PENGEMBANGAN BATERAI DARI LIMBAH KELAPA SAWIT: FUNDAMENTAL DAN EKSPERIMENTAL VOL.2

Authors

Yunita Triana
Institut Teknologi Kalimantan

Keywords:

Baterai biomassa, Karakterisasi material, Limbah kelapa sawit, Penyimpanan energi berkelanjutan, Sintesis dan optimasi material

Synopsis

Melanjutkan fondasi konseptual yang telah dibangun pada Volume 1, buku Pengembangan Baterai dari Limbah Kelapa Sawit: Fundamental dan Eksperimental Vol. 2 hadir sebagai eksplorasi lanjutan yang lebih mendalam, kritis, dan aplikatif terhadap pemanfaatan limbah kelapa sawit dalam teknologi baterai. Volume ini menitikberatkan pada pengembangan material, karakterisasi lanjutan, serta pendekatan eksperimental yang lebih kompleks untuk meningkatkan kinerja dan keandalan baterai berbasis biomassa. Pembahasan mencakup optimasi proses sintesis, analisis struktur dan sifat elektrokimia, hingga evaluasi performa baterai dalam berbagai skenario pengujian, sehingga memberikan gambaran yang lebih komprehensif mengenai potensi implementasi teknologi ini. Dengan memadukan hasil riset terkini, metodologi eksperimental yang terukur, serta pembahasan berbasis data, buku ini memperkuat jembatan antara penelitian dasar dan pengembangan teknologi terapan. Ditujukan bagi akademisi, peneliti, mahasiswa pascasarjana, serta praktisi industri energi dan material, Volume 2 menjadi referensi penting dalam mendorong inovasi baterai ramah lingkungan yang berdaya saing. Buku ini menegaskan bahwa limbah kelapa sawit bukan sekadar sisa produksi, melainkan sumber daya strategis untuk membangun masa depan teknologi penyimpanan energi yang berkelanjutan, mandiri, dan berbasis potensi lokal.

 

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Author Biography

Yunita Triana, Institut Teknologi Kalimantan
Dr. Eng. Yunita Triana, M.Si, lahir di Balikpapan, 23 Oktober 1988. Pada tahun 2010, Ia berhasil menyelesaikan pendidikan S1 di bidang Kimia Analitik di Universitas Mulawarman, kemudian melanjutkan pendidikan S2 di Institut Teknologi Sepuluh November, Surabaya, pada tahun 2015. Dr. Yunita berhasil meraih gelar doktor di Keio University, Jepang, pada tahun 2022 dalam bidang Teknik Material. Saat ini adalah dosen pada Program Studi Teknik Material dan Metalurgi di Institut Teknologi Kalimantan yang aktif dalam penelitian pengembangan elektrokimia, terutama dalam desain baterai ion lithium menggunakan anoda komposit dari limbah tandan kosong kelapa sawit dan silika geothermal. Pada tahun 2024, ia berhasil menerima pendanaan Program Grant Riset Sawit (GRS) tingkat nasional dengan penelitian yang berfokus pada inovasi berkelanjutan dalam pengolahan limbah kelapa sawit dan pemanfaatannya dalam teknologi baterai. Buku ini merupakan kontribusinya dalam menyebarkan pengetahuan dan hasil riset terkait pengembangan baterai berbasis limbah kelapa sawit.

Published

February 1, 2026