.svg "vk")
Biomicrogel® reagents
for palm oil extraction
It will help you to produce more CPO
and reduce losses without major capital investments
Increases CPO production volume more than than 5%
Reduces oil losses in heavy phase and solid more than 30%
Increases oil extraction in empty fruit bunches more than 10%
Objective
The process of producing palm oil has not changed in concept for the last 50 years.
The efficiency of the process can be improved due to:
The efficiency of the process can be improved due to:
Biomicrogel® presents significant advantages for factories to increase productivity
without CAPEX investments and translates in attractive Economic Value Added effect.
without CAPEX investments and translates in attractive Economic Value Added effect.
Increases OER extraction
By 0.5-1.3 p.p. for CPO,and 15 p.p. for SPO
Reduces moisture content
From 17% to 0.9% in SPO .svg)
Does not affect the quality
of the oil
Or its characteristics of the oil
Works with temperatures
up to 100°C
Can be dissolvedup to 100°C
in hot or cold water
.svg)
Makes oil processing easier
Even for palm-kernel oil .svg)
Does not require capital investments
Due to low implementationand running costs
No changes required
in the mill’s existing workflow .svg)
Increases the prime cost
of processing
Implementing the BMG solutionof processing
will increase the prime cost
of processing 1 ton of FFB by just $2
.png)
.png)
.png)
.png)
.png)
.png)
.png)
.png)
.png)
Tests carried out
Before
After
Lab tests results – Sludge palm oil
Reagent used:
Biomicrogel® BMG-С4
After one hour BMG extracts 28-40% more oil, and oil in sludge looks better separated from solid
Before
After
Lab tests results – Sludge palm oil
Reagent used:
Biomicrogel® BMG-С4
Increased oil layer in COT sample by 100%
after 75 minutes of settling
10 mm of oil in Underflow sample vs 5 mm
in Control sample after 60 minutes of settling