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We produce 100% Pure BIODIESEL (methyl ester) with the highest fuel quality derived from a wide variety of feedstock (vegetable oil, animal fats and waste cooking oil). 

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Here are Some of the Products we Offer:

- 100% Pure Biodiesel (methyl ester)

- Biodiesel Fuel Blends with Diesel No. 2 (B5 to B99) 

- Glycerin (demethylized) - used as additive to dairy and cattle feeds

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Biodiesel or mono-alkyl ester is a renewable and environment-friendly fuel derived from different agricultural sources. Vegetable oils, animal fats or waste cooking oil (i.e. trap grease and restaurant grease) can be converted to biodiesel by a process known as transesterification. The following illustrates how oils are commonly converted to biodiesel.

Triglycerides (oils and fats) + Methanol (alcohol)

(NaOH catalyst) Glycerine + Methyl ester (biodiesel)

Methanol and ethanol are the most commonly used alkali due to its physical and chemical advantages. Sodium hydroxide (NaOH) and potassium hydroxide (KOH) on the other hand, are frequently used as base catalysts because they can be dissolved immediately in the alcohol.

For large-scale production of biodiesel, such as in EEB, sodium methylate solution (in methanol) is commonly used as catalyst because of its improved conversion efficiency resulting to high quality biodiesel.  

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References:

ASTM D 6751-07. Standard Specifications for Biodiesel Fuel Blend Stock (B100) for Middle Distillate Fuels. ASTM International, West Conshohocken, PA. US. 12 Feb 2007

Ma, Fangrui and Hanna, Milford. 1999. Biodiesel Production: A Review. Bioresource Technology 70 (1999). pp. 1-15.


Table 1. Standard Specificationss for Biodiesel Fuel (B-100) according to ASTM D6751-07

Property

Test Method

Calcium and Magnesium, combined

EN 14536

Flash Point (closed cup)

D 93

Water and Sediment

D 2709

Kinematic Viscosity, 400C

D 445

Sulfated Ash

D 874

Sulfur

D 5453

Copper Strip Corrosion

D 130

Cetane Number

D 613

Cloud Point

D 2500

Carbon Residue

D 4530

Acid Number

D 664

Free Glycerine

D 6584

Total Glycerine

D 6584

Phosphorus Content

D 4951

Distillation Temperature

Atmospheric Equivalent Temperature

90 % Recovered

D 1160

Sodium and Potassium, combined

EN 14538

Oxidation Stability

EN 14112

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In-house laboratory at EEB.

LabBath1.jpg
In-house laboratory at EEB.