Foundational & Process Industries

Controlled smelting and forging of iron tools and weapons in Bronze Age Anatolia marked the beginning of a material that would eventually displace bronze as the basis of tools, weapons and construction.

High-carbon steel made in sealed crucibles was exported across the ancient world and later reworked into Damascus steel blades, making South India a centre of advanced metal production for over a thousand years.

A mixture of volcanic ash, lime and water that hardened even underwater let Rome build structures such as the Pantheon's dome, a scale of concrete construction not matched again for well over a thousand years.

The process allowed the first bulk manufacture of a heavy industrial chemical, establishing sulfuric acid, still the most-produced chemical by volume worldwide, as a foundation of the wider chemical industry.

The first transformation from an agricultural to an industrial economy took place between the mid-18th and early 19th century. It established the extensive reorganisation of an economy for the purpose of manufacturing, creating the basic industrial base on which later foundational industries rested.

Changes from the mid-19th century included the refinement of the steam engine, the invention of the internal combustion engine, the harnessing of electricity and the construction of canals, railways and electric-power lines. These inputs greatly expanded the scale and reach of basic industry.

Setting aside Saint Lambert's enterprises as an outlier, the onset of Chilean industrialisation has often been dated to the end of the 19th century. Since the 1980s some scholars argued Chile was en route to full industrialisation before 1914, while the economist Ducoing holds that only modernisation, not industrialisation, occurred.

His method of firing limestone and clay together to produce a stronger, more durable hydraulic binder became the basis of the modern cement industry and, later, reinforced concrete construction.

Saint Lambert spearheaded early industrialisation in Chile by installing modern reverberatory furnaces for copper smelting by 1840. The venture is usually treated as an outlier ahead of the country's broader industrial onset.

Blowing air through molten pig iron to burn off impurities cut the cost of steel dramatically and made it, rather than iron, the basic structural material of railways, ships and buildings.

During the 1870s a range of consumer-goods industries appeared in Chile. This decade forms part of the late 19th-century onset conventionally assigned to Chilean industrialisation.

The Tata Iron and Steel Company's Jamshedpur works became a symbol of Indian industrial self-sufficiency under colonial rule and the foundation of what grew into one of the world's largest steel producers.

The Haber-Bosch process fixed atmospheric nitrogen into ammonia at industrial scale, underpinning synthetic fertiliser production that now sustains roughly half the world's population, alongside explosives manufacture.

Between the early 1960s and the 1990s Hong Kong, Singapore, South Korea and Taiwan industrialised rapidly and sustained very high growth. By the end of the 20th century East Asia had become one of the world's most recently industrialised regions.

Clay and Gravel Holding began construction of a cement plant in Sofala province in partnership with China Energy Overseas Investment, adding 1.2 million tonnes a year of cement and 0.95 million tonnes of clinker capacity.

Total cement despatches dropped 8 per cent year on year to 0.8 million tonnes in July, with exports down 49 per cent, extending a decline that left year-to-date despatches 4 per cent lower at 5.5 million tonnes.

Cement sales rose 3 per cent year on year to 6.2 million tonnes in July, with year-to-date sales up 2 per cent to 39 million tonnes, helped by continued demand under the Minha Casa Minha Vida housing programme.

Crude steel production across the region fell 13.4 per cent year on year in June to 4.0 million tonnes, one of the widest regional divergences in the World Steel Association's monthly data.

India's crude steel production rose 7.1 per cent year on year to 87.0 million tonnes over the first half of 2026, while China's fell 3.0 per cent to 500.0 million tonnes, narrowing the gap between the two largest producers.

Crude steel production rose to 2.6 million tonnes in June, the fastest growth rate among the world's ten largest producers, as new capacity continued to come on stream.

The continent's crude steel production rose 20 per cent year on year to 2.2 million tonnes in June, well ahead of every other region tracked by the World Steel Association.

The association's Short Range Outlook projected global steel demand growing 0.3 per cent in 2026 before accelerating to 2.2 per cent growth in 2027, reaching 1,762 million tonnes.

New data on steel embedded in manufactured goods such as vehicles and machinery showed indirect exports rising 26 per cent between 2014 and 2024, to 410 million tonnes, underscoring steel's reach beyond direct trade.

The German cement producer expanded captured carbon dioxide volumes at its pilot facility, part of a wider push across the industry to demonstrate emissions-capture technology at commercial cement kilns.

As of 2018 the World Bank, OECD and various United Nations bodies including FAO, WHO, ILO and UNESCO backed development policies such as water purification and primary education, alongside co-operation among developing communities. This framing shifted industrial development support towards basic services and, with green industrial policy, towards technological leapfrogging to cleaner technologies.

Rapid capacity expansion through the 1990s took China past Japan, the United States and the whole of Western Europe combined, a lead it has held ever since and which now shapes global steel prices and trade disputes.

The state-backed company was created to convert associated gas from oil production into ammonia, methanol and plastics feedstock, establishing the Gulf as a major petrochemicals exporter within a generation.