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Used Cooking Oil, Soybean Oil, Soybean Meal, WVO, UCO, Biodiesel

Palm Acid Oil (PAO) - Grade A 

 Parameter  Specifications
Moisture and Impurities 2% max
Free Fatty Acid 40 - 60% 
Unsaponifiable Matter 3% max
Total Fatty Matter 92% min 
Color  Yellow to Light Brown
Origin Indonesia
   
FATTY ACID PROFILE  
Lauric Acid C12  1%
Myristic Acid C14  2%
Palmitic Acid C16  40 - 49%
Stearic Acid C18 4%
Oleic Acid C18:1  32 - 34%
Linoleic Acid C18:2 7 - 9%
Palm Acid Oil (PAO) - Grade B

 Parameter  Specifications
Moisture and Impurities 2% max
Free Fatty Acid 40 - 60% 
Unsaponifiable Matter 3% max
Total Fatty Matter 92% min 
Color  Yellow to Light Brown
Origin Indonesia
   
FATTY ACID PROFILE  
Lauric Acid C12  1%
Myristic Acid C14  2%
Palmitic Acid C16  40 - 49%
Stearic Acid C18 4%
Oleic Acid C18:1  32 - 34%
Linoleic Acid C18:2 7 - 9%
  • Palm Fatty Acid Distillate (PFAD)
  • Is primarily used for soap production
  • Is also utilized in animal feed and oleo chemical industries 

 Parameter  Specifications
Moisture and Volatile Matter % 1.00 max
Free Fatty Acids (256), %  75.0% min 
Color 5 - ¼” cell 9.0 Red Max 
Iodine Value (Wijs) 44.0 - 55.0 cg/gm 
Saponification Value % 195 - 205
Unsaponifiable Matter % 3.0 max 
Melting Point (ºC) Wiley 36.0 - 42.0
  • Coconut Acid Oil (CAO) Soapstock
  • Is a good fat source in animal feeds 

 Parameter  Specifications
Moisture Content 2.0% max
Free Fatty Acid as Lauric  59.0% min 
Free Fatty Acid as Oleic  70.5% min 
Iodine Value  7 - 16 
Saponification Value 240 min 
Peroxide Value 5.0 max 
Odor   Unpleasant Acidic Odor
Color  Black
 
Coconut Fatty Acid Residue (CFAR)
  • This feedstock is used for CME biodiesel production
  • Is also used in laundry soap and animal feeds production

 Parameter  Specifications
Acid Value, mgKOH/g 70 max
Moisture and Insolubles  2% 
Nickel, ppm  10 max 
Titer ºC 18-23 
Physical State @ 30 ºC Liquid Free Flowing 
Saponification Value, mgKOH/g 223
Unsaponifiables   3% 
Free Fatty Acid as Lauric  10.13% 
Free Fatty Acid as Oleic  14.27% 
Peroxide Value 11.30
 
FATTY ACID COMPOSITION % 
C8 and Lower 4.60
C10  4.20
C12  27.50
C14 11.30
C16  18.70 
C18 93.0
C18:1 / C18:2 21.0 / 3.40
Coconut Fatty Acid Distillate (CFAD)
  • This feedstock is used for CME biodiesel production
  • Is also used in laundry soap and animal feeds production
  • Is a good raw material for fatty acid producers 

 Parameter  Specifications
Moisture and Impurities 0.45%
Free Fatty Acid (Oleic / Lauric)  1.40% / 0.99% 
Peroxide Value 
Iodine Value  8.40 
Saponification Value  252 
Unsaponifiable Matter 0.49%
Odor   Unpleasant Acidic 
   
CARBON CHAIN DISTRIBUTION   
Caproic Acid C6 0.10
Caprylic Acid C8  4.20
Capric Acid C10  4.60
Lauric Acid C12  53.30
Myristic Acid C14  18.80
Palmitic Acid C16  8.80
Stearic Acid C18 2.30
Oleic Acid C18:1  6.20 
Linoleic Acid C18:2 1.50
Virgin Coconut Oil
  • Is considered as a functional food, which means it aids specific bodily functions beyond their normal nutritional content 
  • Studies show that is prevents stroke and hardening of arteries, detoxifies the liver, improves thyroid health, and strengthens the immune system

Parameter
Physical Test
 Specifications
Color Colorless, Transparent Liquid
Flavor and Aroma  Mild and Fresh; Characteristic of Coconut with no off-odors 
CHEMICAL TEST  
Iodine Value 5.0 to 10.0 
Peroxide Value meg/kg None Detected
Free Fatty Acid   0.10% max
Melting Point  26°C
Unsaponifiable Matter Not more than 18g/k  
Moisture and Impurities 0.10% max
Saponification Value  240 - 265
FATTY ACID COMPOSITION % 
Caproic 0.00 - 0.70
Caprylic  4.60 - 10.00
Capric 5.90 - 8.00
Lauric  45.10 - 56.40 
Myristic 16.80 - 21.11
Palmitic  7.50 - 10.20
Palmitoleic  Not Detected 
Stearic  2.00 - 4.00 
Oleic  5.00 - 10.00 
Linoleic  1.00 - 2.50 
Linolenic 0 - 0.20
Crude Coconut Oil (CNO)
  • This feedstock is used for RBD coconut oil production
  • Is utilized in specialty oil products such as shortening, baking fats, and margerine
  • Is used to manufacture intermediate chemical derivatives, which are used in the production of soap, detergents, cosmetics, toiletries, surfactants, foam-boosters, industrial cleaning agents, emulsifiers, lubricants, plasticizers, pharmaceuticals, and explosives
  • Is feedstock used for CME biodiesel production

Parameter
Chemical Test
 Specifications
Moisture Content 1.00 max
Free Fatty Acid as Lauric  3.00 max 
Free Fatty Acid as Oleic 4.23 max 
Iodine Value  7 - 12 
Saponification Value  250 - 264
Unsaponifiable Matter 0.30
Peroxide Value (meqO2/kg)   2.00 
   
PHYSICAL TEST   
Odor Peculiar Coconut Oil Odor
Color 15.00 Red / 70.00 Yellow
C12C14 Lauryl Myrstyl
  • Is a colorless liquid product with typical fatty alcohol odor
  • Is used in mild shampoos, skin cleansers, bath or shower products, foam stabilizer, detergency boosting, and lubricant additives
  • Is used in the manufacture of chemical intermediants and surfactants

Parameter
Physical Test
 Specifications
Acid Value, mgKOH/g 0.10 max
Saponification Value, mgKOH/g  0.50 max 
Iodine Value, g I2/100g 0.10 max
Moisture, wt% 0.10 max 
Color, APHA 10 max 
Hydroxyl Value, mgKOH/g 285 - 293
Solidification Point   17 - 23
Hydrocarbon Content (Alkane), %  0.50 max
 
CARBON CHAIN DISTRIBUTION %
C10 & Lower  1 max
C12 70 - 75
C14  25 - 30
C16 & Higher 1 max
 
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