From ancient medicine to global power: the long, oily history of petroleum
Long before it fueled the Second Industrial Revolution, petroleum was a tool of war, a medicinal salve, and a construction material. This complex mixture of hydrocarbons has shaped human civilization for millennia, driving economic booms and geopolitical conflicts while fundamentally altering our planet's atmosphere.
The term petroleum, meaning 'rock oil' in Medieval Latin, has roots that trace back to early mineralogical treatises, such as the 1546 work by Georg Bauer. While its exact linguistic origin is debated—some suggest the Persian scientist Avicenna used it centuries earlier—its utility is ancient. Over 4,300 years ago, Sumerians used bitumen for boat building, and by 400 BCE, the Persians employed oil-soaked arrows in the siege of Athens. In China, records from the 1st century BCE show the extraction of raw oil, and by 347 CE, bamboo-drilled wells were already in production.
The modern petroleum industry emerged from 19th-century innovations in distillation and drilling. In 1853, Ignacy Łukasiewicz developed the modern kerosene lamp, and by 1859, Edwin Drake’s well in Pennsylvania sparked a global boom. This era also saw the rise of the first true commercial refineries, like E.W. Binney & Co., which processed various hydrocarbons into useful products like paraffin wax and lubricants. As production expanded, certain regions became 'petrostates,' gaining immense international influence through their control of trade.
Today, the world consumes roughly 100 million barrels of oil every day, with 89 percent of vehicle fuel derived from these reserves. However, this reliance comes with significant costs. The extraction and burning of fossil fuels release greenhouse gases that intensify the Earth's natural greenhouse effect, contributing to anthropogenic climate change. While production is estimated to peak before 2035, the transition toward electrification and renewable energy aims to reduce this dependency, even as the industry continues to navigate the complexities of both conventional drilling and unconventional methods like fracking.
Source: Petroleum
