- the fibre volume
- the air required for transporting the fibre
- the separation velocity of the fibre and the nuts
- the separation column and the transport duct dimensions
- mass flow rate of air
- the selection of the fan with right volume flow rate and the choice of corresponding motor
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Thursday, September 25, 2008
SIZING OF THE DEPERICARP SYSTEM
NUTRIENT CONTENT OF EMPTY FRUIT BUNCHES
- Nitrogen (N) - 0.44
- Phosphorous (P) - 0.144
- Potassium (K) - 2.24
- Magnesium (Mg) - 0.36
- Calcium (Ca) - 0.36
# Composition as a percentage to dry matter
RATE OF EMPTY BUNCH APPLICATION
- circle mulching of newly planted and immature palms - 15 to 25 t per ha per yr
- mature palms on coastal soil - 25 to 40 t per ha per yr
- mature palm on inland soils - 35 to 70 t per ha per yr
Monday, July 28, 2008
REVENUE MAXIMIZATION AND ZERO WASTE IN PALM OIL MILL
- Fuel / Ratio to FFB / Energy content to total energy produced
- Fibre / 15% / 44%
- Shell / 6% / 26%
- EFB / 23% / 30%
- Fibre @ 38% moisture @ 4700kcal/kg on dry matter
- Shell @ 15% moisture @ 4950kcal/kg on dry matter
- EFB @ 68% moisture @ 4200kcal/kg on dry matter
POME Extraction of Biogas
- 300,000t/year FFB, produces 5,628,000m3 of biogas
- Equivalent to 10.1304 million kwh/year
- Equivalent to approx. 50,000t CER on methane captured
- Equivalent to approx. 6,000t CER on power connection to grid
Methane Capture from POME
- Biogas CH4 ; 60-70%
- CO2 ; 30-40%
- 1 tonne POME = 28 cu m Biogas
- 1 cu m Biogas = 2 kwh
Revenue from Unwanted Waste Based on 300,000t/year FFB
- Fuel / Amount / Unit price RM / Total RM
- Fibre / 45,000t / 40 per t / 1,800,000
- Shell / 18,000t / 80 per t / 1,440,000
- EFB / 69,000 / 10 per t / 690,000
- Biogas / 10,130 kwh / 0.21 / 2,026,000
- CER / 56,000t / 34 per t / 1,904,000
- Total - RM 7,860,000
Source - Revenue Maximization and Zero Waste in Palm Oil Mill / Bell Group of Companies / PIPOC 2007
Thursday, May 29, 2008
EFFECT OF HIGH FFA CPO ON OIL REFINING
- lower refining losses of oil
- lower usage of bleaching earth
- lower dosage of phosphoric acid
- higher throughput which mean lower down time
The relationship are ;
CPO FFA CONTENT : REFINING FACTOR
<>
3 to 4% : 2.1 X % FFA
4 to 5% : 2.2 X % FFA
> 5% : 2.3 X % FFA
FRUIT QUALITY & HANDLING
- FFB composition - oil/mesocarp ; foreign matters ; fruitlets/ffb ; mesocarp/fruitlets ; loose fruitlets
- Estate - transport & handling ; harvesting
- Oil mill operation - handling at reception
FFB COMPOSITION
The components of ffb composition and their associated causes affecting ffb quality is drawn as follows ;
- Oil/Mesocarp - planting material ; palm age ; ripeness
- Fruitlets/Bunch - palm age ; pollination ; planting material
- Foreign matter - soil
- Loose fruitlets - ripeness ; planting material
- Mesocarp / Fruitlet - planting material ; ripeness ; pest ; palm age
FRUITLETS TO BUNCH
The ratio is affected by the following factors namely ;
- Pollination
- Planting material
- Palm age
MESOCARP TO FRUITLET
The ratio is affected by the following factors namely ;
- Planting material
- Pest
- Palm age
- Ripeness
OIL TO MESOCARP
The ratio is affected by the following factors ;
- Ripeness
- Planting material
- Palm age
QUALITY ANALYSIS ON POOR QUALITY LOOSE FRUITS
- FFA increases at the rate of 1 to 1.2% per day
- Bleachability deteriorated by 6 folds after 10 days but thereafter doubled for each increment of 10 days
- Oxidation values deteriorated sharply after 10 days but deterioration showed down thereafter
- Both tocopherol (anti-oxidant) and carotene declined to low levels
IN SUMMARY ;
The quality of ffb in terms of oil and kernel extraction rates and oil quality can be affected by ;
- The ffb input composition
- System of ffb transport and reception used in estate and mill respectively
- Deviation from the set harvesting standard