Prof. Dr. Hanny F. Sangian, S.Pd., M.Si
Profil Singkat
Pendidikan
• SD — SDGP Pakuure Minahasa Selatan SULUT
• SMP — SMP Negeri Pakuure Minsel SULUT (1987)
• SMA — SMA Kat. Aq. Amurang Minsel SULUT (1990)
• S-1 — IKIP Manado (Fisika, lulus 1995)
• Pra S-2 — ITB Bandung (Fisika, lulus 1996)
• S-2 — ITB Bandung (Fisika, lulus 1998)
• S-3 — ITS Surabaya (Teknik Kimia, lulus 2015)Riwayat Pangkat
- Pembina Utama Muda (IVc)-TMT 1 April 2026. Nomor: 00199/KEP/AA/15001/26
- Pembina Tkt I (IVb) — TMT 1-4-2024. Nomor: 29266/B/07/2024
- Pembina (IVa) — TMT 1-10-2011. Nomor: 68776/A4.3/KP/2011
- Penata Tkt I (IIId) — TMT 1-4-2009. Nomor: 37237/A4.5/KP/2009
- Penata (IIIc) — TMT 1-4-2007. Nomor: 1381/J12/II/KP/2007
- Penata Muda Tkt I (IIIb) — TMT 1-10-2004. Nomor: 900/J12/KP/2004
- Penata Muda (IIIa) — TMT 1-12- 1999. Nomor: 688/J12.II/KP/1999
- CPNS (IIIa) — TMT 1-3- 1998. Nomor: 34949/A2/KP/1998
• Guru Besar — TMT 1-12- 2024. Nomor: 140129/M/07/2024
• Lektor Kepala — TMT 1-4- 2007. Nomor: 21693/A4.5/KP/2007
• Lektor — TMT 1-4- 2004. Nomor: 488/J12/KP/2004
• Asisten Ahli — TMT 1-1- 2001. Nomor: 0810/J12/KP/2001
• Asisten Ahli Mad. — TMT 1 -2- 2000. Nomor: 083/J12/KP/2000
• 2017 — The Best Technopreneur — PUSPIPTEK
• 2016 — Dosen Teladan I Unsrat — Unsrat
• 2014 — Presenter Terbaik 3 ISFACHE — ITS-NTUST Taiwan
• 2010 — Presenter Terbaik Penelitian Terapan Nasional — Dikti
Kursus / Pelatihan
1. COLLABORATIVE RESEARCH — SHORT COURSE; 2 MINGGU; 2013; NTUST Taipei
2. APPLIED APPROACH — SHORT COURSE; 2 BULAN; 2002; UNSRAT
3. PEKERTI — SHORT COURSE; 2 BULAN; 1998; UNSRAT
Pengalaman Kerja
• Ketua Jurusan — 2023-2027 | MIPA UNSRAT
• Ketua Jurusan — 2019-2023 | MIPA UNSRAT
• Kepala Lab Energi Terbarukan — 2008-2012 | MIPA UNSRAT
• Kepala Lab Material — 2004-2006 | MIPA UNSRAT
• Kepala Lab Fisika Lanjut — 2001-2004 | MIPA UNSRAT
Keahlian
- Pembuatan gula cair dari biomassa
- Pembuatan etanol industry grade 70-96% dari Aren
- Pembuatan etanol fuel grade 99.5% dari Aren
- Pembuatan biodiesel
- Pembuatan bahan bakar emulsi etanol aren-bensin satu fasa
- Pembuatan bahan bakar emulsi biodiesel-etanol aren satu fasa
- Pembuatan dan pengembangan bahan bakar emulsi etanol aren-bensin-metil ester satu fase
Pengalaman Riset
• 2025-2026
— Pembuatan dan uji coba bahan bakar campuran bensin-etanol aren-metil ester satu
fasa
Pendanaan: Dikti
• 2022-2024
— Pembuatan emulsi etanol aren-butanol-bensin-air satu fasa
Pendanaan: Dikti
• 2024
— Pembuatan emulsi etanol aren-bensin-air satu fasa
Pendanaan: PNBP Unsrat
• 2022
— Pembuatan emulsi etanol aren-bensin-air satu fasa dalam suhu rendah
Pendanaan: PNBP Unsrat
• 2021
— Pembuatan hand saniatizer dari aren skala 100L/hari
Pendanaan: Dikti; jumlah
• 2021
— Pembuatan emulsi bensin (RONs90)-Etanol Aren-air dalam larutan satu fasa 0-30oC
Pendanaan: PNBP Unsrat
• 2020
— Produksi Massal Etanol Grade Sanitizer Menggunakan Bahan Baku Arak Captikus
Aren
Pendanaan: Dikti; jumlah
• 2020
— Konstruksi Peralatan Destilasi dengan Kapasitas Etanol 200 L/Hari dan Pembuatan Hand
Sanitizer dari Arak Cap Tikus Aren
Pendanaan: PNBP Unsrat
• 2019
— Pembuatan bahan bakar emulsi bensin-etanol aren-air dalam satu fasa pada suhu
kamar
Pendanaan: PNBP Unsrat
• 2018-2019
— Pembuatan bahan bakar aqueous solar berbasis etanol aren dan Pembuatan bahan bakar
campuran etanol dan biodiesel menggunakan teknik subkritis
Pendanaan: Dikti
• 2016
— Pembuatan bioenergi dari selulosa dan pati dengan teknik pretreatment larutan
ion dan gelombang EM
Pendanaan: PNBP Unsrat
• 2012-2015
— Pembuatan Gula dan Etanol dari Lignoselulosa dengan Teknik kimia dan fisika
Pendanaan: Dikti; jumlah
• 2006-2010
— Pembuatan gula dan etanol dari Bahan Pati, Ubi Kayu, Shorgum, Jagung, Aren , dan Sagu
Pendanaan: Dikti
Publikasi / Karya
Paper
1. Fuel
Specifications of Aqueous Ethanol-Butanol-Gasoline in Stable Emulsion
J. Braz. Chem. Soc. (Firs Author); 37/
e-20260026/1-11/2026.
2. Determination
of The Compositions of Gasoline, Aqueous Ethanol, And Butanol, In Stable
Emulsions At Low Temperatures
Egypt. J. Chem. (First Author);
68/7/185-194/2025.
3. Identifying
of The Compositions of The Blended Fuels of The Butanol, Gasoline, And Water
Stabilized At Low Temperatures
East.-Eur. J. Enterp. Technol. (First
author, scopus); 2023, 4(6(124)), pp. 6–17.
4. Analysis
of Compositions and Fuel Specifications of The Aqueous Emulsion Fuels 9f
Gasoline (Rons 90)-Ethanol-Water In Stable Emulsions In Low Temperature
East.-Eur. J. Enterp. Technol. (First
author, scopus); 2023, 1(6(121)), pp. 22–32.
5. Study
of the aqueous ethanol-diesel-biodiesel prepared in near isochoric sub critical
WSEAS Trans. Environ. Dev. (First
author, scopus); vol. 18, pp. 405-416, 2022.
6. Analysis
of water-ethanol-gasoline (RON88) compositions in one phase substance
IOP (First author, scopus); | 2023,
1115 (1) p. 012050.
7. Study
of SEM, XRD, TGA, and DSC of Cassava Bioplastics Catalyzed by Ethanol
IOP (First author, scopus); 2022, 1115
(1) 012052.
8. Study
of the compositions and fuel parameters of the emulsion fuels biodiesel-aqueous
ethanol and biodiesel-aqueous ethanol-diesel
J. Eng. Sci. Technol. (First author,
scopus); 2021, 16(2), pp. 941–956.
9. Mathematical
modelling of alkaline and ionic liquid pretreated coconut husk enzymatic
hydrolysis
Bull. Chem. React. Eng. Catal.
(Scopus, First author); 2021, 16(2), pp. 331–341.
10. Composition
and Specification of the Blended Fuels Aqueous Ethanol-Biodiesel and Aqueous
Ethanol-Diesel-Biodiesel Prepared by Sub Critical
Int. J. Eng. Res. Technol. (First
author, scopus); 2021, 13 (2), 287-295.
11. Study
of the composition, fuel parameter and triangular graph of a gasoline and
aqueous ethanol fuel blend in a single phase
Revista de Chimie, (First author,
scopus); 2020, 71(8), pp. 113–123.
12. A
Comparative Study of the Structures, Crystallinities, Miller Indices, Crystal
Parameters, and Particle Sizes of Cassava Powder Treated by Microwave
Irradiation and Saline Water
BioResorces (First author, scopus);
2019, 14 (4), 8212-8228.
13. Mathematical
model of enzymatic reactions of coconut coir substrate treated by alkaline and
ionic liquid into the reducing sugars using power series
IOP 567 (1), 012006 (First author,
scopus); 2019, 567 (1), 012006.
14. Analysis
of water-ethanol-gasoline (RON88) compositions in one phase substance
IOP (scopus; first author); 2021, 1115
012050.
15. The
Structural Analysis of the Lignocellulose, Champaca Timber (Elmerrilliaovalis)
Modified by the Microwave
Chem. Eng. Trans., (First author,
scopus); 2018, 65, 229-234.
16. The
structural modification of cassava starch using a saline water pretreatment
Food Sci. Technol. (First author,
scopus); 2018, 38, 215-220.
17. The
Effect of Alkaline Concentration on Coconut Husk Crystallinity and the Yield of
Sugars Released
IOP (First author, scopus); 2018, 306
(121046).
18. The
Utilization of Arenga Pinnata Ethanol in Blending one Phase-Aqueous Gasohol
J. Eng. Appl. Sci. (scopus; first
author); 2017, 12 (24).
19. The
study of isochoric subcritical water using power series: A potential of energy
generation with ISCW reactor
AIP (scopus; first author); 2017, 1887
(020006).
20. Effect
of Pretreatment Method on Structural Changes of Coconut Coir Dust
BioResources (scopus; first author);
2017, 12 (4).
21. Analysis
of retention time and substances released from lignocellulose treated by
alkaline and ionic liquid
Int. J. Chem. Technol. Res. (first
author, scopus); 2016, 9 (12).
22. Comparative
study of the preparation of reducing sugars hydrolyzed from high-lignin
lignocellulose pretreated with ionic liquid, alkaline solution and their
combination
J. Eng. Technol. Sci. (First author,
scopus)); 2015, 47 (2).
23. Preparation
of Reducing Sugar Hydrolyzed from High-Lignin Coconut Coir Dust Pretreated by
the Recycled Ionic Liquid [mmim][dmp] and Combination with Alkaline
Bull. Chem. React. Catal. (scopus;
first author); 2015, 10 (1).
24. Study
of the preparation of sugar from high-lignin lignocellulose applying
subcritical water and enzymatic hydrolysis: Synthesis and consumable cost
evaluation
Sci. Stud. Res. Chem. Chem. Eng.
Biotechnol. Food Ind. (scopus; first author); 2015, 16 (1).
Patent
• 2019
— Komposisi Bahan Bakar Campuran Minyak Tanah, Etanol Dan Air Dalam Larutan
Homogen Satu Fasa
Paten; Granted IDP000087301.
• 2019
— Komposisi Bahan Bakar Campuran Bensin Pertalite/Pertamax, Etanol Dan Air
Dalam Larutan Satu Fasa
Paten; Granted IDP000087302.
• 2019
— Komposisi Etanol Berair, Biodiesel (Come), Dan Diesel Dalam Emulsi Stabil
Paten; | Granted IDS000005611.
• 2020
— Metode Pembuatan Antiseptic/Hand Sanitizer Berbasis Etanol Dari Arak Cap
Tikus Aren Dengan Penambahan Citrus Microcarpa Oils
Paten; Granted No Paten: IDS000004501
(komersial).
• 2023
— Komposisi Bensin (RONs 88), Etanol Dan Air Dalam Emulsi Stabil Pada Suhu
Rendah
Paten; Granted IDS000008783.
• 2025
— Metode Pembuatan Etanol dari Arak
Paten; Granted IDS000009298.
• 2026
— Metode dan komposisi bahan bakar campuran etanol-biodiesel-air serta etanol
berair-biodiesel-diesel
Paten; Granted IDP000105846.
• 2026
— Formulasi bahan bakar campuran etanol 99%-Bensin RON90-Metil ester asam lemak
satu fasa
Paten; Granted IDS000014653.
Pengalaman Organisasi
1. HIMPUNAN MAHASISWA JURUSAN (HMJ) FPMIPA IKIP MANADO — KETUA HMJ; 1993-1995; FISIKA
2. SENAT MAHASISWA FPMIPA — ANGGOTA; 1990-1993; FPMIPA IKIP MANADO
3. IA ITB SULUT — KETUA DEPT. IPTEK; 2007-SEKARANG; MANADO
4. TIMDA BAHAN BAKAR NABATI — KETUA; 2007-SEKARANG; MANADO
5. MASYARAKAT ENERGI TERBARUKAN INDONESIA-ANGGOTA; 2026; MANADO