Artikel Tentang Tapioka

The Thai tapioca industry is expected to focus increasingly on tapioca flour exports and Asian markets as part of its growth strategy over the next five years. At the time, industry representatives were optimistic that exports of tapioca products could eventually reach 100 billion baht.

The strategy reflects a broader effort to increase the value of Thailand’s cassava industry. Rather than relying heavily on exports of tapioca chips and pellets, Thailand planned to strengthen the production and export of tapioca flour, which has applications across the food, energy, and other industrial sectors.

The Commerce Ministry projected that by 2016, domestic demand for cassava roots for ethanol production could rise to 13 million tonnes. At the same time, exports were expected to exceed 22.5 million tonnes. Combined, this would bring total cassava demand to around 35.5 million tonnes, approximately 42% higher than the production level at the time.

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Cassava prices continued to move upward into the second half of 2011, although the pace of increase was slower than in the previous year. Data from the Ministry of Commerce showed that the consumer price of cassava increased by 1.13% during the first half of 2011, rising from an average of Rp 2,988 per kilogram (kg) in January to Rp 3,022 per kg in June 2011.

The increase was also reflected at the farmer level. Rhomy Irawan, Second Secretary of the Cassava Farmers Association of Indonesia (Aspesindo), said that fresh cassava prices had risen significantly. The average maximum price increased from around Rp 600–650 per kg to Rp 900–1,100 per kg, although prices varied depending on the cassava variety and accessibility of the cassava plantation.

“The price of cassava has increased beyond our expectations. This might be because there has been an increase in demand. But we still need to observe whether the increase is only temporary because of speculators or whether it will remain stable,” Rhomy said by telephone on Tuesday (5/7).

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A cassava plant grown by students at Bulileka Sanatan Primary School in Labasa produced an unusually large harvest weighing 20 kilograms. The seven-month-old cassava became a surprising discovery for teachers and students when it was harvested from the school’s garden.

The plant had been cultivated by five students as part of the school’s gardening activities. When it was finally uprooted, the size of the cassava crop exceeded expectations and attracted attention within the school community.

Headteacher Narsamma Naidu said the teachers and students were delighted to see such a large cassava growing in their school garden.

“This is a rare sight and we are really surprised that we have this big crop right here in our school garden,” Ms Naidu said.

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Tanzanian farmers have been encouraged to increase the cultivation of drought-resistant crops, particularly cassava, as changing weather patterns and inadequate rainfall continue to create challenges for agricultural production.

The recommendation was made by the Minister for Agriculture, Food Security and Cooperatives, Professor Jumanne Maghembe, in Dar es Salaam during the launch of Cassava Week. Speaking at an exhibition held at the Karimjee grounds, the minister highlighted cassava as a crop that could help Tanzania strengthen food security while creating opportunities for farmers.

According to Prof Maghembe, improving both cassava production and productivity could help the country address recurring food shortages and increase the economic benefits generated by the crop.

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The International Institute of Tropical Agriculture (IITA) has emphasized that Nigeria needs to give greater attention to value addition if it wants to further increase cassava production and gain more economic benefits from the crop.

According to IITA Director General Dr. Peter Hartmann, improving cassava processing could do more than increase farmers’ incomes. It could also help address unemployment by creating additional economic activities and income opportunities in cassava-growing communities.

Hartmann made the remarks at a stakeholders’ forum in Ibadan, Oyo State, marking the conclusion of the CFC-funded Cassava Value Chain Project in Nigeria. The project was implemented by IITA together with its national partners.

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Daun singkong ternyata memiliki kandungan protein yang cukup tinggi dibandingkan bagian lain dari tanaman singkong. Berbeda dengan umbi singkong yang lebih dikenal sebagai sumber karbohidrat dan bahan baku tapioka, daun singkong memiliki potensi sebagai sumber protein nabati.

Dalam sumber yang menjadi dasar artikel ini, penelitian terhadap 150 jenis ketela pohon menunjukkan bahwa jenis yang memiliki kandungan protein daun paling rendah sekalipun masih mengandung lebih dari 60% jenis asam amino esensial yang menjadi bagian dari penelitian tersebut.

Namun, di balik kandungan nutrisinya, daun singkong juga memiliki hal penting yang perlu diperhatikan. Daun singkong mengandung senyawa sianogenik sehingga pengolahan yang tepat diperlukan sebelum dikonsumsi.

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Cassava products are gaining a stronger presence in the Australian health food market. However, research cited in the source found that some imported cassava-based foods contained comparatively high levels of cyanide, raising concerns about food safety and the need for proper processing and regulation.

Cassava is a staple food for around 800 million people worldwide. The root can contain cyanogenic compounds, and inadequately processed cassava can release cyanide. Exposure to high levels of cyanide can cause symptoms including nausea, vomiting, diarrhoea, dizziness, weakness, and, in severe cases, death.

Researchers from Monash University and the Australian National University examined the cyanide content of several cassava-based products available in Melbourne and Canberra. Their findings highlighted differences between highly processed products, Australian-made products, and some imported foods.

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Indonesia merupakan salah satu negara yang memiliki potensi besar dalam produksi singkong. Namun, di tengah ketersediaan bahan baku tersebut, Indonesia pada periode yang dibahas dalam artikel sumber masih tercatat melakukan impor tepung tapioka. Kondisi ini menjadi sebuah ironi karena singkong merupakan salah satu tanaman pangan yang banyak dibudidayakan di dalam negeri.

Persoalan tersebut bukan hanya berkaitan dengan jumlah produksi singkong, tetapi juga dengan kemampuan menghasilkan tepung tapioka yang memenuhi kebutuhan industri. Tepung tapioka memiliki karakteristik yang cukup luas sehingga dapat digunakan dalam berbagai sektor, mulai dari pangan dan minuman hingga tekstil, kertas, lem, farmasi, serta bahan biodegradable.

Dengan pemanfaatan yang begitu luas, pengembangan industri tapioka dalam negeri memiliki peluang untuk meningkatkan nilai tambah singkong sekaligus memperkuat industri berbasis bahan baku lokal.

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Limbah cair tapioka ternyata masih memiliki potensi untuk dimanfaatkan menjadi produk bernilai ekonomi. Selama ini, limbah cair dari proses produksi tepung tapioka sering kali hanya dianggap sebagai sisa pengolahan yang harus dibuang. Padahal, limbah tersebut masih mengandung bahan organik yang dapat dimanfaatkan melalui proses pengolahan dan fermentasi.

Salah satu alternatif pemanfaatannya adalah mengolah limbah cair tapioka menjadi kecap. Dalam penelitian yang dibahas pada artikel ini, limbah cair tapioka dicampurkan dengan kacang kedelai sebagai bahan tambahan, kemudian difermentasi melalui dua tahap, yaitu koji dan moromi.

Hasil pengolahan yang dijelaskan dalam sumber menunjukkan bahwa kecap dari limbah cair tapioka memiliki kadar protein sebesar 6,35% dan memperoleh penilaian organoleptik yang baik dari segi rasa, aroma, dan warna.

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Onggok terfermentasi merupakan salah satu alternatif bahan baku pakan yang dapat dikembangkan dari hasil samping industri tapioka. Pemanfaatan onggok menjadi bahan pakan menarik perhatian karena bahan baku lokal untuk pakan ternak masih memiliki sejumlah keterbatasan, terutama kandungan protein yang rendah dan serat kasar yang relatif tinggi.

Dalam sebuah riset yang dilakukan oleh Supriyati, D. Zaenudin, I.P. Kompiang dari Balai Penelitian Ternak, Bogor, bersama Soekamto dan D. Abdurachman dari Dinas Peternakan Garut, dilakukan upaya meningkatkan nilai gizi onggok melalui fermentasi padat.

Hasil penelitian tersebut menunjukkan adanya peningkatan kandungan protein kasar pada onggok setelah difermentasi. Selain itu, penggunaan onggok terfermentasi dalam ransum ayam juga menunjukkan potensi meningkatkan efisiensi penggunaan pakan.

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