairs, military affairs, and personnel, and also approved major industrial projects; the Zongli Yamen managed foreign affairs, trade, and Western-style undertakings, and also handled equipment imports, foreign loans, and engineer hiring; the Navy Office, established in 1885, managed coastal defense and also railways; the Board of Revenue managed finance but could mobilize limited resources; governors managed execution and effectively controlled local industry.

This multi-headed structure caused several problems: first, no unified planning, so localities duplicated construction; second, no unified standards, so product quality varied; third, no unified budget, so funds were pieced together; fourth, no responsible authority, so problems were passed back and forth.

It was not until 1903 that the Qing court established the Ministry of Commerce, the first central institution specifically managing industry, commerce, railways, and mining. By then, thirty-eight years had passed since the founding of the Jiangnan Arsenal.

4. Sun Yuwen's Daily Work: Telegraphs, Budgets, Governors, Foreigners

Sun Yuwen's daily routine in the Grand Council went roughly like this: in the morning he read telegraphs to learn about military affairs, disasters, and Western-style projects in various regions; then he reviewed memorials, deciding which matters should be reported and which could be suppressed; then he received visitors — representatives of governors, foreign ministers, bank representatives, and engineers; finally he discussed matters with the Grand Council secretaries and drafted edicts.

These tasks did not look like "industry," but every one of them was related to industry. Telegraph line construction, railway loans, warship purchases, military industrial funding, and equipment imports for the Hanyang Ironworks all passed through this process. Sun Yuwen was not an inventor of technology, nor an operator of enterprises; he was the "bearing" of the institution: without him, the machine turned more slowly; with him, the machine did not necessarily turn well.

5. The Ledger of a Project: Why the Hanyang Ironworks Was Expensive

To understand the institutional costs of late Qing industrial projects, the Hanyang Ironworks is a good sample.

In 1889, Zhang Zhidong was transferred to serve as governor-general of Huguang and began preparing the Hanyang Ironworks. His goal was ambitious: to build a first-class steel plant in Asia, smelt steel, make rails, and make guns and cannon, achieving "self-strengthening and seeking wealth." He ordered equipment from Britain and Germany, hired foreign engineers, built the plant in Hanyang, opened an iron mine at Daye, and searched for coal in Pingxiang.

But the project was full of problems from the start. First, the site. The Hanyang Ironworks was built at the foot of Guishan in Hanyang, on low ground that required filling, which was costly; it was far from both the iron mine and the coal mine, which raised transport costs. Second, the equipment. When Zhang Zhidong ordered steelmaking furnaces, he did not first assay the ore from Daye; the furnaces he bought were unsuitable for the phosphorus content of the ore and later had to be modified. Third, coking coal. The initial source of coking coal was unstable and unsuitable for ironmaking; only later was the Pingxiang coal mine found. Fourth, management. The Hanyang Ironworks was a government-run enterprise, with managers appointed by the government, unclear cost accounting, and low efficiency.

Each of these problems cost money. Equipment cost money, transport cost money, modification cost money, and poor management cost money. The production cost of the Hanyang Ironworks was higher than imported steel, and product quality was unstable. In 1896, Sheng Xuanhuai took over the Hanyang Ironworks, reorganized and expanded it, and the situation gradually improved.

Sun Yuwen, in the Grand Council and the Zongli Yamen, may not have directly managed the specific affairs of the Hanyang Ironworks, but the approval, funding, equipment imports, loans, and appointment of supervisors for such projects all passed through the center. What he saw was not a "steel plant" but a ledger: how much the equipment cost, how much interest the loan carried, where the coal came from, how the iron ore was transported, to whom the products were sold, and who would cover the losses. This ledger was the institutional cost of late Qing industrialization.

6. The Beiyang Fleet: The Full Life Cycle of a Military Project

The Beiyang Fleet was the largest military project of the late Qing and the best case for understanding an "industrial system."

Its life cycle can be divided roughly into several stages:

First, initiation. In the 1870s, a debate over "coastal defense versus frontier defense" broke out at court. Li Hongzhang advocated building a navy, while Zuo Zongtang advocated recovering Xinjiang. In the end, the court did both, but resources were limited. In 1885, the Navy Office was established, with Prince Chun Yixuan presiding and Li Hongzhang actually responsible for the Beiyang Fleet.

Second, purchasing ships. Almost all the Beiyang Fleet's main ships were bought abroad: Dingyuan and Zhenyuan from Germany, Zhiyuan and Jingyuan from Britain, and Jingyuan, Laiyuan, and Jiyuan from Germany. Buying ships required money, diplomatic negotiations, dispatch of inspectors, and hiring foreign instructors. Buying ships was only the first step; maintenance, training, ammunition, and bases were long-term investments.

Third, building bases. Lüshun and Weihaiwei were the two major bases of the Beiyang Fleet, with docks, forts, warehouses, hospitals, and schools. Building bases required land acquisition, engineering, equipment, and defense. During the First Sino-Japanese War, Lüshun and Weihaiwei fell one after another, and the bases became the enemy's spoils.

Fourth, training. Many officers of the Beiyang Fleet came from the Fuzhou Naval Academy, and some had studied in Europe. Training relied on foreign instructors, sea drills, and combat exercises. But training could not replace actual combat, nor could it replace industrial support.

Fifth, ammunition and maintenance. Shells, gunpowder, fuses, and spare parts came mainly from the Jiangnan Arsenal, the Tianjin Machinery Bureau, and imports. Domestic factories had limited capacity and unstable quality; imported spare parts took a long time and were easily cut off in wartime.

Sixth, funding. The Beiyang Fleet's funds came from the Navy Office, the Board of Revenue, and provincial contributions. In 1891, the Board of Revenue approved a two-year suspension of purchases of foreign ships and armaments, and the Beiyang Fleet never added new ships again. When the First Sino-Japanese War broke out in 1894, the fleet's ships were aging and its ammunition was insufficient.

These six stages were interlocking. Buying ships was only "hardware"; training, ammunition, maintenance, bases, and funding were "software" and "system." Without an industrial system, a purchased fleet would degrade; without a fiscal system, funding would run out; without a talent system, training would spin in place. The destruction of the Beiyang Fleet was not a problem of one ship or one shell, but the failure of the entire project life cycle.

Sun Yuwen, at the center, saw this entire life cycle. He knew that a navy was not just "buying ships"; it also involved the Board of Revenue's money, provincial contributions, the Jiangnan Arsenal's shells, the Kaiping coal mines' coal, the bases at Lüshun and Weihaiwei, and loans from foreign banks. When he advocated stopping the loss in 1894, it was not because he did not understand the navy, but because he understood its ledger too well.

III. Official Supervision and Merchant Management: China's First Generation of Industrial Policy

1. The China Merchants' Steam Navigation Company: The Starting Point

In 1872, Li Hongzhang founded the China Merchants' Steam Navigation Company, China's first modern enterprise under "official supervision and merchant management."

At the time, China's Yangtze and coastal shipping was monopolized by foreign steamship companies. Firms such as Butterfield & Swire and Jardine Matheson had many ships, low prices, and good service; traditional Chinese sailing vessels were no match. The Qing court wanted to establish its own steamship company, but the treasury had no money, and private capital dared not compete with foreign firms. Thus the model of official supervision and merchant management emerged: the government provided concessions, protection, and grain-transport business; merchants provided capital and management.

After its founding, the China Merchants' company grew rapidly and became China's largest steamship company. It even acquired the American Russell & Co. steamship company, putting pressure on foreign shipping firms for a time. But its institutional problems were obvious: the government appointed supervisors, so merchants had no real control; accounts were unclear and procurement was corrupt; officials interfered in operations, and market decisions were slow.

2. The Kaiping Mining Bureau: Coal and Railways

In 1878, Li Hongzhang founded the Kaiping Mining Bureau, with Tang Tingshu in charge, and opened coal mines in Tangshan. Coal was the food of industry: the military needed coal, steamships needed coal, railways needed coal, and steelmaking needed coal. The start of production at the Kaiping coal mines alleviated the coal shortage in North China.

In 1881, the Kaiping Mining Bureau built the Tangshan-Xugezhuang railway to transport coal. The line was only a few kilometers long, but it was the starting point of China's railways. Coal moved from the mine to the railway, and from the railway to the port, forming one of the earliest "energy-transport" industrial chains.

But the Kaiping Mining Bureau was also under official supervision and merchant management, and the problems of property rights and governance persisted. Later, during the Boxer upheaval of 1900, the Kaiping Mining Bureau was taken over by British capital, becoming a celebrated case in the history of modern Chinese mining.

3. The Shanghai Machine Weaving Layout: An Attempt at Civilian Industry

In 1878, Li Hongzhang began preparing the Shanghai Machine Weaving Layout, with Zheng Guanying in charge. It was China's first machine cotton textile mill, with the goal of "using machines to weave cloth and resist foreign cloth."

At the time, foreign cloth was imported in large quantities, and China's hand-weaving industry was under pressure. The Qing court wanted to replace hand weaving with machine spinning and recover the profits. The Shanghai Machine Weaving Layout imported British machinery, hired foreign technicians, and produced cotton cloth and yarn. In 1893, the factory caught fire and suffered heavy losses; in 1894, Li Hongzhang established the Huasheng Textile General Mill to rebuild the textile business.

The attempt showed a truth: civilian industry was harder than military industry. Military industry had government orders and did not worry about selling its products; civilian industry faced market competition and had to calculate costs, quality, prices, and sales. Enterprises under official supervision and merchant management could rely on policy protection in the military field, but in the civilian field they found it hard to compete with foreign capital.

4. The Institutional DNA of Official Supervision and Merchant Management

Official supervision and merchant management was China's first generation of industrial policy. Its institutional design was: the government provided concessions, protection, and credit; merchants provided capital, management, and technology; profits were distributed proportionally; the government appointed supervisors; merchants had a shareholders' meeting.

The model had its rationality: when private capital was weak, foreign competition was fierce, and technology depended on foreigners, official supervision and merchant management could mobilize resources and quickly establish a batch of enterprises. But it also had obvious defects:

First, property rights were unclear. Merchants put up money but had no real control; the government put up little money but held decision-making power. Second, governance was unclear. Supervisors were appointed by the government, and shareholders' meetings existed in name only; operational decisions were subject to bureaucratic interference. Third, auditing was unclear. Accounts, procurement, and engineering contracts easily bred corruption. Fourth, exit mechanisms were unclear. If an enterprise lost money, the government could subsidize it; if it made money, merchants might not receive dividends.

These defects shaped the institutional DNA of Chinese enterprises for generations. Even today, government-business relations, property-rights protection, financing channels, and corporate governance remain problems that Chinese manufacturing must confront.

5. The Capital Structure of Official Supervision and Merchant Management: Who Paid, Who Decided

The core contradiction of official supervision and merchant management was the mismatch between "who paid" and "who decided."

Take the China Merchants' company. Its capital came partly from merchant shares and partly from government loans. Merchant shares were stocks bought by merchants; government loans were money lent to the enterprise by the state. Logically, those who put up the money should have a say; but under the system, the government appointed supervisors who held operational decision-making power, and merchant shareholders had very limited voice.

The Kaiping Mining Bureau, the Shanghai Machine Weaving Layout, and the Telegraph General Administration were similar. Merchants provided capital and bore business risks; the government provided concessions and controlled personnel and decisions. Profit distribution was also opaque: first official interest was deducted, then reserve funds, then dividends, and finally various government levies had to be met. When merchants invested in these enterprises, they often were not looking at returns but at official connections and policy.

This capital structure had several consequences. First, merchants dared not invest on a large scale because property rights were not secure; second, enterprises depended on official credit, and once official support weakened, they fell into difficulty; third, management answered to the government, not to shareholders, and efficiency was low; fourth, corruption easily bred because procurement, engineering, and personnel were controlled by a few hands.

But it must also be recognized that official supervision and merchant management had its rationality under the historical conditions of the time. Private capital was weak and dared not invest in long-term projects; foreign competition was fierce, and individual merchants could not compete; the government had no money but could provide concessions, protection, and credit. Official supervision and merchant management was a compromise: using official credit to obtain merchant capital, and using merchant management to make up for official inefficiency. It was not perfect, but at the time it may have been the only way to quickly establish modern enterprises.

6. The China Merchants' Company and Foreign Competition

The China Merchants' Steam Navigation Company was China's earliest modern enterprise to compete head-on with foreign capital, and its experience is well worth studying for Chinese companies going global today.

In the 1870s, China's Yangtze and coastal shipping was monopolized by foreign steamship companies. Firms such as Russell & Co., Butterfield & Swire, and Jardine Matheson had many ships, dense schedules, good service, and low prices; China's traditional sailing industry was no match. After the China Merchants' company was founded, its first move was a price war with foreign firms.

The company's tactics included: first, relying on official support to obtain grain-transport business and secure a base cargo; second, relying on Chinese merchant capital to expand the fleet; third, using price wars to seize market share from foreign firms; fourth, using acquisitions — in 1877 it bought the assets of the American Russell & Co. steamship company, rapidly expanding its scale.

The price war was fierce. Foreign companies cut prices, and the China Merchants' company cut prices too; foreign companies joined forces to squeeze it out, and the company held on through official support and Chinese merchant networks. In the end, the two sides formed a relationship of "coopetition": competing on some routes and cooperating on others.

The China Merchants' company's competitiveness came from official support and was also constrained by official interference. It had stable grain-transport revenue but also had to bear official levies; it had Chinese merchant support but unclear property rights and governance; it could fight a price war with foreign firms but lagged in management efficiency and service quality. This state of "policy advantage without institutional advantage" was a microcosm of modern Chinese enterprises.

IV. Telegraphs and Railways: The Infrastructure of Industrialization

1. Telegraphs: From "Months" to "Hours"

Before the telegraph, information transmission at the center of the Qing state was measured in "months." An edict from Beijing to Guangzhou took twenty or thirty days even by fast horse; by the time the court received news of a frontier crisis, made a decision, and sent it back to the front, the opportunity had often passed.

The telegraph changed all this. In 1879, Li Hongzhang experimented with a telegraph line between Tianjin and Dagu; in 1880, the Qing court approved the establishment of the Telegraph General Administration, with Sheng Xuanhuai as supervisor; in 1881, the Tianjin-Shanghai telegraph line opened; in 1883, the Jiangsu-Zhejiang-Fujian-Guangdong line was connected; in 1884, Beijing was connected. From then on, the center could telegraph directly with provincial governors, frontline commanders, and ministers abroad, and information transmission shrank from "months" to "hours."

This was not merely an increase in communication speed; it was a qualitative change in the central government's decision-making capacity. With the telegraph, the Grand Council could learn of a battlefield outcome the same day, draft an edict the same day, and send it back the same day; the Zongli Yamen could discuss countermeasures directly with ministers abroad without waiting months for letters; coordination among governors became possible.

The telegraph served not only the military and diplomacy but also industry. Coal mines could dispatch transport by telegraph, factories could purchase raw materials by telegraph, and merchants could inquire about prices by telegraph. It lowered transaction costs and expanded the radius of the market; it was the first "information highway" of Chinese industrialization.

A large part of Sun Yuwen's daily work in the Grand Council was reading telegraphs, drafting edicts, and coordinating with the Zongli Yamen. During the First Sino-Japanese War, the telegraph became the main channel for battle reports and edicts; news of the Battle of Pyongyang, the Battle of the Yellow Sea, the fall of Lüshun, and the surrender of Weihaiwei all reached Beijing by telegraph. Sun Yuwen stood at the hub of this information chain.

But the telegraph also brought new problems. The more information, the heavier the decision-making burden; the faster the news, the greater the risk of misjudgment. Frontline commanders could report victories but not defeats, governors could filter information, and the Grand Council could suppress unfavorable news. The telegraph did not change the structure of decision-making; it only compressed the time in which decisions were made.

2. Railways: The Pull Between Technology and Institutions

The story of railways was more complicated.

In 1876, the British built the Wusong Railway in Shanghai; the Qing government, citing "disturbing the locality," bought it and tore it up. In 1881, Li Hongzhang supported the building of the Tangshan-Xugezhuang railway for coal transport from the Kaiping Mining Bureau. In 1885, the Navy Office was established, with Prince Chun Yixuan presiding, and railway construction was placed under the "coastal defense" framework. In 1888, the Tianjin-Guangzhou railway opened. In 1889, the Qing court finally issued an edict to build railways, and the Guandong railway subsequently began construction.

Advancing a railway required foreign loans, technology, land acquisition, and cooperation from governors — each a hard nut to crack. Building a railway meant dealing with landowners, peasants, local officials, foreign banks, and engineers along the route; solving problems of gauge, bridges, tunnels, locomotives, and coal supply; and coordinating the central Board of Revenue, Navy Office, and Zongli Yamen with provincial governors, finance commissioners, and likin bureaus.

The railway had strong industrial-chain effects. Building a railway required steel rails, locomotives, rolling stock, coal, cement, and timber; once open, the railway stimulated mining, agriculture, commerce, and towns along the route. After the Tangshan-Xugezhuang railway opened, Kaiping coal could be shipped out, and factories in Tianjin and Shanghai could use cheap coal; after the Guandong railway opened, grain and minerals from the northeast could move into the interior. Railways were the "blood vessels" of Chinese industrialization.

But late Qing railways also had serious problems. Management was multi-headed, and the center had no unified railway plan; funds were short, relying on foreign loans and local fundraising; technology depended on foreigners, with engineers and locomotives mainly imported; land acquisition was difficult, with strong local resistance; management was corrupt, with engineering contracts and procurement lining private pockets. Many railways were built, but returns were low and debts were heavy.

3. The "Externalities" of Infrastructure

Telegraphs and railways are infrastructure. The characteristic of infrastructure is "externality": it may not be profitable itself, but it enables other industries to be profitable. The telegraph makes information flow faster; the railway makes goods move more cheaply; coal mines, steel mills, factories, and ports all benefit.

But infrastructure requires long-term investment, unified planning, and stable policy. Late Qing fiscal fragmentation, political instability, and local interest entrenchment made it difficult for infrastructure to form a national network. Telegraph lines reached the provinces, but each province had its own telegraph bureau; several railways were built, but gauges, management, and fares were not unified. The "externalities" of infrastructure were cut apart by institutions.

This problem remains instructive today. The competitiveness of Chinese manufacturing comes largely from infrastructure: highways, high-speed rail, ports, power grids, and communication networks. These infrastructures were not built by any single enterprise, but they benefit all enterprises. The late Qing lesson is: infrastructure cannot rely only on localities, only on projects, only on foreign loans; it requires unified national planning and sustained investment.

4. Railway Gauge, Standards, and Loans

A railway is not just "a road"; it also involves standards, finance, technology, and management.

First, standards. Early Chinese railways did not use a unified gauge: the Tangshan-Xugezhuang and Tianjin-Guangzhou railways used standard gauge, the Chinese Eastern Railway used the Russian broad gauge, and some mining railways used narrow gauge. With different gauges, locomotives and rolling stock could not run through, goods had to be transshipped at junctions, and transport efficiency was greatly reduced. Only later did China gradually unify on standard gauge.

Second, loans. Building railways required large sums, and the Qing court had no money, so it borrowed abroad. The Lu-Han railway borrowed from Belgium, the Tianjin-Pukou railway from Britain and Germany, and the Shanghai-Nanjing railway from Britain. Loan terms were harsh: high interest, large discounts, mortgages on railway rights or customs revenue, and sometimes procurement conditions requiring the purchase of the creditor country's equipment. The railways were built, and the debts were shouldered.

Third, technology. Railway engineers, locomotives, steel rails, and signaling equipment were mainly imported. China could make some rails and some locomotives, but quality and quantity were insufficient. Railway schools trained some personnel, but far from enough.

Fourth, management. Railways were managed by multiple authorities — the Railway General Administration, the Railway General Company, and provincial railway companies — with inconsistent fares, schedules, and freight rules. Government-run railways were inefficient, merchant-run railways lacked capital, and foreign-run railways controlled rights of way. Many railways were built, but the network effect was not fully realized.

These problems point to a truth: the competitiveness of infrastructure lies not only in "length" but also in "standards, finance, technology, and management." No matter how long a railway is, if gauges are not unified, management is not unified, and debt is too heavy, its benefits will be greatly reduced.

V. Steel, Coal, and Armaments: The Industrial Chain Behind the First Sino-Japanese War

1. Where Did the Beiyang Fleet's Ships Come From?

In 1888, the Beiyang Fleet was formed, with two ironclads, Dingyuan and Zhenyuan, and cruisers such as Zhiyuan, Jingyuan, Jingyuan, Laiyuan, and Jiyuan. On paper, this fleet was quite impressive in Asia at the time.

But almost all these warships were bought abroad. Dingyuan and Zhenyuan came from the Vulcan shipyard in Germany, Zhiyuan and Jingyuan from Armstrong in Britain, and Jingyuan, Laiyuan, and Jiyuan also from Germany. China itself could only build small ships, not capital ships. The Fuzhou Naval Yard could build wooden ships and iron-ribbed ships, but not ironclads; the Jiangnan Arsenal could make guns and ammunition, but not large warships.

This was the "bonsai effect" of late Qing industrialization: it looked as if there were several respectable factories, but there was no complete industrial chain. Warships could be bought, shells could be bought, but a country's industrial system could not be bought.

2. Shells, Coal, and Spare Parts: The Fragility of the Supply Chain

During the First Sino-Japanese War, the Beiyang Fleet's supply chain was very fragile.

Shells and ammunition came mainly from the Jiangnan Arsenal and the Tianjin Machinery Bureau, with some imports. But domestic factories had limited capacity, unstable quality, and inconsistent specifications; some shells did not fit the breeches, and some fuses failed. In naval battles, the Beiyang Fleet's shell supply was insufficient, affecting its combat power.

Coal came mainly from the Kaiping coal mines. Kaiping coal was of good quality, but transport depended on railways and shipping; during the war, transport lines were threatened, and coal supply was unstable. Without coal, warships could not move; without coal, factories could not smelt steel.

Spare parts and repairs depended mainly on the docks at Lüshun and Weihai. The docks' equipment and technology depended on foreigners, and many spare parts had to be imported from Europe. Once war broke out and shipping was disrupted, spare parts were cut off.

These problems were not those of a single factory but of the entire industrial system. Without steel, cannon could not be made; without machinery, ships could not be repaired; without coal, factories could not operate; without railways, goods could not be moved. The First Sino-Japanese War was not fought with one or two weapons; it was fought with the entire industrial capacity of a nation.

3. The Hanyang Ironworks: The Late Arrival of the Steel Industry

In 1890, Zhang Zhidong founded the Hanyang Ironworks in Hubei; it went into production in 1894. It was China's first modern steel plant, with blast furnaces, open-hearth furnaces, and rolling equipment, aiming to "smelt steel ourselves and make guns and cannon ourselves."

But the Hanyang Ironworks had a difficult start. Equipment was imported from Britain and Germany, coking coal had to be transported from elsewhere, and technology depended on foreign engineers; product costs were high and quality unstable; management was government-run and inefficient. When the First Sino-Japanese War broke out, the Hanyang Ironworks had just begun production and had not yet formed a support base for the military industry.

In 1896, Sheng Xuanhuai took over the Hanyang Ironworks, reorganizing and expanding it; in 1908, the Hanyang Ironworks, the Daye Iron Mine, and the Pingxiang Coal Mine merged into the Hanyeping Coal and Iron Company, becoming the largest steel complex in modern China. But by then fourteen years had passed since the First Sino-Japanese War.

Steel is the food of industry. Without steel, there are no guns, warships, railways, or machines. Late Qing steel started too late, cost too much, and was too small in scale to support a modern war. This was one of the deep causes of the defeat in 1895.

4. Why Japan Was Fast

The gap is even clearer when compared with Japan.

After the Meiji Restoration, Japan established national conscription, a modern military industrial system, a railway network, a telegraph network, a banking system, and compulsory education. Mitsubishi, Kawasaki, and other enterprises, with government support, rapidly developed shipbuilding, shipping, and military industry. Japan's national mobilization capacity far exceeded that of the Qing.

Qing industry was local and fragmented: Li Hongzhang ran Beiyang, Zuo Zongtang ran Fujian, Zhang Zhidong ran Hubei; each governor had his own projects, and the center had no unified plan. Japanese industry was national and systemic: the state set goals, enterprises executed, banks financed, railways and shipping supported, and education trained talent.

The First Sino-Japanese War was a contest between two industrial systems. The Qing's "bonsai" could not defeat Japan's "forest."

5. The Ledger of the Military Supply Chain: The Cost of a Single Shell

War is fought on logistics, and logistics is fought on industry. A single shell can expose every weakness of the late Qing industrial system.

A shell looks simple: a body, explosives, a fuse, and a primer. But behind it lies a long industrial chain: steel plants supply steel, chemical plants supply gunpowder, machinery plants supply fuses and primers, transport systems move raw materials and finished products to the front, and warehouses store and maintain them.

Late Qing shell production relied mainly on military enterprises such as the Jiangnan Arsenal and the Tianjin Machinery Bureau. These factories could make shells, but capacity was limited, quality was unstable, and specifications were inconsistent. Some shells did not fit the breech, some fuses failed, and some explosives were damp. During the war, the front demanded large quantities of shells; domestic factories could not keep up, so imports were needed — and imports took time and depended on the attitude of the powers.

Steel was the foundation of shells. The Hanyang Ironworks only began production in 1894, with limited output and unstable quality; the steelmaking equipment at the Jiangnan Arsenal was also small in scale. China's steel output was far from meeting wartime needs. Without steel, shells could not be made; without chemicals, gunpowder could not be made; without machinery, fuses could not be made. Every link was a choke point.

Transport was also a problem. Shells moved from factories to the front by railway, steamship, and horse cart. Railway mileage was short, steamships were constrained by sea power, and horse carts were inefficient. During the First Sino-Japanese War, the Qing army's supply lines were long and transport efficiency was low; the Japanese army, relying on the Korean peninsula and sea transport, had relatively stable supply.

Inventory and management were also problems. The Qing army's ammunition stock was unclear: some units had plenty, others had little; some shells had been stored too long and were damp; some were the wrong model and could not be used. These problems were not caused by one corrupt individual but by the entire military supply management system.

The cost of a shell was not just the factory's production cost but the entire cost of steel, chemicals, machinery, transport, inventory, and management. The late Qing industrial system could not connect this chain, so shells were expensive, slow, and not good enough.

6. Qing Industrial Statistics: Why There Was No Complete Ledger

There was another easily overlooked weakness in late Qing industry: there was no complete industrial ledger.

The Board of Revenue managed finance, the Zongli Yamen managed Western-style undertakings, the Navy Office managed coastal defense and railways, and governors managed local industry. Each institution kept its own accounts, with no unified standards. There was no unified statistical standard for a factory's output, costs, workforce, equipment, or inventory; some officials reported only good news, some figures were inflated layer by layer, and some projects were never registered at all. When the court wanted to know "how many factories, how many workers, how much output" the country had, it simply could not find out.

This "data deficit" was glaring during the First Sino-Japanese War. The Qing court did not know exactly how many shells, how much coal, and how many spare parts the Beiyang Fleet had; it did not know how many troops, funds, and ships the provinces could mobilize; it did not know Japan's industrial capacity and military mobilization. Japan, by contrast, collected and analyzed a great deal of intelligence on China's military, industry, geography, and finance. Before the war was fought, the Qing had already lost a step in information.

Without data, there is no decision; without statistics, there is no industrial management. Many late Qing industrial policies were "gut decisions": to build a navy, buy ships; to build an ironworks, buy equipment; to build a railway, borrow foreign money. As for how much steel, coal, railway, and skilled labor the country needed, no one could calculate clearly.

This problem remains instructive for industrial research today. Industrial policy, industrial-chain analysis, and supply-chain security all begin with data: how many enterprises there are, where they sit in the chain, how much capacity they have, what their technical level is, and whom they depend on upstream and downstream. Tianxia Gongchang's database of 4.8 million enterprises is, in essence, an attempt to fill in this "industrial ledger." The late Qing did not have this ledger, so decisions relied on guesswork; today, with data, it is possible to conduct scientific industrial analysis.

Statistics is not a technical problem; it is an institutional problem. It requires unified statistical standards, independent auditing, open information, and stable institutions. What the late Qing lacked was not an abacus but an institution.

VI. The First Sino-Japanese War: A War of Industrial Systems

1. Before the War: Korea and Public Opinion

The fuse of the First Sino-Japanese War was in Korea.

In 1894, the Donghak Peasant Rebellion broke out in Korea, and the Korean government requested Qing troops. The Qing sent troops to Korea, and Japan, claiming to protect its residents, also sent troops. After the rebellion was suppressed, Japan refused to withdraw and continued to send reinforcements, deliberately provoking war. Li Hongzhang tried to mediate through Russia, Britain, and the United States, but the powers had their own calculations, and mediation failed.

In this process, serious divisions appeared within the Qing court. The Guangxu Emperor advocated war, and the court and public were filled with the optimism that "Japan is a tiny country, not worth fearing"; the Qingliu censors advocated war, seeing it as an opportunity to display national prestige; Li Hongzhang advocated peace, knowing the limits of the Beiyang Fleet; Sun Yuwen also advocated peace, knowing the war could not be won.

Sun Yuwen's judgment came from the information he controlled in the Grand Council and the Zongli Yamen. He knew that the Beiyang Fleet had not added a single ship since its formation in 1888, that the Board of Revenue had stopped purchasing ships and armaments, that the Huai Army's pay and supplies were insufficient and its generals corrupt, that coastal defense was empty, and that the provincial armies were not under unified command. The war party saw "usable morale"; he saw "with what shall we fight, with what shall we feed the troops, with what generals shall we command."

This was a professional judgment. The most important quality of a statesman is the ability, at a moment of national life and death, to judge accurately the limits of power; the courage to shout slogans is secondary. Sun Yuwen's judgment was: this war cannot be won; the sooner we stop the loss, the better.

2. The Battlefield: From Fengdao to Weihai

On July 25, 1894, the Japanese navy attacked Qing troop transports near Fengdao; the Kowshing was sunk, and most of the Qing troops aboard died. On August 1, China and Japan formally declared war.

On September 15, the Battle of Pyongyang. The Qing army, commanded by Ye Zhichao, defended the gates of Pyongyang. The Japanese attacked fiercely; the total commander Zuo Baogui died at Mudan Terrace, Ye Zhichao abandoned the city and fled, and the Qing army retreated across the Yalu River. Pyongyang fell, and all of Korea fell into Japanese hands.

On September 17, the Battle of the Yellow Sea. Admiral Ding Ruchang of the Beiyang Fleet led the fleet to escort transports and encountered the Japanese Combined Fleet near the Dadonggou mouth of the Yellow Sea. The two sides fought for several hours; the Beiyang Fleet lost five ships — Zhiyuan, Jingyuan, Chaoyong, Yangwei, and Guangjia — and captains Deng Shichang and Lin Yongsheng died in battle; several Japanese ships were damaged but none was sunk. Ding Ruchang was wounded, and the fleet retreated to Weihaiwei. Thereafter, the Beiyang Fleet holed up in port, and command of the sea fell to Japan.

In October, the Japanese crossed the Yalu and attacked Liaodong. In November, Lüshun fell. The Japanese carried out a massacre in Lüshun lasting several days, killing tens of thousands of civilians. In January 1895, the Japanese attacked Weihaiwei by land and sea. In February, Weihaiwei fell, the Beiyang Fleet was annihilated, and Ding Ruchang committed suicide.

The course of the war exposed the comprehensive backwardness of the Qing industrial system and military institutions. Although the Beiyang Fleet's equipment was not bad, its command system was chaotic, its generals acted independently, its logistics were insufficient, and its intelligence was poor. Although the Huai Army was large, it was poorly trained, its morale was low, and its generals were corrupt. The provincial armies were not under unified command, and the center could not direct them. Li Hongzhang, with the strength of Beiyang alone against Japan's national mobilization, was at a disadvantage from the start.

3. Shimonoseki: A Humiliating Stop-Loss

In March 1895, Li Hongzhang went to Japan as plenipotentiary for negotiations. On March 24, he was assassinated in the streets of Shimonoseki, shot in the face, and international opinion was shocked. Fearing intervention by the powers, Japan made slight concessions on the indemnity, but the overall terms remained harsh.

Li Hongzhang communicated with Beijing by telegraph. The Guangxu Emperor was unwilling to sign, Weng Tonghe and the Qingliu officials strongly opposed, and Empress Dowager Cixi ultimately decided to sue for peace. On April 17, Li Hongzhang signed the Treaty of Shimonoseki at the Shunpanro: ceding Taiwan, Penghu, and the Liaodong Peninsula; paying an indemnity of 200 million taels of silver; opening Shashi, Chongqing, Suzhou, and Hangzhou as treaty ports; and allowing Japan to establish factories in treaty ports.

After the treaty was signed, Russia, France, and Germany, acting in their own interests, intervened jointly and demanded that Japan return the Liaodong Peninsula. Japan was forced to agree, but China paid another 30 million taels of silver as a redemption fee. Taiwan and Penghu were not so "fortunate"; they were colonized by Japan for fifty years.

Sun Yuwen bore enormous public pressure during the treaty ratification process. The Qingliu cursed him as a "traitor," censors impeached him for "misleading the state," and some even demanded his death to appease the nation. He did not publicly defend himself and left office for his hometown in 1895.

From an industrial perspective, the indemnity of the Treaty of Shimonoseki further drained China's capital accumulation. Two hundred million taels of silver was more than two years of the Qing government's fiscal revenue; if this money had been used to build factories, railways, and schools, China's industrialization would have been much faster. But it was used to pay indemnities, and China's capital accumulation was consumed by war.

4. The Industrial Lessons of 1895

The defeat in the First Sino-Japanese War had many causes: backward military institutions, fragile fiscal institutions, diplomatic misjudgments, poor intelligence, chaotic command, interference by public opinion, and the dual power of emperor and empress dowager. But from an industrial perspective, the most fundamental cause was: China had "factories" but no "industrial system."

There was the Jiangnan Arsenal, but no steel industry; the Fuzhou Naval Yard, but no supporting shipbuilding industry; the Kaiping coal mines, but no national railway network; the Telegraph General Administration, but no unified information network; the Beiyang Fleet, but no independent military supply chain. Every "point" existed, but the "surface" was not connected.

Japan was the opposite: it had a national railway network, telegraph network, banking system, military industrial system, and education system, and could mobilize the resources of the whole country. The First Sino-Japanese War was not an accidental defeat but the result of long-term accumulation of differences between two industrial systems.

Sun Yuwen's tragedy was that he saw the limits of the "bonsai" but had no power to plant a "forest." He could coordinate a project, a loan, a telegraph line, but he could not build an industrial system. This was not his limitation alone but the limitation of the era.

5. Indemnity and Capital Accumulation: How War Drained Industrialization

After the First Sino-Japanese War, where would the capital for China's industrialization come from? This was a more fundamental question than "technology."

The Treaty of Shimonoseki stipulated an indemnity of 200 million taels of silver, plus 30 million taels for the redemption of Liaodong, plus the Weihaiwei garrison fee, totaling more than 230 million taels. The Qing court's annual fiscal revenue was only about 80 million taels; the indemnity was equivalent to more than three years of revenue.

The Qing court could not produce so much money and had to borrow abroad. The 1895 Franco-Russian loan, the 1896 Anglo-German loan, and the 1898 Anglo-German renewal loan were secured by customs revenue, with high interest, large discounts, and harsh terms. These foreign loans mortgaged China's fiscal lifeline to the powers and drained China's capital accumulation.

Capital accumulation is the precondition of industrialization. Building factories requires capital, building railways requires capital, building schools requires capital, and training engineers requires capital. The Qing court spent large sums on indemnities and debt service, leaving less for industry, education, and infrastructure. After 1895, China's national industry developed somewhat, but insufficient capital, financing difficulties, and technological dependence remained bottlenecks.

The contrast with Japan is even clearer. What did Japan do with the indemnity? It built education, military industry, railways, the gold standard, and supported enterprises. Japan turned war indemnities into productive investment, creating a cycle of "indemnity—industry—reinvestment." China turned indemnities into debt, creating a cycle of "indemnity—borrowing—debt repayment."

This is how war affects industrialization: it consumes not only current resources but also future capital. Sun Yuwen's advocacy of a stop-loss in 1895 was, from an industrial perspective, an attempt to preserve some capacity for capital accumulation. But his stop-loss ultimately became an indemnity; his efforts ultimately became debt.

VII. From "Self-Strengthening" to "Industry": The Industrial Turn After 1895

1. The Shift in Public Opinion After 1895

The defeat in the First Sino-Japanese War changed not only China's international standing but also its industrial vocabulary.

Before the war, the key words of the Self-Strengthening group were "self-strengthening" and "seeking wealth," with emphasis on military industry and government-run enterprises. After the war, the key words at court and among the literati became "industry," "commercial warfare," and "reform." Zhang Jian proposed "saving the nation through industry" and founded the Dasheng Cotton Mill in Nantong in 1895; Kang Youwei and Liang Qichao promoted reform, advocating "establishing factories, opening mines, building railways, and founding banks"; the Qing court also began to realize that without civilian industry, military industry could not sustain itself.

The shift was significant: from "military-first" to "military and civilian together," from "government-run" to "official supervision and merchant management, and merchant-run," from "technology import" to "institutional change." But the shift came too late: the indemnity had already drained capital, and the capital exports of the powers squeezed national industry.

2. Sheng Xuanhuai and the Hanyang Ironworks, Railways, and Banks

After 1895, Sheng Xuanhuai became a key figure in late Qing industry.

In 1896, he took over the Hanyang Ironworks, reorganized production, and expanded scale; in the same year, he founded the Railway General Company, responsible for trunk lines such as the Lu-Han railway; in 1897, he founded the Imperial Bank of China, the first modern bank in China. The Hanyang Ironworks, railways, and the bank formed an industrial chain of "steel—transport—finance."

Sheng Xuanhuai's model was still official supervision and merchant management: the government provided concessions, merchants provided capital, and officials managed operations. The model remained effective after 1895, but its institutional defects became increasingly obvious. The Hanyang Ironworks' product quality, costs, and management were persistently problematic; the Railway General Company's borrowing, contracting, and personnel were widely criticized; the Imperial Bank of China's capital and credit were inferior to foreign banks.

Sun Yuwen left office in 1895 and died in 1899, before seeing this round of industrial expansion under Sheng Xuanhuai. But the practical line he had promoted — telegraphs, railways, foreign loans, and diplomacy — was continued by Sheng Xuanhuai. Sun Yuwen was the "central coordinator"; Sheng Xuanhuai was the "industrial operator." The two represented two roles in late Qing industrialization.

3. The Industrial Policy of the Late Qing New Policies

In 1901, stimulated by the Boxer upheaval, the Qing court began the New Policies. In 1903, it established the Ministry of Commerce to manage industry, commerce, railways, mining, and agriculture; in 1905, it abolished the civil service examination and established the Ministry of Education; in 1906, it announced "preparatory constitutionalism"; in 1908, the Hanyang Ironworks, Daye Iron Mine, and Pingxiang Coal Mine merged into the Hanyeping Company; in 1911, it abolished the Grand Council and established a responsible cabinet.

These reforms shared a common direction: from "military" to "civilian," from "government-run" to "merchant-run and mixed," from "projects" to "systems." The establishment of the Ministry of Commerce meant that China finally had a central institution specifically managing industry; the abolition of the civil service examination meant that China finally began to train new-style talent; the founding of Hanyeping meant that China finally had a large steel complex.

But all of this came too late. The New Policies began in 1901, and the Qing dynasty fell in 1911 — only ten years. In ten years, it had to reform the bureaucracy, abolish the examination, train a new army, develop industry, and establish a constitution; every item touched vested interests, and every item required money. The Qing court lacked sufficient fiscal resources, stable political authority, and broad social support. In the end, it caught fire in the new army, lost the confidence of the constitutionalists, and found its gravediggers among the revolutionaries.

4. Zhang Jian and the Dasheng Cotton Mill: Another Possibility for Merchant-Run Industry

After 1895, a new path appeared in Chinese industry: merchant-run enterprise.

Zhang Jian was the top graduate of the 1894 imperial examination. After the defeat, he gave up an official career and returned to his hometown, Nantong, to found the Dasheng Cotton Mill. It was prepared in 1895 and went into production in 1899. Dasheng was a merchant-run enterprise: capital came from shareholders, management was led by Zhang Jian, and it received support from governors such as Zhang Zhidong and Liu Kunyi, but unlike official-supervision enterprises, the government did not appoint a supervisor.

Dasheng's success had several reasons. First, Nantong had abundant cotton, ample labor, and proximity to the Shanghai market; second, Zhang Jian was a top examination graduate with high social status, able to mobilize local resources and persuade gentry to invest; third, Dasheng imported British machinery and hired foreign technicians, and product quality was good; fourth, Zhang Jian did not only build a cotton mill but also schools, water conservancy, and charity, forming a local industrial ecosystem.

Dasheng's significance was not just "one successful enterprise" but proof that Chinese merchants could run modern industry. It contrasted with official supervision and merchant management: the latter relied on official concessions, while merchant-run enterprises relied on markets and local resources; the former had unclear property rights, while the latter had relatively clear property rights; the former was inefficient, while the latter was more efficient.

But merchant-run industry also had limits. Capital was insufficient and financing difficult; technology depended on imports; there was no protection against foreign competition; local markets were limited, making scale hard to achieve. Dasheng later suffered from overexpansion, heavy debt, and market fluctuations. Merchant-run industry was another path for Chinese industrialization, but it also required institutional support: property-rights protection, financing channels, market order, and technical education.

5. Hanyeping: China's First Integrated Steel Enterprise

In 1908, the Hanyang Ironworks, Daye Iron Mine, and Pingxiang Coal Mine merged into the Hanyeping Coal and Iron Company, led by Sheng Xuanhuai. It was China's first integrated steel enterprise and one of the largest integrated steel enterprises in Asia at the time.

Hanyeping's model was "coal-iron integration": Daye's iron ore, Pingxiang's coal, and Hanyang's ironworks were connected by the Yangtze River and railways, forming a complete steel industrial chain. This model was not backward by world standards; Germany's Ruhr region and America's Pittsburgh were similar coal-iron complexes.

But Hanyeping's situation was difficult. First, insufficient capital. Steel is capital-intensive and long-cycle; Hanyeping relied on foreign debt, and its debt grew. Second, technological dependence. Equipment was imported, engineers were hired from abroad, and product quality was unstable. Third, market constraints. China's steel market was occupied by imported steel, and Hanyeping's products could not compete. Fourth, external pressure. Japan coveted Hanyeping's iron ore and, through loans and contracts, gradually controlled its ore exports.

The contrast with Japan is even clearer. Japan began preparing the Yawata Ironworks in 1896 and put it into production in 1901; it was a state-run steel plant, with equipment imported from Germany and technology introduced from abroad, but the Japanese government provided long-term financial support and market protection. After Yawata went into production, Japan's steel self-sufficiency rose sharply, supporting its military industry and railways. Hanyeping, despite abundant resources, did not receive the same state support and eventually became a raw-material base for Japan's steel industry.

The Hanyeping story illustrates a truth: resource endowment is not industrial capability. Having iron ore and coal does not mean having a steel industry; having a steel plant does not mean having a steel industrial chain. Steel requires the combined support of capital, technology, management, markets, and national strategy. The late Qing had resources but lacked institutions; Japan had institutions but lacked resources, yet through national strategy it organized resources, technology, and capital into industrial capability.

VIII. The Institutional DNA of Chinese Factories

1. From Official Supervision and Merchant Management to Industrial Clusters

Late Qing official supervision and merchant management was China's first generation of industrial policy. The institutional DNA it left behind still influences China today.

First, government-business relations. In official-supervision enterprises, the government appointed supervisors, and merchants had no real control. Today's enterprises still face government-business relations: local governments provide land, tax benefits, and subsidies, and enterprises must align with local development goals. This relationship can sometimes accelerate development and sometimes distort markets.

Second, financing dependence. Official-supervision enterprises relied on official credit, foreign debt, and local finance. Today's enterprises rely on bank loans, equity financing, government funds, and supply-chain finance. There are more financing channels, but the difficulty and cost of financing for small and medium-sized enterprises remain.

Third, local competition. Late Qing industrial projects were laid out around governors' spheres of influence; today's industrial clusters form around local governments' economic goals. Local competition is an important driver of Chinese manufacturing, but it also brings duplicate construction, overcapacity, and local protectionism.

Fourth, industrial-chain support. Late Qing factories lacked steel, machinery, coal, and railways; today's Chinese manufacturing has a complete industrial chain and strong supporting capacity, one of its greatest advantages. But this advantage was not innate; it was accumulated over decades.

2. Three Lessons from the Late Qing

Three lessons from late Qing industrialization remain valid today.

First, a single-point breakthrough is not systemic capability. The Jiangnan Arsenal could make guns and cannon but not steel; the Fuzhou Naval Yard could build ships but not supporting machinery; the Beiyang Fleet could buy warships but not make ammunition. A country's industrial competitiveness cannot be sustained by a few "model factories"; it requires a complete industrial chain, supply chain, infrastructure, and talent system.

Second, industrial policy needs property incentives and exit mechanisms. Official-supervision enterprises had unclear property rights, governance, and auditing, leading to low efficiency and corruption. Today's industrial policy, if it provides only subsidies without property incentives, only support without exit mechanisms, will repeat the same mistakes.

Third, infrastructure is part of industrial competitiveness. Telegraphs, railways, ports, power grids, and communication networks are not the assets of any single enterprise, but they determine the costs of all enterprises. Late Qing infrastructure was cut apart by local interests; today's Chinese manufacturing benefits from a national infrastructure network.

3. Sun Yuwen's Lesson

What does Sun Yuwen's life teach Chinese factories?

He was a "doer," not an "institution designer." He could coordinate resources, advance projects, and reduce losses within the old system, but he could not build a new industrial institution. Today's Chinese manufacturing needs both "doers" — factory managers, engineers, supply-chain managers, industrial-park administrators — and "institution designers" — policymakers, industry organizations, financial institutions, and the education system.

The tragedy of the late Qing was not the absence of "doers," but that "doers" could only work within the old system. Sun Yuwen was such an "institutional bearing": he kept the machine turning for a few more decades, but the machine itself was never replaced.

4. How Industrial Clusters Grow

One of the strongest capabilities of Chinese manufacturing today is the industrial cluster.

The electronics, automobile, and textile clusters of the Yangtze River Delta; the home appliance, furniture, and hardware clusters of the Pearl River Delta; Wenzhou's shoes, clothing, lighters, and low-voltage electrical equipment; Dongguan's electronics contract manufacturing; Foshan's ceramics and home appliances — each cluster has hundreds or thousands of enterprises working on different links of the same industry. An assembly plant can find all its component suppliers within a few dozen kilometers; a new product can be sampled, tooled, and mass-produced within weeks. This efficiency is impossible for a single factory.

The formation of industrial clusters requires several conditions: first, infrastructure, including roads, ports, power grids, and communications; second, labor, including skilled workers, engineers, and managers; third, supply chains, including raw materials, components, molds, and logistics; fourth, markets, including domestic and export markets; fifth, local governments, including land, tax, approval, and public services; sixth, entrepreneurship, including risk-taking, innovation, imitation, and competition.

Late Qing industry was "island-like": the Jiangnan Arsenal in Shanghai, the Fuzhou Naval Yard at Mawei, the Hanyang Ironworks in Wuhan, and the Kaiping coal mines in Tangshan had no division of labor or supporting links among them. Each factory tried to be "large and complete," making everything itself, and as a result was good at nothing. Today's industrial clusters are "network-like": each enterprise does only one link, and supply chains connect them into a network, with overall efficiency far higher than a single "all-purpose factory."

This contrast illustrates a truth: industrial competitiveness is not the sum of "factory counts" but the product of an "industrial ecosystem." The late Qing had factories but no ecosystem; today has an ecosystem, and therefore competitiveness. Sun Yuwen could coordinate a project or a factory, but he could not cultivate an ecosystem. This was his limitation and the limitation of his era.

5. Financing Difficulties: From Official Supervision to Supply-Chain Finance

The blood of industry is capital. Late Qing factories were hard to build largely because financing was hard.

Late Qing financing channels included: official funds, merchant shares, foreign debt, qianzhuang (native banks), and piaohao (remittance banks). Official funds came from the fisc, which was itself tight; merchant shares came from merchants who lacked confidence in property rights; foreign debt came from foreign banks on harsh terms and high interest; qianzhuang and piaohao mainly provided short-term loans and were unsuitable for long-term industrial investment. There was no stock market, no bond market, no venture capital, and no policy bank. Building a factory required piecing funds together, pulling connections, finding governors, and finding foreign banks.

Official supervision and merchant management was essentially a financing arrangement: the government used concessions and credit to obtain merchant capital; merchants used capital to obtain official protection. It solved the question of "where the money comes from" but not "how the money is used and who is responsible." Unclear property rights, governance, and auditing led to low capital efficiency and unstable returns.

Today's Chinese manufacturing has many more financing channels: bank loans, equity financing, bonds, financial leasing, supply-chain finance, and government industrial funds. But the difficulty and cost of financing for small and medium-sized enterprises remain. Why? Because information is asymmetric — banks do not know the true operating condition of enterprises; because collateral is insufficient — small and medium enterprises have no land or factory buildings to pledge; because the credit system is incomplete — accounts receivable, orders, and equipment are hard to turn into financing instruments.

Supply-chain finance is an attempt to solve this problem: use the credit of core enterprises to help upstream and downstream small and medium enterprises obtain financing; use accounts receivable, inventory, and orders as collateral to reduce bank risk. This idea is somewhat similar to late Qing official supervision and merchant management: both use "credit" to leverage capital. The difference is that supply-chain finance is based on real transactions and data, while official supervision was based on official concessions and power.

From official supervision to supply-chain finance, China's industrial financing has changed a great deal, but the core question remains: how to channel capital to genuinely efficient enterprises, how to encourage entrepreneurs to invest for the long term, and how to make the financial system serve the real economy.

6. Military and Civilian: Walking on Two Legs

A structural bias of late Qing industrialization was military-first and civilian-lagging.

From the 1860s to the 1890s, Qing money went mainly to the military: the Jiangnan Arsenal, the Fuzhou Naval Yard, the Jinling Machinery Bureau, the Tianjin Machinery Bureau, and the Beiyang Fleet. Civilian industry included the China Merchants' company, the Kaiping Mining Bureau, the Shanghai Machine Weaving Layout, and the Telegraph General Administration, but its scale and speed were no match for the military. Military industry was "self-strengthening"; civilian industry was "seeking wealth." The Qing court cared more about "self-strengthening" because the powers could attack at any time.

Military-first had its reasons. But military industry had a problem: it did not directly generate market demand. Military enterprises made guns and warships, and their products were allocated to the army, not sold on the market; their costs were borne by the state fisc, with no competitive pressure; their technology served mainly the military, with limited civilian spillover.

Japan did it differently. Japan's military and civilian industries walked on two legs: Mitsubishi and Kawasaki built both warships and merchant ships; military technology spilled over into civilian industry, and the civilian market fed back into the military. Japan's shipbuilding, steel, and machinery industries all grew through the interaction between military and civilian.

China's military-civilian integration today follows the same idea: military technology transferred to civilian use, civilian technology supplementing the military; aerospace, aviation, materials, and electronics all have cases of military-civilian integration. But integration also has barriers: different technical standards, different market access, and different secrecy requirements. The late Qing lesson is: military industry cannot develop in isolation; it must have the support of civilian industry. Civilian industry cannot rely only on the market; it also needs the guidance of national strategy.

7. Industrial Geography: Why Factories Concentrated Along the Coast and Rivers

Late Qing factories were very unevenly distributed. Shanghai, Fuzhou, Tianjin, Wuhan, and Tangshan were the main industrial points; vast inland areas had almost no modern factories.

Why? First, ports. Shanghai, Fuzhou, and Tianjin were treaty ports with docks, foreign steamships, and foreign trade markets, making it easy to import equipment and export products. Second, transport. Wuhan was in the middle reaches of the Yangtze, Tangshan had coal and railways, and Shanghai was at the Yangtze estuary; water and rail connected raw materials, fuel, and products. Third, markets. Coastal cities were densely populated and commercially developed, with consumer capacity and labor. Fourth, governors' seats. Li Hongzhang was in Zhili and Liangjiang, Zuo Zongtang in Fujian, and Zhang Zhidong in Hubei; governors' seats were often the sites of industrial projects. Fifth, foreign capital and technology. Treaty ports had foreign banks, foreign firms, and engineers, making it easier to find partners for factories.

Why did the interior have no factories? Transport costs were high, raw materials could not be brought in, and products could not be shipped out; markets were small and purchasing power low; local governments had no money and no technology; foreign capital was unwilling to go. As a result, late Qing industrial geography was "a line along the coast and rivers," not "a network across the country."

This pattern still influences China today. Chinese industrial clusters remain concentrated in the Yangtze River Delta, Pearl River Delta, Bohai Rim, and middle Yangtze; inland industry has developed through the Third Front construction, the Western Development Program, and industrial relocation, but overall lags behind the coast. Industrial geography is not determined by nature; it is shaped by infrastructure, policy, markets, and history. The late Qing lesson is: without national infrastructure and market networks, industry can only concentrate in a few ports and cannot form a national industrial system.

IX. Conclusion: What Late Qing Industrialization Teaches Today's Manufacturing

1. Know Your True Position

Sun Yuwen advocated peace because he had seen the ledgers, the ships, and the troops. The greatest tragedy of the late Qing was that a group of people who did not know the country's true position used moral passion to make decisions for the nation.

Today's manufacturing also needs to "know its true position": How much cash do you have? Where is your technology gap? How fragile is your supply chain? How strong is your competitor? What is your capacity utilization? Without answers to these questions, even the most beautiful strategy is empty.

2. The Ability to Stop Losses

Advocating war is easy; advocating peace is hard. Shouting slogans is easy; bearing the consequences is hard. Sun Yuwen advocated a stop-loss when the whole country was demanding war, and did not defend himself after the war. Such choices required enormous political courage.

Enterprises also need the ability to stop losses. Not every project is worth continuing, and not every market is worth entering. The person who dares to say "this project cannot continue" is often more valuable than the person who dares to shout "invest another billion." A stop-loss preserves strength for the next opportunity.

3. A Single-Point Breakthrough Is Not Systemic Capability

The Jiangnan Arsenal, the Fuzhou Naval Yard, and the Beiyang Fleet were all examples of "single-point breakthroughs": they could make guns, build ships, and buy warships, but lacked steel, machinery, coal, railways, and finance as supporting systems. When the First Sino-Japanese War broke out, the limits of single-point breakthroughs were exposed.

Today's manufacturing must also beware of "single-point thinking." An enterprise can succeed with one product, one customer, or one technology, but to succeed sustainably it needs systemic capabilities in supply chain, R&D, talent, capital, and management.

4. Industrial Policy Needs Property Incentives and Exit Mechanisms

The failure of official supervision and merchant management was largely institutional: unclear property rights, unclear governance, unclear auditing, and unclear exit mechanisms. Today's industrial policy, if it provides only subsidies without property incentives, only support without exit mechanisms, will also produce inefficiency, corruption, and overcapacity.

Good industrial policy should make enterprises genuine market actors: clear property rights, standardized governance, fair competition, and orderly exit. The government's role is to provide infrastructure, basic research, and public services, not to make decisions for enterprises.

5. Infrastructure Is Part of Industrial Competitiveness

Telegraphs, railways, ports, power grids, and communication networks determine enterprises' logistics costs, information costs, and transaction costs. Late Qing infrastructure was cut apart by local interests; today's Chinese manufacturing benefits from a national infrastructure network.

But infrastructure also requires sustained investment and unified planning. It cannot rely only on localities, only on projects, only on foreign loans; it needs national strategy, stable funding, and transparent management.

6. Doers and Institution Designers Must Work Together

Sun Yuwen was a "doer," not an "institution designer." He could coordinate projects, advance affairs, and reduce losses, but he could not build new institutions. The tragedy of the late Qing was that "doers" could only work within the old system.

Today's Chinese manufacturing needs two kinds of people: "doers" who understand technology, production, supply chains, and customers; and "institution designers" who understand policy, finance, law, and education. Only when the two work together can Chinese manufacturing move from "large" to "strong."

7. Three Things That Have Not Changed

Three things have not changed from the late Qing to today.

First, institutional costs have not changed. In the late Qing, building a factory meant dealing with yamen, finding governors, borrowing foreign money, and coping with levies; today, building a factory means dealing with approvals, finding land, raising funds, and coping with environmental, safety, and tax requirements. The forms have changed, but the essence has not: the development of an enterprise depends greatly on whether it can reduce institutional costs.

Second, the logic of the industrial chain has not changed. Late Qing factories lacked steel, machinery, coal, and railways; today's factories lack chips, high-end equipment, and basic materials. The completeness of the industrial chain determines the ceiling of a country's manufacturing. China's advantage today is a complete industrial chain; China's challenge tomorrow is upgrading that chain.

Third, the role of people has not changed. The late Qing had Sun Yuwen, Sheng Xuanhuai, Zhang Jian, and Tang Tingshu; today has countless factory managers, engineers, and entrepreneurs. Institutions can be designed, technology can be imported, and capital can be accumulated, but in the end it is people who get things done. A country's industrial competitiveness ultimately rests on people's ability, judgment, and sense of responsibility.

These three unchanging things are the most important legacy of late Qing industrialization.

8. The Four Stages of Late Qing Industrialization

Dividing late Qing industrialization into four stages reveals a clear line of institutional evolution.

The first stage, from the 1860s to the 1870s, was government-run military industry. Representative enterprises were the Anqing Arsenal, the Jiangnan Arsenal, the Fuzhou Naval Yard, the Jinling Machinery Bureau, and the Tianjin Machinery Bureau. Institutional features were government-run, military-first, technology import, and yamen management. This stage solved the question of "whether we have it."

The second stage, from the 1870s to the 1880s, was civilian industry under official supervision and merchant management. Representative enterprises were the China Merchants' company, the Kaiping Mining Bureau, the Shanghai Machine Weaving Layout, and the Telegraph General Administration. Institutional features were official concessions, merchant capital, unclear property rights, and unclear governance. This stage solved the question of "where the money comes from" but not "who is responsible."

The third stage, from the 1880s to the 1890s, was heavy industry and infrastructure. Representative projects were railways, the Hanyang Ironworks, and the Beiyang Fleet. Institutional features were multi-headed management, dependence on foreign debt, local leadership, and weak central coordination. This stage tried to solve the question of "systemic support," but resources were insufficient and institutions were not smooth, and the limits were exposed in the First Sino-Japanese War.

The fourth stage, from 1901 to 1911, was the New Policies and merchant-run industry. Representative institutions and enterprises were the Ministry of Commerce, the Ministry of Education, Hanyeping, the Dasheng Cotton Mill, and the Imperial Bank of China. Institutional features were formal ministries, the rise of merchant-run enterprises, institutional change, and the coexistence of state and private capital. This stage tried to solve the question of "institutional transformation," but time was too short, and the Qing dynasty fell.

After these four stages, the Qing dynasty also fell. But the industrial base, technical talent, and institutional experience left by the late Qing did not disappear. Many of the arsenals, railways, banks, and universities of the Republican period developed on the foundation of the late Qing; the industrial system of New China also inherited part of the late Qing legacy. Late Qing industrialization was a failed attempt, but it was not zero.

Conclusion: Factories Remember the Doers

Sun Yuwen's life is a slice of the prehistory of Chinese factories.

He never built a ship, smelted a furnace of steel, or laid a railway, but he participated in the institutional operation of the country's first modern factories. He read telegraphs, approved budgets, coordinated governors, and dealt with foreign banks and engineers; he advocated a stop-loss in 1895 and bore the blame after the war; he worked within the old system but could not change it.

Chinese manufacturing today has been accumulated by countless "doers" working in the cracks of institutions. They may be factory managers, engineers, supply-chain managers, industrial-park administrators, or policymakers, bank credit officers, and vocational school teachers. They left no collected works and no biographies, but the factories they built, the railways they connected, and the power grids they laid remain.

History is often unfair to doers: those who talk leave reputations, while those who do leave blame. But factories remember. Every product, every production line, every industrial cluster is the best memorial to the doers.

---

Appendix: Sources and Further Reading

This essay is an industrial-history commentary written from Sun Yuwen's central vantage point, not an academic biography. The factories, institutions, events, and figures mentioned are based mainly on the following materials:

• Draft History of the Qing (Qingshigao), biography of Sun Yuwen and related biographies.
• Weng Tonghe, Weng Tonghe Diary, punctuated edition, Zhonghua Book Company.
• The Self-Strengthening Movement, series of modern Chinese historical materials.
• Sun Yutang, ed., Materials on the History of Modern Chinese Industry, vol. 1.
• Chen Zhen, ed., Materials on the History of Modern Chinese Industry.
• Albert Feuerwerker, China's Early Industrialization: Sheng Hsuan-huai (1844–1916) and Mandarin Enterprise.
• Xu Dixin and Wu Chengming, eds., History of the Development of Chinese Capitalism.
• Qi Qizhang, History of the First Sino-Japanese War.
• Jiang Ming, The Dragon Flag Fleet: The Rise and Fall of the Modern Chinese Navy.
• Archives and studies on the Jiangnan Arsenal, the Fuzhou Naval Yard, and the Hanyeping Company.

It should be noted that specialized research on Sun Yuwen is limited; he appears mostly in late Qing political history as a "peace faction" figure in 1895 and as Weng Tonghe's opposite. This essay places him back in the central coordination chain of industrial projects. That is a reinterpretation with a clear perspective, not a historical verdict. Readers who wish to study further should first check the original records in the sources above and then form their own judgment.