What Comes From Oil? Surprising Everyday Products You Didn't Know

You probably don’t think about crude oil when you brush your teeth in the morning. But you should. Your toothbrush, the toothpaste, and even the plastic tube it came in all trace their origins back to a barrel of crude oil. Oil is hiding in plain sight — and once you know where to look, you will never see your daily routine the same way again.

Petroleum-derived products are everyday items — from clothing and cosmetics to medicines and furniture — manufactured using chemicals and compounds extracted from crude oil during the refining process.

When most people think about crude oil, they picture petrol stations, diesel trucks, and jet engines. That is understandable. Fuel accounts for roughly 45% of what a barrel of crude oil produces, according to the U.S. Energy Information Administration (EIA). But the other 55%? That becomes something far more surprising.

The refining process — called fractional distillation — separates crude oil into dozens of different chemical compounds. Some become fuels. Others become petrochemicals: the building blocks of plastics, solvents, synthetic fabrics, adhesives, and a staggering range of consumer goods. Understanding this helps explain why oil is so deeply woven into the global economy — and why oil price changes ripple into the cost of almost everything you buy.

In this article, you will learn which everyday products are made from crude oil, how the refining process turns raw petroleum into usable materials, and why this matters for your wallet and the world economy.

How Crude Oil Becomes Everyday Products

Crude oil in its raw form is a thick, dark liquid pulled from deep underground. It is not useful on its own. It has to be processed at an oil refinery — a vast industrial facility that breaks crude oil down into its component parts using heat and pressure.

The key process is fractional distillation. Crude oil is heated to around 350°C and fed into a tall column called a distillation tower. Different compounds vaporise at different temperatures. As the vapour rises through the tower, it cools and condenses at different levels, separating into distinct fractions: petrol, diesel, kerosene, heavy fuel oil, and — most relevant here — naphtha.

Naphtha is the petrochemical feedstock. It is the fraction of crude oil that gets sent to chemical plants to be transformed into ethylene, propylene, benzene, and hundreds of other organic compounds. These are the raw ingredients for polymers, synthetic fibres, solvents, and pharmaceutical chemicals.

The scale is almost impossible to grasp. A single 42-gallon barrel of crude oil yields approximately 19.4 gallons of petrol — but it also produces enough petrochemical feedstock to make around 39 polyester shirts, 750 aspirins, or 35 cans of synthetic lubricant. The petroleum products manufacturing process is remarkably efficient at extracting value from every drop.

This is why oil prices matter so far beyond the pump. When Brent crude climbs by $10 per barrel, it does not just push up petrol prices. It raises the input costs for plastics, medicines, textiles, and fertilisers — sectors that touch virtually every corner of the economy. That is the connection between crude oil markets and broader inflation.

Oil in Your Home: Plastics, Cleaning Products, and Furniture

Walk through any room in your home and you are surrounded by petroleum-derived materials. The most obvious is plastic. Polyethylene, polypropylene, PVC, and polystyrene — the four most common plastic types — are all synthesised from ethylene and propylene, petrochemicals derived from crude oil and natural gas liquids.

Your food storage containers, plastic bags, bin liners, cling film, water pipes, window frames, and almost every electronic casing in your home are petroleum products. The global plastics market was valued at approximately $712 billion in 2023, according to industry estimates, and oil-derived feedstocks underpin the entire supply chain.

Cleaning products are another hidden category. Detergents, surface cleaners, and dishwasher tablets contain surfactants — molecules that lift grease and oil from surfaces. Most commercial surfactants are derived from petrochemicals, specifically from the alkylbenzene fraction of crude oil refining. Even some candles contain paraffin wax, a direct petroleum by-product that appears at the bottom of the distillation tower alongside heavy fuel oils.

Furniture is less obvious but equally connected. Polyurethane foam — the squishy material inside sofas, mattresses, and car seats — is entirely petroleum-derived. The adhesives used to bond furniture components together are typically solvent-based or epoxy products, both petrochemical families. Even the glossy lacquer or varnish on a wooden table surface often contains petroleum-derived resins.

What a Single Barrel of Crude Oil Produces: Fuel vs Petrochemical Products (by Volume)

A standard 42-gallon barrel of crude oil is refined into a range of fuel and non-fuel products. While gasoline dominates at roughly 19.4 gallons per barrel, a significant share — around 12–15 gallons — becomes distillate fuel oil, jet fuel, and other petroleum derivatives used across industry. The remaining fraction becomes petrochemical feedstocks that end up in plastics, medicines, cosmetics, and synthetic materials used in thousands of everyday products.

• Gasoline (petrol): ~19.4 gallons — the single largest output of a barrel of crude oil
• Distillate fuel oil (diesel, heating oil): ~10 gallons — used in transport, manufacturing, and home heating
• Jet fuel / kerosene: ~4 gallons — powers commercial aviation globally
• Petrochemical feedstocks (naphtha, LPG, other): ~5–7 gallons — the source of plastics, medicines, cosmetics, and synthetic fibres
• Residual fuel oil, lubricants, asphalt: remaining ~3–4 gallons — used in heavy industry, road construction, and engine lubrication

Oil on Your Body: Cosmetics, Medicine, and Clothing

The beauty and personal care industry is one of the most petroleum-dependent sectors most consumers never think about. Petroleum jelly — the clear gel used in lip balms, moisturisers, and wound care — is literally a by-product of oil drilling. It was first discovered in the 1860s as a waxy residue coating oil rig pump rods. Today it remains one of the most widely used cosmetic ingredients in the world.

Look at the ingredients label on most foundations, lipsticks, mascaras, and shampoos. You will find mineral oil, petrolatum, paraffinum liquidum, and compounds ending in “-eth” (like laureth or ceteareth) — all petrochemical derivatives. The International Cosmetic Ingredient Dictionary lists hundreds of petroleum-derived ingredients approved for personal care use.

Medicines are an equally important category. Aspirin was originally synthesised from salicylic acid, but the modern pharmaceutical production process relies heavily on petrochemical solvents and intermediates. Ibuprofen, antihistamines, antiseptic creams, and hundreds of prescription drugs use petroleum-derived compounds either as active ingredients or as binding agents, coatings, and excipients.

Then there is clothing. Polyester — the world’s most widely used textile fibre — is made from polyethylene terephthalate (PET), a plastic derived from petroleum. Nylon, spandex (elastane), acrylic, and most fleece fabrics are also synthetic fibres with petrochemical origins. According to the Textile Exchange, synthetic fibres accounted for approximately 64% of global fibre production in 2022 — the overwhelming majority derived from fossil fuel feedstocks.

Oil in Industry: Tyres, Fertilisers, and Electronics

Beyond what you put on your body or in your home, petroleum underpins much of the industrial infrastructure that makes modern life possible. Car tyres are a striking example. While natural rubber from rubber trees was the original tyre material, today’s high-performance tyres contain a significant proportion of synthetic rubber — specifically styrene-butadiene rubber (SBR), derived from petrochemicals. Carbon black, another tyre ingredient that improves durability, is also a petroleum product.

Agricultural fertilisers are perhaps the most economically significant non-fuel use of petroleum. Ammonia, the foundation of nitrogen fertilisers used on virtually every commercial farm in the world, is synthesised via the Haber-Bosch process using natural gas — a fossil fuel closely linked to crude oil markets. Without petroleum-derived fertilisers, global food production would be dramatically lower. The UN Food and Agriculture Organization estimates that synthetic nitrogen fertilisers support food production for roughly half the world’s population.

Electronics tell a similar story. The casings of smartphones, laptops, and televisions are predominantly petroleum-derived plastics. Circuit boards use epoxy resins — petrochemicals — as the substrate. The thermal paste that keeps processors cool often contains petroleum-derived compounds. Even the screen on your phone may include petroleum-derived protective coatings. This connection between oil markets and technology costs is one reason that AI and technology infrastructure remain so sensitive to energy price movements.

Asphalt is another industrial product that goes almost unnoticed. Every road surface, airport runway, and car park is paved with bitumen — a viscous, near-solid petroleum fraction that sits at the very bottom of the distillation tower. The global road construction industry is therefore directly tied to crude oil refining. When oil output rises, so does the availability of cheap asphalt. This is one reason major oil-exporting nations have historically built extensive road networks at low cost.

Conclusion

Crude oil is not just what fills your fuel tank. It is in your toothbrush, your moisturiser, your polyester shirt, the tyres on your car, the road you drive on, and the fertiliser that grew your food. The petroleum products manufacturing process transforms a barrel of underground liquid into thousands of materials that define modern life.

This is why energy markets matter so far beyond the petrol station. Every time oil prices shift — whether because of geopolitical conflict, OPEC production decisions, or demand changes — the ripple effect touches consumer goods across almost every category. Understanding what comes from oil is not just an interesting fact. It is a key to understanding how the global economy actually works.

• Roughly 6,000 everyday products contain petroleum-derived ingredients — most consumers are unaware of how deeply oil is embedded in daily life.
• Petrochemical feedstocks from crude oil underpin plastics, synthetic fibres, medicines, cosmetics, fertilisers, tyres, and electronics.
• When oil prices rise, the cost of petroleum-derived goods tends to follow — making crude oil a hidden driver of consumer price inflation across many sectors.