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Bioethanol from Koli Three

Introduction

When we talk about renewable energy bioethanol never absent in our ideas,because bioethanol is one of the best renewable energy that have a lot of

benefits. Now, we gonna talk about Bioethanol from Palm Oil or in Maluku

called Koli Three. Energy sources are divided into two types, non-renewable

(oil, gas, coal, and nuclear) and renewable (geothermal, water, biofuels,

wiomass, wind, solar, and ocean energy). Indonesia has reserves of 3.74 billion

barrels of oil (which has been proven) and 3.76 billion barrels of oil (which is

still potential) thus totaling 7.40 billion barrels. If there is no saving in fuel

consumption, a dozen years indonesia has become a country that overall oil

needs are imported. Research on alternative energy in indonesia have been

developed and introduced. Therefore it necessary to replace petrolium

consumption is continuosly done by the Indonesia society. Availability of

energy from fossil fuels is depleting. Solution to overcome these problems one

of which is to develop alternative energy sources that can be updated as well

as bioethanol. One of the basic materials for bioethanol production, among

others, commonly called palm or palm tree. Aringa Pinata or called aren is

versatile plants that live in the humid tropics in line equator, such as Indonesia.

Broad field of palm in Indonesia in 2002 wa 27.730 ha, is widespead in stretch

of North Sumatra, Nangroe Aceh, West Sumatra, Bengkulu, West Java, Banten,

Central Java, South Kalimantan, South Sulawesi and ayothers. Where each tree

can produce 15 liters of Nira per day. When each tree produces 15 liters of

Nira per day and within 1 years of palm tree can be tapped 200 days, the

production of 3000 liters of sap in 1 year. So, each tree can produce 200 liters

of bioethanol within a year.The obstacles when producing bioethanol inIndonesia is scarcity of raw materials because it has become such as a main

product purchases from pharmaceutical and cosmetic industries with high

price. Therefore, the government must help the development of bioethanol,

such as to give suffient subsidy for peoples of the farmers in order to

developed a palm tree in their respectyive areas so as to create Nira Aren

production.

Materials and methods

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We collect palm three from Maluku. Because, in Indonesia especially in

Maluku they ever try to make it. Why Palm, that because in Indonesia we have

a lot of this three and when we want to make it into a bioethanol we need an

acid palm. When we make it we use destilator and dehidrator technology. It

start by when we fermentation palm oil for 3 days. After that wedisaggregatedinside the destilator that can produce etanol from 90% until 94%. And after that,it can produce 100% with fuel grade quality bioethanol after we proses it on

dehidrator. In destilation, and in this time it can be a gas for car and motocycle.

Etanol from 70% can we use in our home. And its very healthty because there is

no smoke and polution.Not just can be an alternative way to save our gas, but

this palm oil can use for Bioethanol stove, distribution bioethanol unitary, andofcourse we can modification it into a new thing that have a lot of benefits.

Daftar Pustaka

Oil-Palm-Frond-for-the-Production-of-Bioethanol.pdf

http://www.esdm.go.id/berita/323-energi-baru-dan-terbarukan/4526-nira-aren-pohon-

penghasil-bensin.html?tmpl=component&print=1&page=

Paper-bioethanol-JIMB

http://ethanolproducer.com/articles/8916/asian-researchers-develop-oil-palm-waste-to-

ethanol-process

Biomass and Bioenergy

Volume 34, Issue 11,November 2010, Pages 16081613

Carbohydrate Polymers

Volume 91, Issue 2,16 January 2013, Pages 699710

perkebunan_perspektif_9-1-2010-N4-dedi-SE-_Aren_

Claude Fortin Final

NEW-PROSPEK_BIOETANOL_SEBAGAI_PENGGANTI_MINYAK_TANAH

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