Crude Palm Kernel Oil Production Cost Reports

The report provides detailed analysis essential for establishing a crude palm kernel oil production plant. It encompasses all critical aspects necessary for crude palm kernel oil production, including the cost of crude palm kernel oil production, crude palm kernel oil plant cost, crude palm kernel oil production costs, and the overall crude palm kernel oil production plant cost. Additionally, the study covers specific expenditures associated with setting up and operating a crude palm kernel oil production plant. These encompass production processes, raw material requirements, utility requirements, infrastructure needs, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, and more.

Crude Palm Kernel Oil Market Analysis: Demand and Supply Analysis, and Sourcing

Crude palm kernel oil is extracted from the kernel inside the palm fruit, while palm oil comes from the fruit's flesh. These two oils have different properties. Palm kernel oil is more like coconut oil because it contains about 48% lauric acid and 82.6% saturated fatty acids. It contains only 3.3 to 8.1 milligrams of carotenoids per kilogram, compared with 500 to 700 milligrams per kilogram in crude palm oil. It is used to make oleochemicals, specialty fats, soaps, confectionery coatings, and animal feed products. Palm oil mills also produce kernels, shells, fibers, mesocarp, and empty fruit bunch stalks.

Crude palm kernel oil supply depends on palm oil mills and kernel crushing plants. Kernels make up about 5% to 7% of a fresh fruit bunch, with around 70 kilograms of kernels obtained from each ton of bunches. This produces about 10 to 13 tonnes of palm kernel oil for every 100 tonnes of crude palm oil. Indonesia and Malaysia account for most of the crushing capacity. Major companies include Wilmar, Musim Mas, KLK, IOI, and Sime Darby. A demand and supply analysis must consider fruit bunch availability, kernel extraction rates, crusher operating levels, competition with coconut oil, and buyers' sustainability requirements. The supply chain includes palm oil mills, kernel crushers, refineries, oleochemical plants, and animal feed manufacturers.

Demand for crude palm kernel oil mainly comes from two groups of buyers. Oleochemical manufacturers use its lauric acid content to make fatty acids, fatty alcohols, surfactants, and soap noodles. Specialty fat manufacturers use its melting properties to produce cocoa butter substitutes, confectionery coatings, and creamers. Buyers check free fatty acid levels, moisture, color, iodine value, and certification. Palm kernel oil prices are more closely linked to coconut oil prices than to palm oil prices because both are lauric oils. The oil is used in soaps, detergents, shampoos, confectionery coatings, creamers, and animal feed. Prices, supply origin, certification, order volumes, and delivery terms are important when buyers and suppliers agree on contracts.

Summary of the Product, Grades, and Uses

Crude palm kernel oil is a pale semi-solid fat at tropical room temperature. Its melting point falls between 27.3 and 28.0 degree Celsius, and the oil is fully melted by 30 degree Celsius. Solid fat content runs 68.0 to 76.8 percent at 5 degree Celsius and 10.2 to 21.5 percent at 25 degree Celsius. Refractive index at 40 degree Celsius sits between 1.4500 and 1.4518, with apparent density between 0.9040 and 0.9050 grams per milliliter. Lauric, myristic, oleic, palmitic & capric acids make up most of the oil composition. Melting point, solid fat content, density, refractive index & color set the handling.

Crude palm kernel oil composition is tightly bounded for a natural product. Mean values run caproic 0.3, caprylic 3.6, capric 3.3, lauric 48.0, myristic 16.7, palmitic 8.5, stearic 2.1, oleic 14.9 & linoleic 2.5 percent. Iodine value averages 17.8 with a working range of 17.0 to 20.0. Triacylglycerols make up about 95 percent of the oil, with trilaurin alone near 21 percent. Unsaponifiable matter runs 0.32 to 0.49 percent, and sterols account for 985 to 1228 milligrams per kilogram. Caproic, caprylic, capric, lauric, myristic & oleic acids make up the profile.

Crude palm kernel oil is sold according to a standard set of quality limits. Free fatty acid, measured as lauric acid, must not exceed 5%, while moisture and impurities must stay at or below 0.5%. The color limit is 8 Red, and the iodine value must not exceed 19 at the time of shipment. Refined, bleached, and deodorized oil must meet stricter limits, with free fatty acid and moisture each at 0.1% or less and color at 1.5 Red. Delivered crude oil usually meets these limits comfortably, with average free fatty acid levels near 2.0% and moisture around 0.127%. Contracts specify acid value, moisture, impurities, iodine value, and color to confirm product quality.

Main End-Uses of Crude Palm Kernel Oil

Crude palm kernel oil is mainly used in the oleochemical industry, which is its largest end-use market. Processing separates the oil into lauric acid and myristic acid. Hydrogenation of the esters produces fatty alcohols with 12 and 14 carbon atoms. These alcohols are used to make surfactants for shampoos, detergents, and personal care products. The same process also produces soap noodles, glycerin, esters, and other specialty chemicals. Lauric acid, myristic acid, fatty alcohols, surfactants, esters, and glycerin are all made from palm kernel oil.

Crude palm kernel oil is also widely used in the fats industry after refining. Fractionation separates it into palm kernel olein and palm kernel stearin, with iodine values of around 23 and 7, respectively. Palm kernel stearin is used to make cocoa butter substitutes for confectionery coatings and compound chocolate. Refined palm kernel oil is also used in ice cream coatings, confectionery fats, coffee creamers, margarine, and bakery fats. Its melting properties help it behave like cocoa butter in the mouth. Palm kernel stearin is especially useful in coatings, compound chocolate, creamers, margarine, and bakery fats.

Crude palm kernel oil also has uses in pharmaceutical and personal care products. Its caprylic, capric, and lauric fractions are used to make medium-chain triglycerides and hard fat bases for suppositories. These products are manufactured under pharmaceutical good manufacturing practice requirements rather than on standard food production lines. Cosmetic manufacturers use refined palm kernel oil and its esters in moisturizing products and cleansers. Palm kernel fatty acid distillate, obtained during refining, is used in oleochemicals, animal feed, and biofuel production. Its different fractions are used to make moisturizers, cleansers, suppository bases, triglycerides, and esters.

Crude Palm Kernel Oil Market Risks

Crude palm kernel oil faces sustainability concerns linked to the wider palm oil industry. Buyers now check deforestation risks, certification, traceability to the mill, and supplier audit records. In some markets, buyers require certified oil that is kept separate from non-certified supplies, reducing the number of eligible suppliers. Crushers that cannot prove where their kernels come from may lose access to customers who pay higher prices. Certification also adds costs to a product that already has low profit margins. Certification, traceability, audits, complaint handling, and reporting all increase expenses. Certification has become a requirement in many supply contracts.

Crude palm kernel oil quality also depends on how the kernels are handled before processing. Broken kernels develop higher free fatty acid levels more quickly than whole kernels, which lowers oil quality. Excessive sterilization at the mill can darken the kernels and make the oil harder to bleach. Wet kernels can ferment and heat up during storage, reducing both oil yield and quality. Prices also change with coconut harvests because palm kernel oil and coconut oil compete in the lauric oil market. Kernel breakage, moisture, sterilization damage, storage time, and transport conditions can all reduce product quality.

Crude Palm Kernel Oil Production Process and Main Cost Drivers

The crude palm kernel oil production process runs from palm kernels through cleaning, grinding, flaking, conditioning, screw pressing, double pressing, clarification by decanter and filter press & storage, with palm kernel cake leaving as a co-product.

1. By Mechanical Screw Pressing of Pre-Treated Palm Kernels: The main inputs are palm kernels at a maximum of 6 percent dirt and 7 percent moisture, steam, cooling water, electricity, filter aid, and storage capacity for both oil and cake.

Crude palm kernel oil extraction begins with preparation rather than with pressing. Magnetic separators and vibrating screens take out metal, sand, and stones that would wreck a press. A hammer grinder or breaker rolls then reduce the kernels to fragments. Roller mills carrying up to five rollers at 200 to 300 revolutions a minute flake the material to 0.25 to 0.40 millimeters. Stack cookers condition the meal to about 3 percent moisture at 104 to 110 degree Celsius, which ruptures cell walls, cuts viscosity, and coagulates protein. Cleaning, grinding, flaking, cooking & pressing follow one another in a single line. Metal, sand, stones, shell & dust are screened out before pressing.

Crude palm kernel oil is extracted from the prepared kernel meal using mechanical pressure. A rotating screw inside a perforated barrel compresses the meal, allowing the oil to drain through the small openings. The screw shaft is cooled with water, while recycled oil cools the barrel to prevent excess heat from damaging the oil and the remaining cake. Double pressing is common because a single pass leaves too much oil in the cake. The extracted oil contains fine solid particles and settled impurities, so it passes through a decanter or vibrating screen before being cleaned in a filter press. Small plants process less than 10 tonnes per day, while fully pre-treated plants can handle 50 to 500 tonnes per day. Press wear, cage bars, pressure settings, cooling, drainage, meal depth, feed rate, and temperature all affect oil yield. Double pressing is standard practice for improving oil recovery.

Main Factors Affecting Crude Palm Kernel Oil Production Cost

Crude palm kernel oil production costs mainly depend on the price of the kernels. A typical calculation uses a kernel price of about RM1,244 per tonne, an oil price of RM2,510 per tonne, and a cake price of RM620 per tonne. Processing 1,000 kilograms of kernels produces about 456 kilograms of oil and 544 kilograms of cake. This gives a gross margin of around RM238 and an estimated gross profit of about RM219 per tonne of kernels processed. Kernel prices, oil prices, cake prices, extraction rates, and energy costs determine the overall returns. Plant output, operating time, oil recovery, cake sales, and levies also affect profitability.

Crude palm kernel oil processing costs are relatively low but depend heavily on plant size. Energy use is about 350.89 megajoules per tonne of oil in small mills, 230.70 megajoules in medium-sized mills, and 181.74 megajoules in large mills. A medium-sized plant uses around 29.24 kilowatt-hours of electricity for each ton of kernels processed. Processing costs have been estimated at USD 185 per tone of oil in Indonesia and USD 240 in Malaysia. These costs are much lower than those for soybean oil, at around USD 400 per ton, and rapeseed oil, at USD 648 to USD 900 per ton. This cost advantage helps palm kernel oil compete in the market. Boiler fuel, electricity, cooling water, spare parts, and labor make up the main operating expenses. Larger plants generally use less energy per tonne of oil produced.

Raw Materials for Crude Palm Kernel Oil Production Plant and its Procurement

Crude palm kernel oil procurement mainly depends on how close the plant is to palm oil mills. Kernel buyers usually purchase from these mills under contracts linked to the volume of fresh fruit bunches processed. Quality limits for the extracted oil generally set free fatty acid levels at 3% to 5%, moisture and volatile matter at 6% to 7%, and shell and dirt at 3% to 6%. Fresh kernels contain about 20% moisture and must be dried to 7% or less before storage. Moisture, dirt, shell content, breakage, oil content, and the time between harvest and delivery all affect whether the kernels are accepted.

Crude palm kernel oil plants need few other raw materials. Their main operating purchases include steam, cooling water, electricity, filter aids, and maintenance spare parts. Packaging needs are limited because the oil is transported in road tankers, flexitanks, isotanks, and shore storage tanks rather than drums. The remaining palm kernel cake is sold in bulk or packed in woven bags for animal feed. Transporting kernels from palm oil mills to crushing plants is a major cost and also contributes to the operation's environmental impact. Finished oil is mainly moved in road tankers, flexitanks, isotanks, and shore tanks, while the cake is shipped in bulk or bags.

Sustainability and Regulatory Requirements

Crude palm kernel oil is governed more by scheme certification than by chemical regulation. Sustainability certification, mill traceability, and no deforestation commitments are now standard contract terms. Food safety schemes apply at the crusher, with national schemes or hazard analysis as the entry level. Good manufacturing practice raises both capital and operating costs, and the extra operating spend should stay inside about 30 percent of the gross margin. Export buyers in food and pharmaceutical chains audit against their own standards on top. Certification, food safety, traceability, auditing & reporting all apply together.

Crude palm kernel oil plants have a light environmental profile compared with most oil processing. There is no solvent on a mechanical line, so the main emissions are boiler flue gas and dust. Life cycle work found kernel transport from mills and grid electricity to be the two dominant impacts. Siting the crusher beside a palm oil mill therefore cuts both cost and footprint at once. Effluent is modest, with washings, boiler blowdown, and spent filter aid making up most of it. Flue gas, dust, washings, blowdown, and spent filter aid leave the site.

CAPEX and OPEX for a Crude Palm Kernel Oil Production Plant

Setting up a crude palm kernel oil plant is relatively inexpensive compared with other processing facilities. A medium-sized plant that processes about 20 tonnes of kernels per day has been estimated to require around RM1.5 million in capital investment. This covers kernel receiving and storage, cleaning, grinding, flaking, cooking, screw presses, oil clarification, and storage tanks. Boilers, filter presses, conveying systems, a weighbridge, and laboratory equipment are also needed. Solvent extraction can increase oil recovery to 90% to 98%, but it requires much higher investment and energy use. The plant layout mainly includes receiving, cleaning, flaking, cooking, pressing, and clarification areas.

Crude palm kernel oil operating costs are relatively low but depend heavily on production volume. Electricity, steam, labor, maintenance, and the levy charged on each tonne of oil are the main expenses. A plant processing 20 tonnes of kernels per day, operating for 300 days a year and earning about RM200 in gross profit per tonne of kernels, could generate roughly RM1.2 million in annual gross profit. Based on these figures, the payback period is about 1.25 years, with a return on investment of nearly 39%. Smaller plants generally earn less because they use more energy per tonne of output. Steam, electricity, cooling water, maintenance, labor, and levies make up the main operating costs. Production volume has a major effect on profitability.

Plant Location and Investment Factors

Crude palm kernel oil plants are usually located near palm oil mills rather than ports. Indonesia and Malaysia have most of the production capacity because they process large volumes of palm fruit. Thailand, Nigeria, Colombia, and Papua New Guinea also have smaller production bases for the same reason. The distance needed to transport kernels, the number of nearby mills, power supply, access to oil storage tanks, and labor availability all affect plant location. A crushing plant built next to a palm oil mill can avoid major transport costs and reduce the environmental impact of moving kernels. Mill density, transport distance, power supply, tank access, and labor are the main factors in site selection.

Investment decisions for crude palm kernel oil plants depend on production capacity and the target market. Larger plants generally earn more per tonne because their energy costs per tonne are lower. Selling crude oil directly from the plant is the simplest business model, but profit margins are usually low. Refining the oil, separating it into different fractions, or converting it into oleochemicals can generate more value. Selling palm kernel cake to animal feed manufacturers also helps recover part of the cost of buying kernels. Plant size, integration with other processing operations, cake sales, refining options, and location all affect profitability.

Major Crude Palm Kernel Oil Producing Regions

Crude palm kernel oil production is mainly concentrated in Indonesia and Malaysia. Indonesia has the largest crushing capacity, with Musim Mas alone operating facilities that can process 2.5 million tonnes of kernels per year. Malaysia has an established network of crushing plants that supply refineries and oleochemical plants in Port Klang, Pasir Gudang, and Sandakan. Thailand, Papua New Guinea, Colombia, Nigeria, and Ghana also have smaller but active kernel-crushing industries. Europe and China mainly buy the oil for refining and oleochemical production rather than crushing kernels themselves. India imports large quantities of lauric oils for its soap and surfactant industries. Indonesia, Malaysia, Thailand, Colombia, Nigeria, and Ghana all process palm kernels, but Indonesia leads in production volume.

Key Crude Palm Kernel Oil Producers

Wilmar International

• Singapore-listed group described as fully integrated across the palm chain.
• Grows, processes, refines, and trades both crude palm oil and crude palm kernel oil.
• Competes on scale, refining network, trading reach, and downstream integration.
• Runs 64 refineries and more than 500 manufacturing plants worldwide.

Musim Mas

• Indonesian integrated palm group operating mills, crushers, refineries, and oleochemical plants.
• Runs kernel crushing plants in Indonesia with combined capacity of 2.5 million tons a year.
• Competes on integration, certified segregated supply, logistics fleet, and downstream breadth.
• Produces palm kernel oil and palm kernel meal from mill kernels.

KLK

• Malaysian plantation and oleochemical group selling the full lauric product range.
• Supplies crude palm kernel oil, crude palm kernel olein, refined grades, distillate, and expeller.
• Competes on specification consistency, product range, plantation integration, and oleochemical demand.
• Quotes crude oil at 5 percent acid, 0.5 percent moisture, and 19 iodine value maximum.

IOI Corporation

• Malaysian group running refineries at Pasir Gudang and Sandakan with port access.
• Produces crude and refined palm kernel oil, olein, stearin, expeller, and fatty acid distillate.
• Competes on refining capability, oleochemical conversion, pharmaceutical grades, and export reach.
• Operates four oleochemical sites across Malaysia and Germany, serving several regulated markets.

Sime Darby

• Malaysian plantation group with refining and kernel crushing capacity at Port Klang.
• Added kernel crushing and tankage of about 660,000 tons a year alongside its refinery.
• Competes on plantation scale, Malaysian refining base, European assets, and certification record.
• Supplies refined palm and kernel products into food and biofuel chains.

Bunge Loders Croklaan

• Specialty oils and fats producer converting palm kernel oil into finished fats.
• Supplies plant-based specialty fats to food manufacturing and food service customers.
• Competes on fractionation capability, application expertise, formulation support, and global reach.
• Buys crude and refined kernel oil rather than crushing kernels itself.