28 Techno-Economic Assessment on Waste from Palm Oil Mill …
437
Fig. 28.5 Total cost
construction cost and transportation cost, whether utilizing KS or not, it spend much
cost treat KS compared with other biomass. However, utilizing KS is cheaper than
transporting KS.
The calculation of total cost is shown in Fig. 28.5. As a result, transportation cost
has high influence about total cost. Eventhough intial cost of case 6 is lowest, it will
spend highest cost in total so from long term perspective case6 can not be best case.
However, it has no influence about orders when the distance of nearest palm oil mill
is two times bigger.
28.4.2 Sales Calculation
At first, the result of calculation of generating electricity is shown in Fig. 28.6. It
describes that the order of high quality as solid fuel is KS, EFB, MF. When the size
of all palm oil mills in Selangor is 50t/h and case1 applied into that situation, it will
generate the amount of electricity as much as 26% of electricity generation from the
power plant of Genting Sanyen Power Sdn. Bhd. in Selangor (Suruhanjaya Tenaga
2010).
Fig. 28.6 Electricity
generation
437
Fig. 28.5 Total cost
construction cost and transportation cost, whether utilizing KS or not, it spend much
cost treat KS compared with other biomass. However, utilizing KS is cheaper than
transporting KS.
The calculation of total cost is shown in Fig. 28.5. As a result, transportation cost
has high influence about total cost. Eventhough intial cost of case 6 is lowest, it will
spend highest cost in total so from long term perspective case6 can not be best case.
However, it has no influence about orders when the distance of nearest palm oil mill
is two times bigger.
28.4.2 Sales Calculation
At first, the result of calculation of generating electricity is shown in Fig. 28.6. It
describes that the order of high quality as solid fuel is KS, EFB, MF. When the size
of all palm oil mills in Selangor is 50t/h and case1 applied into that situation, it will
generate the amount of electricity as much as 26% of electricity generation from the
power plant of Genting Sanyen Power Sdn. Bhd. in Selangor (Suruhanjaya Tenaga
2010).
Fig. 28.6 Electricity
generation