BEGINI PROSES PEMBUATAN MINYAK GORENG DAN MARGARIN DARI KELAPA SAWIT! LANGSUNG OLAH.

Luna Farm
19 May 202209:03

Summary

TLDRThe video script discusses the recent scarcity of cooking oil and its rising prices, impacting consumers due to its daily use in various foods. It focuses on palm oil production, detailing the process from harvesting fresh fruit bunches to extracting crude palm oil (CPO). The script explains how CPO is refined into edible oil through purification, bleaching, deodorization, and fractionation. It also highlights Indonesia's 2020 regulation requiring vitamin A fortification in packaged cooking oil to combat vitamin A deficiency.

Takeaways

  • πŸ“ˆ The recent news highlights a significant rise in cooking oil prices, impacting consumers due to its daily use.
  • 🌱 Cooking oil can be derived from both animal and plant sources, with the script focusing on plant-based sources like palm oil.
  • 🌴 The process of making palm oil involves sorting fresh fruit bunches (FFB) from palm plantations to ensure quality before processing.
  • πŸ” Quality control is crucial as rotten fruits can increase free fatty acid values, affecting the final product's quality.
  • 🌑️ Sterilization of FFB is done using steam to facilitate the separation of the fruit's mesocarp from the nut and to halt enzymatic processes that could degrade the oil quality.
  • πŸ”¨ The sterilized FFB then undergoes mechanical pressing to separate the mesocarp from the nut, with the nut being further processed or used as organic fertilizer.
  • 🌟 The separated mesocarp is then processed to extract oil, which is done at high temperatures to separate the oil from the fiber and nut residue.
  • πŸ’§ Crude palm oil (CPO) is further refined through purification, bleaching, and deodorization to remove impurities, color, and odors.
  • πŸ”¬ The refining process includes fractionation to separate solid and liquid fractions, resulting in products like margarine and cooking oil.
  • 🌐 In 2020, the Indonesian government mandated the fortification of packaged cooking oil with vitamin A to combat vitamin A deficiency in the population.

Q & A

  • What is the impact of the recent oil shortage on society?

    -The recent oil shortage has a significant impact on society as oil is a daily necessity for cooking and food preparation. The drastic increase in oil prices affects the general public's daily consumption habits.

  • What are the two main sources of cooking oil?

    -Cooking oil can be derived from either animal sources or plant sources. Plant-based oils are also known as vegetable oils.

  • What are some examples of vegetable oils?

    -Examples of vegetable oils include palm oil, coconut oil, sunflower seed oil, peanut oil, almond oil, canola oil, and olive oil.

  • Why is the freshness of fresh fruit bunches (FFB) important in the oil processing industry?

    -Freshness of FFB is crucial as it affects the quality of the oil produced. Overripe or rotten fruits can increase the free fatty acid value in the product, while unripe fruits can reduce the oil extraction rate.

  • What is the purpose of the sterilization process in palm oil production?

    -The sterilization process uses steam heat to facilitate the loosening of the fruit's mesocarp from its shell and to halt enzymatic processes that could degrade the quality of the oil.

  • What happens to the empty fruit bunches (EFB) after the oil extraction process?

    -Empty fruit bunches can be returned to the plantation as organic fertilizer or further processed to extract any remaining oil using an empty bench press.

  • How is the oil separated from the fruit's pulp and fiber in the oil extraction process?

    -The oil is separated through a process called digestion, where the fruit's pulp is crushed to separate the fiber from the nuts and release oil cells. This is followed by an extraction process at nearly 100Β°C to separate the crude oil from the fiber and nut residue.

  • What is the role of the crude palm oil (CPO) in the refining process?

    -CPO is the raw material that is sent to a refinery for further purification and fractionation to become edible cooking oil. This involves processes such as degumming, bleaching, deodorizing, and fractionation.

  • Why is the bleaching process important in the oil refining process?

    -The bleaching process is crucial as it removes color-causing impurities, which results in a clearer and more appealing oil. Consumers generally prefer oils with a lighter color, even though darker oils are not necessarily inferior in quality.

  • What is the purpose of the deodorization process in oil refining?

    -Deodorization removes odor-causing compounds such as free fatty acids through a high-temperature process, which helps to improve the oil's flavor and aroma.

  • How does the Indonesian government address vitamin A deficiency through its policies on cooking oil?

    -The Indonesian government mandates that packaged cooking oil must be fortified with vitamin A to help reduce vitamin A deficiency in the population.

Outlines

00:00

🌳 Oil Palm Harvesting and Processing

This paragraph discusses the recent news of oil scarcity and the drastic increase in oil prices, which significantly impacts society due to the daily consumption of oil in various forms of food. It explains that oil can be derived from both animal and plant sources, with a focus on plant-based oils, specifically palm oil. The process of making palm oil from fresh oil palm fruit (TBS) is described, starting from sorting and grading the fruit to ensure quality, followed by sterilization to facilitate the separation of the fruit's flesh from the kernel and to halt enzymatic processes that could degrade the oil quality. The sterilized TBS is then pressed to separate the flesh from the kernel, with the separated flesh further processed to extract oil. The oil is then clarified and purified through various methods to remove impurities and water, resulting in crude palm oil (CPO).

05:03

πŸ›’οΈ Refining Crude Palm Oil into Edible Oil

The second paragraph delves into the transformation of CPO into edible oil, which typically occurs in a refinery separate from the palm oil mill. The CPO is transported to the refinery where it undergoes a purification process that includes degumming to remove phospholipids and other impurities, followed by bleaching to remove color-causing agents, resulting in a clearer oil. The oil is then deodorized to eliminate off-flavors and odors at high temperatures, leaving behind a neutral-tasting oil. After these processes, the oil is fractionated into solid and liquid fractions, with the liquid fraction being the final product known as refined, bleached, and deodorized (RBD) palm oil. This oil is then packaged and marketed in various forms, such as pouches, bottles, or bulk, with some being fortified with vitamin A to combat vitamin A deficiency in the population. The paragraph concludes by inviting feedback and discussion on the topic.

Mindmap

Keywords

πŸ’‘Palm oil

Palm oil, derived from the fruit of oil palm trees, is a key ingredient in many food products due to its high oil yield and versatility. In the video, palm oil is highlighted as a significant commodity whose price fluctuations and scarcity can impact consumers significantly. The script discusses the various stages of palm oil production, from harvesting fresh fruit bunches to the final processed oil, emphasizing its importance in the food industry.

πŸ’‘Sterilization

Sterilization in the context of palm oil processing refers to the use of steam heat to prepare the fruit bunches for further processing. This step is crucial as it facilitates the separation of the fruit's mesocarp (the fleshy part containing the oil) from the nut and halts enzymatic processes that could degrade oil quality. The script mentions that sterilization is done using steam from a boiler, which is a standard practice in palm oil mills to ensure the quality of the final product.

πŸ’‘Threshing

Threshing is the process of separating the mesocarp from the palm fruit's nut. In the script, it is described as being done using a thresher machine where the fruit bunches are impacted to release the oil-bearing mesocarp. This is an essential step in the oil extraction process, as it prepares the mesocarp for further processing to extract the oil.

πŸ’‘Digestion

Digestion in palm oil processing involves the use of heat and pressure to break down the cell structure of the mesocarp, allowing the oil to be more easily extracted. The script mentions that this step is done in a digester or press, where the mesocarp is cooked to release the oil cells. This process is critical as it maximizes the yield of oil from the fruit.

πŸ’‘Clarification

Clarification is a purification step in the oil refining process where impurities such as water and sediments are separated from the crude oil. The script describes this process occurring in a clarification tank, which operates on the principle of density differences to separate oil from water and other contaminants. This step is essential for producing a clear, high-quality oil that is suitable for consumption.

πŸ’‘Refining

Refining is a series of processes aimed at purifying the crude palm oil to meet certain quality standards. The script outlines steps such as degumming (removing phospholipids and other impurities), bleaching (removing color bodies), and deodorizing (removing off-flavors and odors). Refining is crucial for producing a stable, shelf-stable oil that is preferred by consumers and meets market requirements.

πŸ’‘Fractionation

Fractionation is the process of separating different components of the oil based on their melting points. The script mentions that this is done in a crystallizer, where the oil is cooled to cause certain fractions to solidify and separate from the liquid oil. This process is important for producing specific oil products such as margarine and liquid cooking oil, each with distinct properties and uses.

πŸ’‘Vitamin A fortification

Vitamin A fortification refers to the addition of vitamin A toι£Ÿη”¨ζ²Ή to address vitamin A deficiencies in populations. The script highlights that the Indonesian government mandates the fortification of packaged cooking oil with vitamin A. This public health measure is aimed at improving nutrition and reducing the prevalence of vitamin A deficiency-related health issues.

πŸ’‘Sustainability

While not explicitly mentioned in the script, sustainability is an underlying theme in discussions about palm oil production. It relates to the environmental, social, and economic impacts of palm oil cultivation and processing. The script's mention of organic fertilizer and the recycling of by-products like empty fruit bunches into biomass for energy suggests an awareness of sustainable practices within the industry.

πŸ’‘Crude Palm Oil (CPO)

Crude Palm Oil, or CPO, is the raw form of palm oil that is obtained after the initial processing steps of extraction and clarification. The script describes CPO as the product that is sent from the palm oil mill to a refinery for further purification and processing. CPO is a critical intermediate product in the palm oil supply chain, and its quality affects the final refined oil's characteristics.

πŸ’‘RBD Palm Oil

Refined, Bleached, and Deodorized (RBD) Palm Oil is the final product of the refining process. The script mentions this term in relation to the oil that has undergone all the purification steps, including the removal of impurities, color, and odors. RBD Palm Oil is the form in which palm oil is typically sold for consumption, either in pouches, bottles, or bulk containers.

Highlights

Recent news about the scarcity of cooking oil and a drastic increase in market prices.

The impact of cooking oil prices on society due to daily consumption in various foods.

Cooking oil can be derived from animal or plant sources, with plant-based oils known as vegetable oils.

Vegetable oils come from a variety of plant sources such as palm, coconut, sunflower, peanut, almond, canola, olive, and more.

This discussion focuses solely on the production of cooking oil from palm oil.

Fresh palm fruit bunches (TBS) are sorted or graded before processing in the factory.

Processing is done to assess the quality of the fruit and to improve the quality of the final product.

Rotten fruit can increase the free fatty acid value in the product, while empty fruit bunches can reduce the oil extraction rate.

Only ripe fruit is good for processing.

TBS palm fruit is sterilized using hot steam to facilitate the threshing process and stop enzymatic reactions that can degrade product quality.

Threshing is done to separate the fruit's flesh from the bunch.

Empty fruit bunches can be returned to the plantation as organic fertilizer or further pressed to extract any remaining oil.

The separated fruit flesh is then fed into a digester to separate the oil cells from the fiber and release the oil.

The crude oil is extracted at temperatures close to 100Β°C, and the oil is then separated from the fiber and nut residue.

The palm nut is further processed into kernel and shell, with the shell used as fuel for the steam boiler and the kernel for further oil extraction.

The crude palm oil (CPO) is then sent to a refinery for further purification and fractionation.

The refining process involves degumming to remove impurities, bleaching to lighten the color, and deodorization to remove odors.

After refining, the oil undergoes fractionation to separate solid and liquid fractions, resulting in products like margarine and cooking oil.

In 2020, the Indonesian government mandated the fortification of packaged cooking oil with vitamin A to combat vitamin A deficiency.

The final product can be marketed in various packaging forms such as pouches, bottles, or bulk.

Transcripts

play00:00

yang

play00:02

baru-baru ini kita dikejutkan dengan

play00:05

berita tentang kelangkaan minyak goreng

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dan fakta bahwa harga minyak goreng di

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pasaran meningkat drastis meningkatnya

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harga minyak goreng tentu sangat

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berdampak bagi masyarakat karena memang

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hampir setiap hari kita mengonsumsi

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minyak goreng baik dari makanan yang

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digoreng secara langsung seperti

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gorengan kerupuk sayur tumis hingga

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campuran dalam adonan roti pukis es krim

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dan sebagainya

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minyak goreng bisa berasal dari hewan

play00:38

ataupun dari tumbuhan minyak goreng yang

play00:41

berasal dari tumbuhan disebut juga

play00:43

dengan minyak nabati

play00:45

minyak nabati pun beraneka ragam ada

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yang berasal dari kelapa kelapa sawit

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biji bunga matahari kacang tanah alpukat

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kanola zaitun dan sebagainya namun pada

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Khan kali ini kami hanya akan membahas

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tentang pembuatan minyak goreng dari

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kelapa sawit

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buah kelapa sawit segar atau TBS tandan

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buah segar dari kebun kelapa sawit

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biasanya disortir atau dilakukan grading

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terlebih dahulu sebelum diolah di pabrik

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pengolahan kelapa sawit

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proses ini dilakukan untuk mengetahui

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mutu buah yang akan diolah dan

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setidaknya juga dapat meningkatkan mutu

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hasil pengolahan buah yang busuk akan

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meningkatkan nilai asam lemak bebas pada

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produk sedangkan Janjang kosong tangkai

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buah yang terlalu panjang dan buah yang

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mentah akan dapat mengurangi tingkat

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ekstraksi minyak hanya buah yang

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benar-benar matang pada waktunya lah

play01:55

yang baik untuk diolah

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[Musik]

play01:58

Hai setelah itu

play02:00

TBS kelapa sawit dimasukkan ke dalam

play02:04

mesin sterilisasi

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proses sterilisasi menggunakan uap panas

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dari ketel uap

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proses ini berfungsi untuk memudahkan

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proses perontokan brondolan kelapa sawit

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dari tandanya dan juga untuk

play02:19

menghentikan metabolisme dalam buah atau

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menghentikan proses enzimatik yang dapat

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menurunkan mutu produk

play02:27

setelah melewati sterilisasi TBS masuk

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kedalam mesin perontok biasanya

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perontokan dilakukan dengan membanting

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tandan buah di dalam mesin fungsinya

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yaitu untuk memisahkan brondolan kelapa

play02:43

sawit dari tandannya

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Hai tandan yang sudah tidak mengandung

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brondolan biasanya disebut tandan kosong

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tandan kosong ini bisa dikembalikan lagi

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ke kebun sebagai pupuk organik atau bisa

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juga terlebih dahulu diekstraksi San

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minyaknya menggunakan empty bench press

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brondolan yang sudah terpisah kemudian

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masuk kedalam mesin pencerna pelumat

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atau register yang fungsinya untuk

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melumat atau mencerna daging buah

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memisahkan serat dari bijinya

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melepaskan sel-sel minyak sebelum

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Nantinya di ekstraktif pelumatan terjadi

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pada suhu hampir 100Β° Celcius setelah

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dicerna atau dilumat hasilnya masuk

play03:34

kedalam mesin ekstraksi atau mesin press

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yang fungsinya untuk memisahkan minyak

play03:40

kotor dengan ampasnya yang berisi serat

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dan biji kelapa sawit

play03:44

Hai biji kelapa sawit tersebut nantinya

play03:46

akan dipecah menjadi cangkang dan inti

play03:49

sawit cangkang sawit ini bersamaan

play03:52

dengan serat tadi nantinya akan

play03:55

dijadikan sebagai bahan bakar ketel uap

play03:57

sedangkan inti sawit akan diolah kembali

play04:00

untuk diambil minyaknya tisak

play04:03

kembali ke minyak kotor tadi setelah di

play04:05

flash

play04:06

setelah keluar dari mesin press minyak

play04:09

kotor akan masuk ke dalam tangki

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pengikat pasir atau centred tank yang

play04:16

berfungsi untuk memisahkan pasir dari

play04:18

minyak kotor

play04:20

kemudian minyak kotor yang sudah

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dipisahkan dari pasir disaring dari

play04:25

sisa-sisa serat dan kotoran sebelum

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nantinya masuk ke dalam tangki

play04:30

klarifikasi tangki ini

play04:34

bekerja secara otomatis akan memisahkan

play04:36

minyak air dan kotoran berdasarkan berat

play04:39

jenisnya

play04:40

minyak yang secara otomatis ada pagi ada

play04:44

bagian atas dipindahkan secara overflow

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ke dalam tangki purifier yang berfungsi

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untuk memurnikan Minyak dari air dengan

play04:54

titik didih yang lebih rendah air

play04:56

otomatis akan menguap dan hanya

play04:59

menyisakan minyaknya saja minyak ini

play05:02

kemudian masuk kedalam mesin pengering

play05:07

vakum yang fungsinya hampir sama yaitu

play05:09

untuk menurunkan kadar air kemudian

play05:12

akhirnya akan disimpan dalam tangki

play05:15

penyimpanan Inilah yang disebut dengan

play05:17

CPU atau crude palm oil

play05:23

pengolahan CPO menjadi minyak goreng

play05:26

biasanya dilakukan di pabrik yang

play05:28

berbeda CPO dari pabrik pengolahan

play05:31

kelapa sawit

play05:32

kemudian dikirim ke pabrik pemurnian

play05:35

atau refinery menggunakan truk atau

play05:39

kapal

play05:40

untuk menjadi minyak goreng CPO harus di

play05:44

proses pemurnian dan pemisahan fraksi

play05:48

proses pemurnian diawali dengan proses

play05:52

di gaming atau pemisahan getah minyak

play05:55

yang mengandung protein

play05:58

fosfolipid dan lain-lain dengan cara

play06:01

pemanasan dan pencampuran pelarut asam

play06:03

seperti asam sitrat atau asam fosfat

play06:07

setelah getah minyak dipisahkan minyak

play06:11

kemudian melalui proses bleaching atau

play06:14

pemutihan warna menggunakan bleaching

play06:16

agent seperti bleaching Earth sejenis

play06:19

lempung dari mineral fungsinya yaitu

play06:23

untuk memisahkan zat-zat warna yang

play06:26

menyebabkan CPU berwarna gelap atau

play06:28

coklat kemerahan

play06:30

zat warna tersebut nantinya akan

play06:33

terjerat oleh absorbent tadi sehingga

play06:36

Warna minyak menjadi jernih atau bening

play06:39

biasanya apabila Warna minyak yang di

play06:43

pasaran itu menjadi warna pada umumnya

play06:46

yang bening itu tidak akan dipilih oleh

play06:48

konsumen meskipun sebenarnya lebih baik

play06:53

setelah itu minyak akan disaring untuk

play06:57

dipisahkan dari bleaching Earth yang

play07:00

tadi digunakan

play07:01

setelah itu minyak akan melalui proses

play07:04

penghilangan bau pada mesin hampa udara

play07:07

yang sekitar bersuhu 200Β° Celcius

play07:11

komponen penyebab bau seperti asam lemak

play07:14

bebas akan menguap dan terpisah dari

play07:16

minyak Nah setelah melalui semua proses

play07:20

more pemurnian ini minyaknya itu

play07:24

dinamakan dengan RB DPO refine Bleach

play07:28

deodorize pump oil

play07:32

RB DPO kemudian masuk lagi ke dalam

play07:36

proses fraksinasi

play07:38

yaitu pemisahan fraksi padat dan fraksi

play07:41

cair di crystallizer

play07:43

[Musik]

play07:44

Hai suhu tertentu fraksi yang berubah

play07:47

menjadi padat disebut dengan steering

play07:50

sedangkan yang masih berbentuk cair

play07:52

disebut dengan oleh Steven ini yang

play07:56

nantinya kita kenal dengan sebutan

play07:57

margarin sedangkan oleh kita kenal

play08:01

dengan sebutan minyak goreng

play08:05

oleng kemudian dipasarkan dalam bentuk

play08:09

dapat berupa kemasan pouch atau kemasan

play08:13

botol dan dapat juga curah atau balk

play08:17

pada tahun 2020 pemerintah Republik

play08:21

Indonesia mewajibkan penjualan minyak

play08:24

goreng kemasan itu sudah ditambahkan

play08:26

atau sedang melalui fortifikasi vitamin

play08:29

A Hal ini bertujuan untuk menurunkan

play08:33

defisiensi vitamin A di masyarakat

play08:36

begitu so cukup rumit bukan

play08:41

Semoga dengan penjelasan tadi Hai banyak

play08:45

dapat menambah wawasan kita bersama

play08:49

Apabila ada masukan dan ide pembahasan

play08:52

lain Silahkan dapat ditulis di kolom

play08:54

komentar sampai jumpa dan terima kasih

play08:57

[Musik]

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Related Tags
Palm OilCooking OilHarvestingRefining ProcessScarcityMarket ImpactHealth EffectsSustainabilityIndonesian PolicyFortification