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Now showing items 22788-22807 of 144645
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Bioethanol agro-industry development strategy in Lampung Province
(2011)Agro-industry development is an important part of the industrialization process. Agro-industrial development based on potential agricultural areas in Indonesia plays an important role in driving the economy of Indonesia. ... -
Bioethanol Production by Using Detoxified Sugarcane Bagasse Hydrolysate and Adapted Culture of Candida tropicalis
(2015)Ethanol is considered as the most promising alternative fuel, since it can be produced from a variety of agriculturally-based renewable materials, such as sugarcane bagasse. Lignocellulose as a major component of sugarcane ... -
Bioethanol Production from Cassava with Vinasse Recycle for Fermentation.
(2010)Cassava tuber consists of starch and fibers that become potential substrate in ethanol fermentation. Starch and fibers should be converted into fermentable sugars by hydrolysis. Dilute acid hydrolysis is applied to convert ... -
Bioethanol Production from Several Tropical Wood Species using Simultaneous Saccharification and Fermentation Processes
(2010)This study aims to determine the best method to produce bioethanol from several wood species using simultaneous saccharification and fermentation (SSF) processes. Four different tropical wood species namely sengon ... -
Biofertilizer in Indonesia
(2010) -
Biofilm Acetobacter aceti dan Saccharomyces cerevisiae sebagai Detektor Etanol secara Elektrokimia
(2020)Biosensor adalah perangkat analitik yang mengubah respons hayati menjadi sinyal yang dapat diukur dan diproses. Biosensor etanol dirancang menggunakan Acetobacter aceti dan Saccharomyces cerevisiae yang diteteskan untuk ... -
Biofilm Berbahan Dasar Polisakarida dari Karaginan dan Tepung Kacang Hijau
(2013)Biofilm is a film made of biopolymer materials, such as polysaccharide, protein, and fat so it can be more biodegradable. The aim of this research was to produce a film from carrageenan and mungbean flour and assess the ... -
Biofilm Pati Tapioka Terplastisasi Gliserol dengan Tambahan Natrium Alginat dan Aditif Limonena Kulit Jeruk
(2014)Biofilm is a thin layer that can be used as an alternative packaging and environmentally friendly. The objectives of this study ware to synthesis and to characterize biofilm made of tapioca starch with addition of glycerol ... -
Biofiltrasi Pada Budidaya Padi di Daerah yang Terkena Intrusi Air Laut
(1990)The pot experiments were aimed to find practical biological method to reduce salt contents for rice cultures simulating areas where salt intruSions are accured. Phragmites sp. were used as salt accumulator for two tested ... -
Bioflok dan Probiotik untuk Meningkatkan Kinerja Pertumbuhan, Imunitas, dan Resistansi Ikan Lele terhadap Infeksi Aeromonas hydrophila
(2023)Ikan lele merupakan komoditas penting di Indonesia dengan jumlah produksi yang terus mengalami peningkatan setiap tahun. Namun, kegiatan intensifikasi budidaya ikan lele masih memiliki berbagai kendala, salah satunya yaitu ... -
Bioflora Marga Eleocharis (Cyperaceae) di Pulau Madura
(2018)Eleocharis dibedakan dengan marga lain dalam suku Cyperaceae berdasarkan ciri morfologi berupa lembaran daun tereduksi, perbungaan buliran soliter di ujung buluh, adanya rambut-rambut kaku pada floret, dan adanya sisa ... -
Bioformulation of Antagonistic Bacterial Consortium for Controlling Blast, Sheath Blight and Bacterial Blight Diseases on Rice
(2013)Among diseases affectmg nee production, blast. sheath and bacterial leaf bhght causes s1gm.f1cant losses. ThJ.S study was aimed to control multiple rice diseases usmg beneficial bacterial consortium as an alternative ... -
Biofotovoltaik Alga Menggunakan Fotoelektroda Cadmium Sulfida (CdS)
(2019)Efek fotovoltaik adalah suatu efek yang dapat mengubah secara langung cahaya matahari menjadi suatu energi listrik. Piranti biofotovoltaik merupakan piranti efek fotovoltaik yang digabungkan dengan adanya proses biologi ... -
Biofotovoltaik Menggunakan Spirulina platensis : Pengaruh Perbedaan Media Kultur
(2022)Pemanfaatan energi matahari pada saat ini sudah cukup maju, namun penggunaan bahan–bahan sel surya konvensional masih memberi dampak buruk untuk lingkungan. Dengan memanfaatkan kemampuan fotosintesis pada organisme biologis ...
