One as compost. Nonetheless, the subsequent air

of the most critical results from the palm oil milling process is an empty
fruit bunch. What remains from fresh fruit bunch after
the fruit has been expelled for oil squeezing or pressing is Empty fruit
bunches (EFB). Beforehand, the EFBs are scorched and the fiery remains
utilized as compost. Nonetheless, the subsequent air contamination and changing
legislation have prompted this work on being restricted.

            The supply of oil palm biomass and
its produced palm oil are observed to be seven times greater than the regular
timber. Among the oil palm biomass, the empty fruit bunch (EFB) is a common type of biomass to be investigated for the
production of biofuel. Empty fruit bunch (EFB)
is conventionally utilized for the power and steam in the palm oil processing and in the fertilizing
of soil and soil mulchNZ1 . The consumption of EFB had caused to the
ecological issues due to the incomplete combustion and the produced flying ash
resulted from this process will give a bad influence to the human health. Hence,
the conversion of EFB to the biofuels such as syngas, ethanol, butanol, bio-oil,
hydrogen, and biogas is a decent technology that brings less impact on the
ecological issues and human health (Geng, 2013).

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            The utilizations of EFB as mulch on
agricultural land include the weed control, prevention of soil erosion, medium to
sustain the moisture content in the soil, and as a promising adsorbent material
(Idris et al., 2014). However, the
utilizations of EFB as mulch are attributes to the high labour and
transportation costs, which then led to the high production costs. To keep up a
focused edge by diminishing the expenses while as yet determining the rural advantages
of EFB, more organizations were searching for the cost-effective and
environmentally conscious way to arrange the by-product by composting treatment
technique.NZ2 Characteristics
of Empty Fruit Bunch

            Empty fruit bunch (EFB) is a bulky and voluminous darker cluster produced from
palm oil processes after the removal of sterilized fruit by a rotating thresher
drum. It is irregular in shape, weight around 3.5 kg, has a thickness of 130 mm,
and can varies of 170 to 300 mm long and 250-350 mm wide (Chang, 2014). The biological
growth of fruit bunches combine with the preceding steam sterilization process
in the palm oil generation lines have rendered the natural EFB to soak with the
water. This lessens the reusing estimation of EFB, since dampness has a
tendency to reduce the combustible substances of EFB, and thus diminishes its
heating value. To utilize the usage of EFB, it is normally undergoing
pre-treatment process through the conventional water retting procedure to
extract the ?brous materials. For instance, the fibres of EFB are followed by
drying procedure to reduce the moisture content

           Figure 2.8 tabulates the compositions
of properties containing in the EFB fiber. The properties of EFB fibre are
containing the proximate and ultimate components. The proximate analysis also
comprises the quantitative determination of moisture content, volatile matter,
?xed carbon, and ash contents, while the ultimate analysis includes the
components of carbon, hydrogen, oxygen, nitrogen, and sulphur. The former aim is
to provide the ratio of combustible (volatile matter and ?xed carbon) to the
incombustible (moisture and ash) substances. This is useful to delineate the
energy contents, whereas the latter is used to determine the amount of air
required for combustion as well as the quantity and composition of the gas
released during the combustion (Chang, 2014). Empty
Fruit Bunch as Adsorbent

            Oil spillage is becoming a global
concern and needs to be treated. The utilization of EFB as oil adsobent had
been published for the oil spill control. The oil palm empty fruit bunch
(OPEFB) is a plant biomass that contains of acetylated by acetic anhydride using
N-bromosuccinimide (NBS) as a catalyst. The extension of acetylation could be
calculated in terms of the weight percent gain (WPG). The modified fibre was
used to remove the Tapis and Arabian crude oils. The optimum time, temperature,
and catalyst concentration were recorded as 4 h, 120 °C, and
3 %, respectively. These parameters could increase up to 11.49 % in
WPG. These optimized parameters could improve the adsorption capacity of OPEFB
fibers for the crude oil removal (Asadpour
et al., 2016).

            Other researches had
indicated that the empty fruit bunch (EFB)
fiber consists of numerous micropores, hydrophobic, and partially
crystalline and amorphous with approximately 13.5% of carbon. The oil
absorbency of fiber increases with the
increase in oil volume, immersion time, and fiber
weight. However, the adsorption capacity decreases beyond 3 g in 100 mL. Result was recorded that the unmodified EFB showed the optimum oil
sorption efficiency of approximately 2.8 g/g in just three days of the
immersion time

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