Good performance chia seed oil expeller

Metering →Cleaning →Magnetic separation→Destoner→Crushing  →Softening  →Flaking  

→Cooking  →Pre-pressing  →go to extraction section

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                Second oil press

Pretreatment process chia seed oil expeller:

a. Cleaning device:  To remove various impurities in oilseeds, such as: iron, stones, clump,

such as the plant leaf, clean up till impurity content does not exceed 0.2%.

b. Crushing machine:  Oilseeds are crushed into 6-8 pieces. In order to meet the

requirements of crushing, the peanut is suitable for crushing with the moisture of 7% to 12%.

c. Softening Process:  The purpose of softening is to adjust the moisture and temperature

of oil, and make it soft.

d. Flaking process:  Rolling raw material into flakes, and the purpose is to increae surface

area, destroy the peanut cell tissue, shorten the way of oil out from cake.

e: Cooking process:  Use steam cooking, inject direct steam and cook the flakes to meet

the requirement of oil press.

f. Prepress:  Press the flakes to leave about 16%-18% in the cake. The cake will go to

extraction process.

g. Second oil press: Press the cake till the oil residue is about 5%.

Consumption in Operation of chia seed oil expeller:

1. Introduction

(1) Function: Edible oil extraction machine is an oil extractor through soaking or spraying 

prepressed cake by a certain organic solvent. The principle of this part is the different 

solubility of solvent.

(2) Use range: Edible oil solvent extraction fits for pre-press extraction of high oil- content materials and direct once time extraction of low-oil-content materials.

(3) Main parts: The edible oil extraction making series includes rotary extractor, toaster, 

1st evaporator, 2nd evaporator, stripping tower, condenser, etc. 

2. Main parts function 

(1) Solvent pumps: continuously spray solvent to the rotary-typr extractor.

(2) Roary extractor: spray and soak the pre-pressed cake with solvent so that oil fats can be dissolved in solvent (form miscella). 

After processing, you can get wet meal and miscella (mixed oil).

(3) DTDC: used to separate the solvent from the wet meal.

(4) Miscella tank 1st: pump the miscella ( oil with solvent) into the miscella 1st, then 

add 10% saline water to it. The phospholipid and impurities in the miscella will react with 

the saline water, at last the reactant precipitate, reaching the goal of purifying.

(5) Miscella tank 2nd: the purified miscella will be pumped into it.

(6) Miscella stripping: it will remove the remaining solvent in miscella. And the solvent will 

be discharged to condenser for recycling.

(7) Condensers: used to cooling the solvent gas separated from the wet meal and miscella 

for recycling.

3. Main Process

(1) The material (for pretreatment) is sent to rotary extraction by the scraper conveyor. The

 material will extracted by the solvent or mix oil. After this step, we will get meal and mix oil.

(2) Meal is send to toaster. Through the toaster, the solvent in the meal will seperate from

 the meal.The solvent goes to condenser and is recycled to rotary extraction.

(3) After the mix oil from the rotary extraction enters into 1st evaporator and 2nd evaporator,

 most of the solvent in the mix oil is separated.

(4) The mix oil from 2nd evaporator goes to stripping tower and almost all the solvent is 

separated. From the stripping tower, we can get crude oil and solvent. The solvent is sent to 

condenser and is recycled to rotary extraction.

4. Advantages

(1) High oil yield, obvious economic benefit

(2) Less residual oil rate in the dry meal.

(3) Improving the quality of the meal.

(4) Low processing cost, high labor productivity.

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