Crude palm oil is one of the most versatile plant oils on Earth, used across food production, energy, cosmetics, animal feed, and industrial manufacturing. Global production tops 70 million metric tons annually, with Indonesia supplying 58% and Malaysia another 25%. Its semi-solid texture at room temperature, natural stability, and rich nutrient profile make it valuable in ways that few other oils can match.
Cooking and Food Production
The food industry is the largest consumer of palm oil by far. In its crude form, the oil is used for everyday cooking and frying in regions close to where it’s produced, particularly across West Africa and Southeast Asia. Its deep reddish-orange color comes from extremely high levels of carotenoids, the same pigments found in carrots and tomatoes. Crude red palm oil contains 500 to 700 mg/kg of total carotenoids, making it one of the richest natural sources of vitamin A precursors available.
Once refined, palm oil becomes a neutral-colored, odorless fat that shows up in an enormous range of processed foods. Margarine, instant noodles, snack foods, baked goods, and deep-frying oils all rely on it. The oil’s natural fatty acid profile means it stays semi-solid without hydrogenation, the industrial process that creates trans fats. This matters because palm stearin (the solid fraction separated during processing) can provide the firm texture that shortenings and baked goods need while keeping trans fats out of the product entirely.
Palm oil is also unusually stable at high frying temperatures. Its carotenoids and tocotrienols (a form of vitamin E) work together to resist the breakdown that causes other cooking oils to degrade and produce off-flavors. Customized blends of palm oil fractions with other vegetable oils are formulated for specific products ranging from soup mixes to infant formula.
Nutritional Value of the Crude Form
Crude palm oil stands apart nutritionally from its refined counterpart. The unrefined oil delivers 200 to 400 mg/kg of tocotrienols, which have demonstrated cholesterol-lowering and neuroprotective properties in research. It also contains 200 to 350 mg/kg of beta-carotene and 150 to 250 mg/kg of alpha-carotene, both of which your body converts into vitamin A. Lycopene, the antioxidant associated with tomatoes and cardiovascular protection, is present at 50 to 100 mg/kg.
Refining strips much of this away. Standard processing can reduce carotenoid content by up to 70%, which is why the crude, red-colored version retains far more nutritional value than the pale refined oil found in packaged foods. In parts of Africa, crude red palm oil has long been valued as a dietary source of fat-soluble vitamins, particularly in communities where vitamin A deficiency is common.
Palm oil is roughly 50% saturated fat, primarily palmitic acid. The World Health Organization released guidelines on saturated and trans fat intake in 2023 and is currently developing specific guidance on tropical oils, including palm oil. That guidance has not yet been finalized.
Biodiesel and Energy Production
A growing share of crude palm oil goes into biodiesel. The conversion process, called transesterification, reacts the oil with methanol to produce fatty acid methyl esters, the technical name for biodiesel fuel. Under optimized conditions, this reaction can achieve yields above 91% from crude palm oil in under an hour. Countries with large palm oil surpluses, particularly Indonesia and Malaysia, have adopted biodiesel blending mandates that channel millions of tons of palm oil into their fuel supplies each year.
Newer production methods using high-temperature, high-pressure methanol can eliminate the wastewater and soap byproducts that conventional biodiesel manufacturing creates, making the process cleaner. The energy density of palm-based biodiesel is comparable to petroleum diesel, and it can be blended directly into existing fuel infrastructure.
Cosmetics and Personal Care Products
Palm oil is a starting material for dozens of ingredients found in soaps, shampoos, lotions, and makeup. The oil is broken down into its component fatty acids, each of which serves a different function in personal care formulations.
- Lauric acid is a key building block for soaps and cosmetic formulations.
- Palmitic acid works as an emollient and stabilizer in soaps, detergents, and skin creams.
- Oleic acid provides moisturizing and softening properties in lotions, creams, and hair care products.
- Myristic acid acts as a thickener and emulsifier that helps stabilize product formulas.
- Fatty alcohols like cetyl alcohol and stearyl alcohol lock in moisture and support the skin’s natural lipid barrier, making them common in moisturizers and conditioners.
- Glycerin, a co-product of palm oil processing, is one of the most widely used humectants in skincare.
These derivatives are so prevalent that palm oil appears in an estimated 70% of personal care products on supermarket shelves, though rarely under its own name. Instead, it shows up as the individual fatty acids and alcohols listed above.
Industrial and Manufacturing Uses
Beyond food and cosmetics, crude palm oil feeds into a range of industrial applications. Soap production is one of the oldest and largest, with CPO serving as a base ingredient that can be used with minimal refining. The oil’s fatty acid profile produces a hard, long-lasting soap bar with good lather.
Palm oil and its derivatives also appear in lubricants and greases, where they can replace petroleum-based options. Candle manufacturing uses both crude palm oil and palm kernel oil as alternatives to paraffin wax, producing candles with different burn characteristics. The oil’s stearin fraction is firm enough at room temperature to hold a candle shape without additives.
Oleochemicals derived from palm oil are used in the production of detergents, plasticizers, and surface coatings. These industrial chemicals compete directly with petroleum-derived alternatives, and their market share has grown as manufacturers look for bio-based raw materials.
Animal Feed
The palm oil industry generates large volumes of byproducts that are channeled into livestock and aquaculture feed. Palm kernel cake (the solid material left after extracting oil from the palm kernel), oil palm fronds, and solid decanter waste are all used in feed formulations. Crude palm oil itself is sometimes added to animal feed as a concentrated energy source, boosting the caloric density of rations for poultry, cattle, and farmed fish.
These byproducts represent a significant economic advantage for palm oil-producing countries, turning what would otherwise be waste streams into a secondary revenue source while providing affordable feed ingredients for local livestock industries.
Crude vs. Refined: Where Each Version Fits
The distinction between crude and refined palm oil determines where each form ends up. Crude palm oil, with its strong color, flavor, and high nutrient content, is used directly for cooking in producing regions, as a base for soap making, in animal feed, and increasingly in biofuel production. It is not well suited for long-distance trade or processed foods because of its strong taste and tendency to darken products.
Refined, bleached, and deodorized (RBD) palm oil is the version that enters global supply chains. Its neutral flavor and appearance make it suitable for margarine, snack foods, baked goods, cosmetics, and pharmaceuticals. RBD palm oil can travel long distances without quality degradation, which is why it dominates international trade. The refining process sacrifices much of the crude oil’s nutritional value in exchange for the consistency and shelf stability that manufacturers require.