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Strategi Implementasi Renovasi “Reaktor Biodigester Inovasi Portabel Pembangkit Listrik Biogas Berbahan Limbah Perikanan”: recycle energy Hasbi Husaini; Muhammad Azis Yudhiwinata; Muhammad Shiddiq; Yusri Chalik
Jurnal Studi Inovasi Vol. 2 No. 3 (2022): Jurnal Studi Inovasi
Publisher : Inovbook

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.52000/jsi.v2i3.103

Abstract

Kebutuhan energi semakin meningkat, diakibatkan pertumbuhan penduduk mencapai 200 juta jiwa, dengan demikian dibutuhkan alternatif energi yang effisen dan mudah diterapkan, metode penelitian ini berbasis studi litelatur, pengambilan data melalui data sekunder berdasarkan penelitian terdahulu, data kemudian dianalisis sebagai perancangan awal bentuk dan sturktur teknologi dan menggunakan metode quadhelix, didapatkan hasil Rancangan biodgister protable mengunakan dimensi dari reaktor biodigester berdiameter 4,81 m, tinggi 3,49 m dan tebal 4 mm, menghasilkan tenaga listirk  0,6 MW, Strategi implementasi melalui penggabungan antara akademisi, Industri, komuniti dan pemerintah, implementasi produk “RENOVASI” dimulai dengan Perancangan dan pembuatan, kerjasama dengan pemerintah dan masyarakat, sosialisasi, implementasi, mentoring dan evaluasi
UPAYA REHABILITASI EKOSISTEM TERUMBU KARANG TERDAMPAK TUMPAHAN MINYAK DI DESA FAEKHUNA, KECAMATAN AFULU, KABUPATEN NIAS UTARA Hilal Idama Dalimunthe; Hasbi Husaini; Vindy Rilani Manurung; Muhammad Azis Yudhiwinata; Machmul Prayudi Harahap; Muhammad Adam Pahlevy; Muhammad Najhan Adisusilo; Muhammad Fahmi Abdillah; Abdullah Hanif; Stefany Florencia; Hana Sazida; Daniel Tambunan; Muhammad Thariq Abshar; Ferdiansyah Manurung; Bina Kristian Waruwu
Jurnal Abdi Insani Vol 10 No 3 (2023): Jurnal Abdi Insani
Publisher : Universitas Mataram

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29303/abdiinsani.v10i3.1066

Abstract

Faekhuna'a Village is one of the villages affected by asphalt oil spills. The oil spillage that has polluted the waters has led to a decline in the income of fishermen, due to the damage to coral reefs. To address this problem, direct implementation of the "one house, one coral transplantation" initiative using science and technology (IPTEK) can help mitigate the issues. The objective is to address the problem of asphalt oil spills through the application of IPTEK, optimize the role of the community, educate the community, and create a mindset among the community regarding the importance of environmental factors in the local economy. The method conducted by outreach and simulation. The stages are preparation, participation in the activities by the Faekhuna'a Village officials, 15 members of fisherman group (KUB), PPK 15 students of ORMAWA team and one supervising lecturer, lecturers and students from the University of North Sumatra's Off-Campus Study Program (PSDKU) in North Nias, and support from National Search and Rescue Agency (BASARNAS) of North Nias Regency. Through the program, providing education and awareness about the ecological aspects of life. The application of science and technology (IPTEK) has been warmly received by the community, who have actively contributed to ecosystem restoration through the PPK ORMAWA program. The fishermen has been educated about the crucial role of the coral reef ecosystem in improving the livelihoods. The use of IPTEK, specifically coral transplantation, has proven to be a viable, efficient, complex, adaptable, and compatible approach that is easily implementable.