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T-SAE Solid Acid Esterification technology

The solid acid esterification technique refers to the production of fatty acid methyl ester (FAME) by using solid acid as catalyst to catalyze the reaction of fatty acid with methanol.

 

FAME is an important raw chemical material, widely used in the synthesis of advanced surfactants, used as additives for advanced lubricating oil and fuel, Synthesis of emulsifier products, solvent for spices etc. Saturated FAME can be hydrogenated to form fatty alcohol and applied to surfactant industry. Unsaturated FAME can be processed into EFAME and applied in plasticizer field.

Suitable Feedstock

Various fatty acids, methanol or ethanol.

Physicochemical properties of supporting catalysts

Item

Specification

Shape

Gray spherical particle

Apparent density g/m3

0.7-0.9

Grain size mm

0.3-1.25

Bore diameter Å

200-500

Specific surface area m2/g

30-60

Pore volume ml/g

0.30-0.45

Process Conditions

Item

Specification

Temp. ℃

105-110

Pres. MPa

<0.1

Flow rate h-1

0.2-0.5

Ratio of alcohol to acid

1:1

The advantage of the technology

  1. The advantage of the technology: Using solid acid catalyst, non-corrosive equipment, and the equipment requirements are low, takes less investment. Simple process, less waste. Adopting catalytic distillation process, it has high conversion rate, few by-products and high selectivity

T-SAE Process Reference PFD

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