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{{rapikan|date=19 Maret 2013}}
{{rapikan|date=19 Maret 2013}}


{{Infobox person
{{Infobox person
| name = Eniya Listiani Dewi
|name = Eniya Listiani Dewi
|image = Prof. Dr-Eng. Eniya Listiani Dewi, B.Eng., M.Eng.jpg
| other_names =
|caption = Prof. Dr-Eng. Eniya Listiani Dewi, B.Eng., M.Eng - Deputi Kepala BPPT Bidang TIEM
| ethnicity =
| birth_date = 14 Juni 1970
|other_names =
| birth_place = [[Magelang]]
|ethnicity =
| residence = [[Indonesia]]
|birth_date = {{birth date and age|1974|06|14}}
| citizenship = [[Indonesia]]
|birth_place = [[Magelang]]
| occupation = [[Ilmuwan]]
|residence = [[Indonesia]]
| networth =
|citizenship = [[Indonesia]]
| spouse =
|occupation = [[Ilmuwan]]
| children =
|networth =
|spouse =
|children =
}}
}}


'''Dr. Eng. Eniya Listiani''' ({{lahirmati|[[Magelang]]|14|06|1970}}) adalah salah satu [[ilmuwan]] wanita [[Indonesia]]. Beliau adalah alumnus S1-S3 dari [[Waseda University]] di [[Jepang]]. Program S1 di Waseda University ditempuh dengan menggunakan beasiswa dari Science and Technology Advance Industrial Development (STAID) [[Kementerian Negara Riset dan Teknologi]]. Putri pasangan pasangan Hariyono (alm) dan Sri Ningsih ini juga mendapat beasiswa di perguruan tinggi yang sama melalui lembaga lain. Beliau menempuh waktu 10 tahun untuk menyelesaikan program S1-S3 dari tahun [[1993]]-[[2003]]. Eniya Listiani meraih penghargaan dari The [[Habibie]] Center, pada [[30 November]] [[2010]] sebagai peneliti [[Badan Pengkajian dan Penerapan Teknologi]] (BPPT). Eniya merupakan penerima Habibie Award atau [[Anugerah Habibie]] termuda sepanjang sejarah Habibie Award. Penghargaan ini dikantunginya bersama dengan 19 penghargaan lain, baik dari Indonesia maupun dari Jepang, karena keberhasilannya menemukan katalis baru untuk sel bahan bakar. Eniya menerima Habibie Award 2010 di ilmu rekayasa.
'''Prof. Dr. Eng. Eniya Listiani Dewi''' ({{lahirmati|[[Magelang]]|14|06|1974}}) adalah salah satu [[ilmuwan]] wanita [[Indonesia]]. Ia adalah alumnus S1-S3 dari Waseda University ([[Universitas Waseda]]) di [[Jepang]]. Program S1 di Waseda University ditempuh dengan menggunakan beasiswa dari Science and Technology Advance Industrial Development (STAID) [[Kementerian Negara Riset dan Teknologi]]


==Penemuan Eniya Listiani ==
== Karier ==


# '''Kepala Bidang''' Pengembangan Sumber Daya Energi Baru dan Terbarukan – PTPSE – TIEM BPPT (22 Februari 2014 s.d. 20 Juli 2014)
Salah satu karya yang mengawali kiprahnya di bidang sel bahan bakar adalah penemuan katalis baru untuk sel bahan bakar. Polimer yang terbentuk menjadi terdiri dari 10 penyusun, padahal harusnya ada 2 penyusun. Dari hasil karya tersebut, perempuan yang menyelesaikan gelar doktor dari Fakultas Aplikasi Kimiawi, Polimer, Katalis dan Sel Bahan Bakar Waseda University, Jepang ini meraih beragam penghargaan, termasuk Mizuno Awards dan Koukenkai Awards dari Waseda University dan Polymer Society Japan pada tahun [[2003]]. Katalis baru temuan Eniya itu telah membuat terobosan zinc-air fuel cell (ZAFC). Yakni, suatu [[generator]] penghasil listrik berbahan bakar [[logam]] dan [[oksigen]].
# '''Direktur''' Pusat Teknologi Material – PTM – TIEM BPPT (21 Juli 2014 s.d. 27 September 2015)
# '''Deputi Kepala BPPT''' Bidang Teknologi Agroindustri dan Bioteknologi (28 September 2015 s.d. 5 Februari 2018)
# '''Deputi Kepala BPPT''' Bidang Teknologi Informasi Energi dan Material (5 Februari 2018 s.d sekarang)
# '''Komisaris Utama''' PT Garam Persero (29 Desember 2017 s.d sekarang)


== Prestasi ==
Hasil risetnya dipublikasikan di delapan jurnal internasional dalam waktu tiga tahun. Temuan tersebut lantas diakui dunia. Eniya mendapatkan penghargaan Mizuno Award dan Koukenkai Awards dari Waseda University dan Polymer Society Japan pada 2003. Teknologi [[sel bahan bakar]] merupakan sumber [[energi]] alternatif penghasil [[listrik]] yang ramah lingkungan. Cara kerjanya, mereaksikan gas hidrogen dengan oksigen berdasar prinsip elektrokimia. Hasilnya adalah listrik, panas, dan air murni. Tanpa suara, tanpa emisi, layaknya baterai atau aki. Fuel cell memang tidak meninggalkan emisi. Hasil buangnya hanya berupa air murni. Prinsip fuel cell mirip dengan [[baterai]] atau [[aki]]. Bedanya, energi baterai dan aki bisa “habis”, sedangkan energi fuel cell tidak akan habis asal diisi dengan bahan bakar. Sebagai bahan bakar, diisikan [[hidrogen]], [[alkohol]] (metanol, etanol), dan [[hidrokarbon]] lain. Penelitiannya di bidang fuel cell telah dipublikasikan di jurnal dan makalah internasional serta dalam negeri. Jumlahnya lebih dari 160 judul. Dia juga telah mematenkan temuan tersebut di enam hak kekayaan intelektual. Empat paten miliknya juga masih diproses.
{| class="wikitable"
|'''No'''
|'''NAMA BINTANG/ SATYALANCANA/PENGHARGAAN/'''


'''PRESTASI'''
Karya terbarunya adalah ThamriON, sebuah membran sel bahan bakar temuannya yang baru saja mendapatkan penghargaan Inovasi Paten dari Ditjen HKI 2010. ThamriON tersebut adalah membran sel bahan bakar yang terbuat dari plastik yang direaksikan dengan [[asam sulfat]]. Karena telah direaksikan, maka plastik bisa menghantarkan listrik. Teknologi sel bahan bakar dan bahan pendukung lain hasil risetnya di kembangkan 80 persen dari material lokal, sehingga biayanya lebih murah. Dengan proses manufaktur secara mandiri, sel bahan bakar yang tersebut telah diterapkan untuk menyalakan perangkat elektronik dan sepeda motor dengan kapasitas 500 Watt. Untuk mengembangkan proses produksi dan penyimpanan bahan bakar, Eniya bekerja sama dengan berbagai pihak. Diantaranya adalah Fakultas Teknik Kimia [[Universitas Gadjah Mada]], Pusat Teknologi Bioindustri, industri polimer dan baterai.
|'''TAHUN'''


'''PEROLEHAN'''
==Referensi==
|-
*http://m.merdeka.com/profil/indonesia/e/eniya-listiani-dewi/
|1
*http://www.tokohindonesia.com/tokoh/article/283-direktori/3215-eniya-listiani-dewi
|[[General Electric]] Inspiring Woman in STEM Award
*http://www.jpnn.com/read/2010/12/03/78705/Eniya-Listiani,-Ibu-Tiga-Anak-yang-Penelitian-Langkanya-Berbuah-Habibie-Award-2010
|2019
*http://ns1.radarlampung.co.id/read/radar/berita-foto/26407-eniya-listiani-ibu-tiga-anak-yang-penelitian-langkanya-berbuah-habibie-award-2010
|-
*http://sains.kompas.com/read/2009/08/26/09484889/Eniya.Membuka.Jalan.ke.Kota.Hidrogen
|2
*http://bola.fajar.co.id/read/111117/127/index.php
|BJ Habibie Teknologi Award Bidang Teknologi Energi
|2018
|-
|3
|72 Ikon Prestasi Indonesia Bidang Sains dan Teknologi
|2017
|-
|4
|[[Satyalancana Wira Karya]] 2016
|2016
|-
|5
|“Pahlawati” Orkestra bidang Riset dan Teknologi
|2016
|-
|6
|Soegeng Sarjadi Award

Ilmuwan Berprestasi Bidang Ilmu dan Rekayasa
|2014
|-
|7
|[[Satyalancana Karya Satya]] XX
|2013
|-
|8
|Indonesia 43’s Populer Person
|2013
|-
|9
|Duta Iptek Indonesia 2012

Adyawiyasapalwija Award
|2012
|-
|10
|Kartini Awards 2011
|2011
|-
|11
|Pegawai Berprestasi BPPT 2010
|2010
|-
|12
|The HABIBIE AWARD 2010

Implementation of Science and Engineering
|2010
|-
|13
|Patent Inovation Award (2nd) 2010

Patent entitled “Produksi Membran Nanokomposit Butadiene-Styrene Tersulfonasi (sABS) untuk Elektrolit Padat Baru Proton Exchange Membrane Fuel Cell (PEMFC)”
|2010
|-
|14
|Top Achievement Women

Special edition of Gatra April 2010
|2010
|-
|15
|[[Satyalancana Karya Satya]] X Tahun
|2009
|-
|16
|Asia Excellence Award

Presented paper entitled “Entering the Hydrogen Economy using Natural Resources” at the 58th SPSJ Annual Meeting, Kobe Japan
|2009
|-
|17
|8 Inspiring Women Indonesia Award

Technology Award
|2009
|-
|18
|100’s Innovation of Technology

Special edition of Gatra Agustus 2009
|2009
|-
|19
|9 Inspiring Women
|2009
|-
|20
|Ristek-Medco Energy Award (2nd)

Product: “Produksi Biohidrogen dari Limbah Biomassa untuk menghasilkan Listrik”, SK Menteri Negara Riset dan Teknologi, no: 167/M/Kp/VIII/2008.
|2008
|-
|21
|ASEAN Outstanding Engineering Achievement Award (1st)

Prototype multi-cell Polymer Electrolyte Membrane Fuel Cell (PEMFC) at 24th CAFEO, Kuala Lumpur, Malaysia.
|2006
|-
|22
|PII-Engineering Award; AdikaraRekayasa Engineering (2nd)

Prototype single cell Polymer Electrolyte Membrane Fuel Cell (PEMFC) with local contents >80%.
|2006
|-
|23
|6 Inspiring Women

Kartini special edition of Az-Zikra April 2006
|2006
|-
|24
|Asean Young Science and Technology Awards (AYSTA) (Finalist)

''Finalist,'' “Electrocatalysis Polynuclear Complex in Fuel Cell Technology”
|2005
|-
|25
|Indonesia Inspiring Women　Program

Live TV of Biography on September 2004
|2004
|-
|26
|Indonesia Young Best Scientist Award XII (1st)

''Peneliti Muda Terbaik bidang Teknik dan Rekayasa'', dengan makalah “Manufacture of Zinc-Air Fuel Cell with Polynuclear Catalyst Complexes and Polyelectrolyte Sulfonium Membrane Separator”
|2004
|-
|27
|KOUKENKAI Award

Excellent publication for doctoral student from Polymer Chemistry Department, Waseda University Tokyo Japan
|2003
|-
|28
|MIZUNO Award

Excellent doctoral student from Waseda University, Tokyo Japan, with thesis entitled “Oxygen Battery Using Multi-Electron Transfer Process of µ-Oxo Polynuclear Complexes”
|2003
|-
|29
|Presentation Awards (1st)

Synthesis and Multi-electron Transfer Process of a Decanuclear Vanadium Complex
|1999
|-
|30
|Poster Presentation Award (1st)

The Structure Properties of Dioxygen Multi-electron Reduction Process by Modified Electrode of Vanadium Polynuclear Complex
|1999
|}

== Publikasi ==
{| class="wikitable"
|'''Peran'''
|'''Prestasi'''
|-
| rowspan="2" |'''Penulis Buku'''
|Towards Bright and Brilliant Indonesia, LIPI Press, 2005, <nowiki>ISBN 979-3673-60-5</nowiki>
|-
|Mengerti Teknologi Fuel Cell dan Hidrogen, Pusat Teknologi Material, Lingkar Graphic Press, 2010, <nowiki>ISBN 978-602-95555-2-3</nowiki>
|-
| rowspan="7" |'''Penyunting Buku'''
|Perspektif, Potensi dan Ketahanan Energi Indonesia, Tempo, 2018, ISBN 978-602-6773-25-8
|-
|Buku Rekomendasi KTN 2016, ISBN : 978-602-410-049-0
|-
|Buku Rekomendasi KTN 2017, ISBN 978-6-02-410-104-6
|-
|Outlook Kesehatan 2017, <nowiki>ISBN 978-602-410-100-8</nowiki>
|-
|Outlook Kesehatan 2016, <nowiki>ISBN 978-602-95911-2-5</nowiki>
|-
|Outlook Pangan 2016, <nowiki>ISBN 978-602-74844-0-5</nowiki>
|-
|Buku 5 Windu BPPT, Gelombang Transformasi Teknologi Nasional, <nowiki>ISBN 978-602-6773-26-5</nowiki>
|-
| rowspan="7" |'''Inventor (Paten dan Merek)'''
|“Produksi Membran Nanokomposit Butadiene-Styrene Tersulfonasi (sABS) untuk Elektrolit Padat Baru Proton Exchange Membrane Fuel Cell (PEMFC)” (Hak PATEN ID P0029728), dipatenkan menjadi ThamriON<sup>®</sup> (Hak MERK D002010022086); 2012
|-
|Sistim Produksi Bio Hidrogen sebagai Bahan Bakar yang menghasilkan Listrik

(Hak Paten IDP00032048); 2012
|-
|Peralatan Fuel Cell Berbahan Bakar Cairan Langsung (Hak PatenIDP0031716) dipatenkan menjadi Kit edukasi DMFC (Hak Merek IDM 000326227); 2012
|-
|Aplikasi material maju untuk Fuel Cell sebagai energi baru terbarukan : Orasi Pengukuhan Profesor Riset Bidang Teknologi Proses Elektrokimia, BPPT, 2016. <nowiki>ISBN 978-6-02-955556-1</nowiki>
|-
|Oxidation Polymerization Using 4-Electron Reduction of Dioxygen, Waseda University,1998
|-
|Multi-Electron Transfer Process of µ-Oxo Vanadium Complex and 4-Electroreduction of O<sub>2</sub>, Waseda University, 2000
|-
|Oxygen Battery Using Multi-Electron Transfer Process of µ-Oxo Polynuclear Complexes, Waseda University, 2003
|-
| colspan="2" |'''Publikasi ilmiah''' sejak tahun 1998-2018: 211 buah
|-
| colspan="2" |'''Jurnal internasional''' :

# Preliminary Study of using Palm Oil Mill Effluent to produce Bio Hydrogen as Biofuel. Prasetyo Joni, Febijanto Irhan, Murti S.D. Sumbogo and Dewi Eniya L. Research Journal of Chemistry and Environment. Vol. 22(Special Issue II) August (2018)
# Enhanced photocatalytic activity of Pt deposited on titania nanotube arrays for the hydrogen production with glycerol as a sacrificial agent. Slamet, Ratnawati, Jarnuzi Gunlazuardi, Eniya Listiani Dewi. International Journal of Hydrogen Energy, Volume 42, Issue 38, 21 September 2017, Pages 24014-24025<span lang="EN-US">Peran</span>
# Synthesis and chara cterization of uniform-sized cubic ytterbium scandium co-doped zirconium oxide (1Yb10ScSZ) nanoparticles by using basic amino acid as organic precursor. Raharjo J, Ali SAM, Arjasa OP, Bakri A, Damisih, Dewi EL, Muchtar A, Somalu MR. International Journal of Hydrogen Energy. 2017; vol. 42 issue 14: p 9274-9283.
# Effect of concentration on biohydrogen production in a continuous stirred bioreactor using biofilm induced packed-carrier. Zulaicha DH, Chen CY, Rachman MA, Purwanto WW, Dewi EL, Lin CY. International Journal of Hydrogen Energy. 2016; vol. 41 issue 46: p.&nbsp;21649-21656.
# Enhancing strategy on renewable hydrogen production in a continuous bioreactor with packed biofilter from food industry wastewater. Chen YC, Zulaicha DH, Dewi EL, Purwanto WW, Priyanto U. International Journal of Hydrogen Energy. 2016; 4(7): 4404–4412.<span lang="EN-US">Peran</span>
# An Investigation of Surface Segregation in Pt-Co Nanoparticles. Budiman H, Dewi EL, Purwanto WW. Sains Malaysiana Journal (2016) ''inpress''; 2016.<span lang="EN-US">Peran</span>
# Effect of NaBF4 addition on the anodic synthesis of TiO2 nanotube arrays photocatalyst for production of hydrogen from glycerol-water solution. Ratnawati, Jarnuzi G, Dewi EL, Slamet. International Journal of Hydrogen Energy. 2014; 39: 16927-16935.
# Preparation of poly eter eter keton as alternative membrane for direct methanol fuel cell (DMFC). T.D. Kusworo, E.L. Dewi, D.K. Arti, A. Dhuhita, A.F. Ismail, M.N.A. MohdNorddin, and Budiyono. Middle East Journal of Scientific Research. 2013, 18(9):1240-1252.
# Influence of Composite Electrolyte Membrane for proton Exchange Membrane Fuel Cells, Dewi EL et.al. Procedia Chemistry. 2012; 4; 123-130<span lang="EN-AU">Towards Bright and Brilliant Indonesia, LIPI Press</span>
# Utilization of hydrogen gas production for electricity generation in fuel cell by Enterobacter aerogenes ADH43 with many kinds of carbon sources in batch stirred tank reactor. Rachman MA, Dewi EL, Liasari Y, Nasef MN, Ahmad A and Saidi H. African Journal of Biotechnology. 2012; 11(36): 8872-8879.
# Understanding adsorbated-induced surface segregation in PtCo/C Electrocatalyst. Budiman AH, Purwanto WW, Dewi EL, Rinaldy D, Bing JH. Asia Pacific Journal of Chemical Engineering. 2012; 7: 604-612.
# Activity enhancement of Carbon Supported PtCo Electrocatalyst trough Controlled Heat Treatment for Proton Exchange Membrane Fuel Cell Applications. Budiman AH, Purwanto WW, Dewi EL, Rinaldy D, and Bing JH. International Journal of Chemical Engineering. 2011; 3(2): 125-133.
# Synthesis and Characterization of Nafion-SiO2 Composite Membranes as an Electrolyte for Medium Temperature and Low Relative Humidity. Mahreni, Dewi EL, Marnoto T, Pawignyo H, Subagyo P, Sulistyowati E. International Journal of Science and Engineering. 2011; 2(2); 48-53.
# The Effect of Reaction Time on the Quality of Hydrogen and Carbon Nanotubes Produced trough Catalytic Decomposition of Methane. Wulan PPDK, Purwanto WW, Muharam Y, Shafa S, Dewi EL. Journal of Sustainable Energy and Environment. 2011; 2(1): 7- 10.
# Simple Sulfonation Method of Composite 68% Sulfonated Polyether-Ether Keton and It’s Properties as Polyelectolyte in High Temperature Direct Methanol Fuel Cell. Handayani S, Dewi EL, Purwanto WW, Sumantojo RW. World Applied Science Journal. 2010; 9(11): 1206-1212.
# Increasing Ionic Conductivity by Moisture Absorbing Nanoparticle on Modified Sulfonated Polyether-ether Ketone Membrane for Direct Methanol Fuel Cell. Handayani S, Dewi EL, Hartanto S, Purwanto WW, Sumantojo RW. ISTECS Journal. 2007; X: 79-89.
# Electrocatalysis of Dioxygen Reduction by a µ-oxo Decavanadium Complex in Alkaline Medium and Its Application to A Cathode Catalyst in Air Batteries. Dewi EL, Oyaizu K, Nishide H, Tsuchida E. Journal of Power Sources. 2004; 130: 286-290.
# Cationic Polysulfonium Membrane as Separator in Zinc-Air Cell. Dewi EL, Oyaizu K, Nishide H, Tsuchida E. Journal of Power Sources. 2003;115: 149-152.
# Four Electron Reduction of Dioxygenat Very High Potential Catalyzed by a Decavanadium Complex. Dewi EL, Oyaizu K, Tsuchida E. Inorganic Chimica Acta. 2003; 342: 316-318.
# Ion-exchange and Apparent Diffusion Coefficients of Cationic Polysulfonium Coatings Containing Ferriyanide. Dewi EL, Nakano H, Oyaizu K,Nishide H, Tsuchida E. Journal of Macromolecule Science, Pure and Application Chemistry. 2003; A40: 37-47.
# Coordination of BF4- to Ovovanadium(V) Complexes Evidenced by the Redox Potential of Oxovanadium (IV/V) in CH2Cl2. Oyaizu K, Dewi EL, Tsuchida E. Inorganic Chemistry.2003; 42: 170-175.
# Structure and redox properties of a novel decavanadium cluster [(V=O)10(µ2-O)9(µ3-O)3(C5H7O2)6] in dichloromethane. Oyaizu K, Dewi EL, Tsuchida E. Journal of Electroanalytical Chemistry. 2001; 498(1-2): 136-141.<span lang="EN-AU">Towards Bright and Brilliant Indonesia, LIPI Press</span>
# A µ-Oxo Diiron(III) Complex with a Short Fe-Fe Distance: Crystal Structure of (µ-Oxo)bis[N, N’-o-phenylenebis (salicylideneminato) iron(III)]. Oyaizu K, Dewi EL, Tsuchida E. Inorganica Chimica Acta. 2001; 321: 205-208.<span lang="EN-AU">Towards Bright and Brilliant Indonesia, LIPI Press</span>
# Catalysis of the Electroreduction of O2 to H2O by Vanadium-salen Complexes in Acidified Dichloromethane. Tsuchida E, Oyaizu K, Dewi EL, Imai T, Anson FC. Inorganic Chemistry. 1999; 38: 3704-3708.<span lang="EN-US">Peran</span>

'''PROSIDING/ KONFERENSI INTERNASIONAL'''

1. Tahta MK, Mirzan TR., '''Dewi EL'''. The performance of Single Proton Exchange Membrane Fuel Cell using Modified Catalyst Pt/C and Pt-Co/C. Proceedings International Symposium of Fukuoka University; Fukuoka; 2014.

2. '''Dewi EL''', Lies AW, Joni P, Adiarso. Technical Challenges in the Field of Renewable Energy, Fuel Cell, Hydrogen Technology and Nuclear Energy, "Fuel Cell, Hydrogen Development and the Perspective of its Applications". French Indonesian Seminar 2014; 2014 October 14-16; Jakarta, Indonesia.

3. '''Dewi EL''', Oka PA, Jarot R, Zulaicha, Adiarso.The assessment and application of Fuel Cell for Electricity and Transportation. International Symposium Focusing on Multi-Diciplinary Fusion of Physics, Chemistry, Bioscience, and Green Science; 2014 December 1-2; Shizuoka, Japan.

4. '''Dewi EL''', Joni P, Siti Z, Kurniawan. Implementation of Bioethanol in Fuel Cell on Direct Ethanol Fuel Cell (DEFC) System. The 4th International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2013); 2013 October 9-11; Yogyakarta.

5. Yuwana P, '''Dewi EL''', Kurniawan, Herri S. Energy Efficiency of PEM Fuel Cell 1&nbsp;kW Systems Based on Backup Power System. The 4th International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2013); 2013 October 9-11; Yogyakarta.

6. Diah K, Joni P, '''Dewi EL'''. Study of Saccarification and Fermentation of Biological Treatment System Empty Bunch Palm Oil Targeting for Biofertilizer and Biohydrogen. The 4th International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2013); 2013 October 9-11; Yogyakarta.

7. ''' Dewi EL'''. ''et. al''. The Influence of Polyaniline on the Mechanical and Electrical Properties of Carbon-based ABS Composite for Bipolar Plates, Proceeding ofthe International Conference on Innovation in Polymer Science and Technology; 2012 October 27-31; Jakarta.

8. ''' Dewi EL''' ''et. al''. Comparison of Polystyrene and Polypropylene Composite Bipolar Plates for PEM Fuel Cell. The 3rd International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2011); 2011 November 22-23; Kuala Lumpur, Malaysia: P23-01 - P23-07.

9. ''' Dewi EL'''. Ion Transfer Mechanism in Fuel Cell Technology for Eco Electricity. Proceeding of 2011 Indonesian-American Kavli Frontiers of Science Symposium; 2011July 9-11; Bogor: 1-6.

10. '''Dewi EL'''. Cost Implementation Studies of Hydrogen in Indonesia, The 3rd International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2011); 2011 November 22-23; Kuala Lumpur, Malaysia: P24-01 - P24-11.

11. ''' Dewi EL'''. Polymeric Materials for New Type Fuel Cells, GIST-WCU/Waseda-GCOE Joint International Symposium on Nano- and Meso-scopic Material and Chemistry; 2011 November 12; Tokyo, Japan.

12. ''' Dewi EL'''. Possibility of Fuel Cell and Hydrogen Technology's Developments in Indonesia. Proceedings of the International Conference on Materials Science and Technology ICMST 2010 (Materials Science & Technology Research and Development of Advanced Materials for a Better Future - PTBIN BATAN & MRS-INA Press); 2011; Tangerang Selatan: 39-49.

13. Dewi KA, Lies AW, '''Dewi EL'''. Polystyrene Composite Bipolar Plates for PEM Fuel Cell: Synthesis and Characterization. Proceedingof the 1st ACIKITA International Conference of Science and Technology (AICST); 2011; Jakarta: 133-140.

14. ''' Dewi EL''', Dewi KA. Polymeric Thermoplastics Composite Bipolar Plate for PEM Fuel Cells. Proceeding of 1st ICME and 3rd AUN/SEED Net Regional Conference on Materials; 2011 February 1-2; Yogyakarta.

15. '''Dewi EL'''. Synthesis and Multi-Electron Transfer Characterization of m-Dioxo Vanadium Metal Complexes as Cathode Catalyst Material. Proceeding of the 12th International Conference on QIR (Quality in Research); 2011 July 4-7; Bali, Indonesia: E, 1149-1156.

16. Handayani S, '''Dewi EL'''. Influence of Silica Sulfonated Polyether Ether Keton as Polymer Electrolyte Membrane for Hydrogen Fueled Proton Exchange Membrane Fuel Cell. Proc. 8th International Conference on Membrane Science and Technology; 2010; Bandung: A31, 161-167.

17. Rachman MA, '''Dewi EL'''. Enhancement of Hydrogen Gas (H2) by Using Ceramic Membrane to Enterobacter Aerogeneses ADH-43 Fermentation and Simultaneous Utilization for Proton Exchange Membrane Fuel Cell. Proc. 8th International Conference on Membrane Science and Technology; 2010; Bandung: B-16, 281-286.

18. Budiman AH, Purwanto WW, '''Dewi EL''', Rinaldy D, Bing JH. Atomic Distribution of PtCo/C Nanoparticles as Investigated by X-ray Absorption Spectroscopy. Proc. International Conference Material Science and Technology; 2010.

19. Hendro SST, Azwar M, '''Dewi EL'''. Mechanical Characterization of ABS Polymer Containing Graphite Carbon on Fuel Cell Bipolar Plate. Proceeding of 1st International Seminar on Fundamental and Application of Chemical Engineering; 2010 Nov 3-4 : J002-1-J002-18.

20. '''Dewi EL''', Liana C, Handayani S. Conductivity Analysis of Modified Polyelectrolyte ABS using Poly-ether Ether Keton'''.''' Proc. The 1st International Seminar on Fundamental and Application of Chemical Engineering; 2010.

21. '''Dewi EL'''. Development of Components Fuel Cell and Its Application in Indonesia: Sulfonated ABS as Hydrocabon Polymer Electrolyte Membrane.Proc. International Hydrogen Energy Development Forum; 2010; Fukuoka, Japan: 1-6.

22. '''Dewi EL''', Rachman MA, Agus HSW. Natural Resources for Electrical Production using Fuel Cell Technology. Proc. The 1st FAPS Polymer Congress; 2009 October 20-23; Nagoya, Japan: 21D06, 116.

23. '''Dewi EL'''. Entering the Hydrogen Economy using Natural Resources. 58th SPSJ Annual Meeting; 2009 May 27-29; Kobe, Japan (Polymer Preprints Japan.2009; 58(1): p.&nbsp;114, 1G12ILA).

24. '''Dewi EL''', Handayani S. Characterization of Nanosilica Modified Sulfonated Acrylonitrile-Buadiene-Styrene Membrane as Novel Polyelecrolyte for Alternative Hydrogen Fuel Cells Application. Proc. 2nd International Conferences on Advanced Materials and Practical Nanotechnology (2nd ICAMPN); 2009: 30-34.

25. '''Dewi EL''', Lies AW, Handayani S. Characterization of Nanosilica Modified Sulfonated Acrylonitrile-Butadiene-Styrene Membrane As Novel Polyelectrolyte for Alternative Hydrogen Fuel Cells Applications.Proc. Sriwijaya International Symposium of Energy; 2009: BVII-1-6.

26. Handayani S, '''Dewi EL'''. Characterization of Zeolite/Sulphonated Polyether-ether Ketone for Solid Polymer Electrolyte Fuel Cell. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 186-192.

27. Liana C, Handayani S, '''Dewi EL'''. Proton Conductivity of Sulfonated Acrylonitrile Butadiene Styrene Membrane. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 180-185.

28. Kurniawan, Lies AW, '''Dewi EL'''. Effect of Humidification and Temperature on 7 Cells Stack PEMFC Performance. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 175-179.

29. Iqbal H, Ganesha TC, Oka PA, '''Dewi EL'''. Hybrid System Prototipe for Home Base Power Generator. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 170-174.

30. Ratno N, '''Dewi EL''', Kurniawan, Anton R. Electrical Contol in Hydrogen and Oxygen Gases Flow in 500W PEMFC. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 165-169.

31. Budiman AH, Purwanto WW, '''Dewi EL'''. Effect of Heat Treatment Pt-Co/C Electrocatalyst on their Acticity and Stability. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 132-137.

32. Oka PA, '''Dewi EL''', Agus HSW, Maurizio F. Steady State Simulation of Biomass Integrated Gasification/Gas Turbine MCFC Using CAPE-Open Interface. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 120-126.

33. Asep R, '''Dewi EL'''. Thionylsulfonation Process for Synthesis of Sulfonated Acrylonitrile Butadiene Styrene Membrane. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 68-73.

34. Rachman MA, '''Dewi EL'''. Biohydrogen for Fuel Cell Applications. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 6-12.

35. Anis N, Widajanti W, '''Dewi EL'''. Nanoparticles Effect on Performance and Efficientcy of Single Stack Proton Exchange Membrane (PEM) Fuel Cell. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 66-73.

36. Anis N, Widajanti W, '''Dewi EL'''. Determination of optimum Condition and Mass Transfer Hydrogen for Single Stack Proton Exchange Membane (PEM) Fuel Cell; Supported Pt/C as Electrocatalysis. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 193-199.

37. Tjutjuk I, '''Dewi EL'''. Synthesis of Graphite Composite Using Thermosetting Resin for Graphite Bipolar Plate Separator of Fuel Cell. International Conference on Advanced and Sustainable Polymer; 2008 August 4-5; Bandung.

38. Budiman AH, Purwanto WW, Rinaldy D, '''Dewi EL'''. Material Combination for Cathode PEMFC Electrocatalyst Development: A Review, International Conference on Advanced and Sustainable Polymer; 2008 August 4-5; Bandung.

39. ''' Dewi EL'''. Nanotechnology for Higher Efficience Power Density of Fuel Cell. Proceeding of Asia Nanotech Camp Program; 2008 February 13; Tokyo Institute of Technology, Japan: P25.

40. ''' Dewi EL'''. Nanotechnology at Fuel Cell Materials: The theorethical Approach of Carbon Nano Materials as Advance Supporting Carbon in Fuel Cell Electrode. Proceeding of Asia Nanotech Camp; 2008 February 5; Tsukuba, Japan: S32.

41. ''' Dewi EL''', Arief U, Nurul TR. Current Status of Indonesian Nanotechnology Development. Proceedings of Asia Nanotech Workshop for Young Scientist (ANWYS) on International Nanotechnology Exhibition and Conference 2008 - Session 3 Asian Young Researchers' Perspective on Nanotechnology; 2008 February 15; Tokyo, Japan.

42. '''Dewi EL'''. Nanotechnology Based Solution for Social Safety and Environmental Problem: Design Project. Proceedings of Asia Nanotech Camp Symposium; 2008 February 20; Nagoya, Japan.

43. '''Dewi EL''', Handayani S. Fabrication and Characterization of Sulphonated ABS-SiO<sub>2</sub> Composite Membrane for Solid Electrolyte Fuel Cell. Proceeding on International Seminar on Chemistry 2008; 2008 October 30-31; Bandung: OP032, 66, 169-174.

'''44. ''' Handayani S, '''Dewi EL'''. Proton Transport Properties at High Temperature of Sulfonated polyether-ether ketone Membrane for Direct Methanol Fuel Cell Application Proceeding on International Seminar on Chemistry 2008; 2008 October 30-31; Bandung: OP028, 62,152-156.

45. '''Dewi EL'''. A Key of Good MEA Preparation Methods and Single Stack Proton Exchange Membrane Fuel Cell Test Using Hydrogen as Fuel. Proceeding Sriwijaya International Seminar on Energy Science & Technology (SISETS 2008); 2008 November 5-6; Palembang: FC08, 42.

46. '''Dewi EL''', Lies W, Agus HSW. Using Fuel Cell for Replacing Petroleum Uses. Proceeding Sriwijaya International Seminar on Energy Science & Technology (SISETS 2008); 2008 November 5-6; Palembang: FC09, 43.

47. '''Dewi EL'''. New Materials for Fuel Cell Development. Proceedings of 1st International Conferences on Chemical Sciences (ICCS-2007); 2007 May 24-26; Yogyakarta: 95 (1-8).

48. '''Dewi EL'''. Loading Catalyst Influence on Direct Methanol Fuel Cell Power. Proceedings of 3rd International Conference on Product Design and Development (IPDD) 2007; 2007 December 12-13; Yogyakarta: VIII-1.

49. Wahyu W, '''Dewi EL'''. Development of Discharge System for Fuel Cell Power Analsys. Proceedings of 3rd International Conference on Product Design and Development (IPDD); 2007 December 12-13; Yogyakarta: III-23.

50. '''Dewi EL'''. Development of Fuel Cell Technology. International Workshop Proc. The 2007 Conference on Solid State Ionics (in conjuction with Scientific Gathering on the International Joint Research Program), 2007 August 1-3; Serpong.

51. '''Dewi EL'''. The Effect of Moisture Absorbing Particles on Methanol Permeability of Modified Nafion Membrane in Fuel Cells. Proceedings, 3'''<sup>rd</sup>'''Regional Symposium on Membrane Science and Technology, 2005 April 26-27; Bandung.

52. '''Dewi EL'''. Sintesa Membran Elektrolit Padat non-Fluorine Acrylonitril-acrylamide sulfonic acid sebagai Elektrolit Padat dalam Direct Methanol Fuel Cell, Proceedings of Seminar and Congress on Indonesian Polymer Associations; 2005 November 22; Bandung.

53. '''Dewi EL''', Nakano H, Oyaizu K, Nishide H, Tsuchida E. Ion-exchange Properties of Polysulfonium Membranes. The International Congress on Membrane and Membrane Process, Proceedings; 2002 July 7-12; Toulouse, French.

54. Oyaizu K, '''Dewi EL''', Tsuchida E. Polythiophenylene Synthesis through Multi-Electron Transfer Processes, IUPAC World Polymer Congress 2002. Proceedings; 2002 July 7-12; Beijing, China.

55. Oyaizu K, '''Dewi EL''', Tsuchida E. Highly Efficient Oxygen Batteries Based on Multi-Electron Transfer to O<sub>2</sub>, 9th IUPAC International Symposium on Macromolecule-Metal Complexes, Proceedings; 2001 July 34; New York, USA.

56. '''Dewi EL''', Nakano H, Oyaizu K, Nishide H, Tsuchida E. The 50th Annual Meeting on Society of Polymer Science Japan (Polymer Preprints Japan. 2001; 50, 12, 2994, IIPh058).

57. '''Dewi EL''', Oyaizu K, Tsuchida E. The 50th Annual Meeting on Society of Polymer Science Japan (Polymer Preprints Japan. 2001: 50, 4, 676, II-H21).

58. '''Dewi EL''', Oyaizu K, Nakano H, Tsuchida E. Highly efficient oxygen batteries based on multi-electron transfer to oxygen. PACIFICHEM 2000, Proceedings; 2000 December 12-19; Hawaii, USA: 549.

59. Nakano H, '''Dewi EL''', Oyaizu K, Tsuchida E. Highly Permselective Anion-exchange Properties of Poly(phenylene sulfonium)s for Oxygen Battery Applications, Polycondensation 2000, Proceedings; 2000 Sept 18-21; Tokyo, Japan: 105,

60. Oyaizu K, '''Dewi EL''', Tsuchida E. Multi electron transfer of a decanuclear oxovanadium cluster and application to oxygen batteries, The 220th National Meeting of Am. Chem. Soc., Proceedings; 2000 Aug: Washington, USA.

61. '''Dewi EL''', Nakano H, Oyaizu K, Tsuchida E'''.''' The 50th Symposium on Coordination Chemistry of Japan.Proceeding; 2000: 288, 1P3-K09.

62. '''Dewi EL''', Oyaizu K, Tsuchida E. Synthesis and Multi-electron Transfer Process of a Decanuclear Vanadium Complex.8th IUPAC International Symposium on Macromolecule-Metal Complexes, Proceedings; 1999 Sept 5-9; Tokyo, Japan: 33, 88.

63. Oyaizu K, '''Dewi EL''', Tsuchida E. Catalysis of the Electroreduction of O<sub>2</sub> to H<sub>2</sub>O by Vanadium-salen Complexes. 8th IUPAC International Symposium on Macromolecule-Metal Complexes, Proceedings; 1999 Sept 5-9; Tokyo, Japan: 33, 89.

64. Oyaizu K, '''Dewi EL''', Anson FC, Tsuchida E. Electroreduction of Oxygen to Water by Vanadium Complexes, The 218th National Meeting of Am. Chem. Soc., Proceedings; 1999 Aug; Anaheim, USA.

65. '''Dewi EL''', Oyaizu K, Tsuchida E. The 76th Spring Meeting on Society of Chemistry Japan, Proceeding; 1999.

66. Oyaizu K, Imai T, '''Dewi EL''', Tsuchida E'''.''' The 76th Spring Meeting on Society of Chemistry Japan, Proceeding; 1999.

67. Oyaizu K, '''Dewi EL''', Tsuchida E'''.''' The 44th Annual Meeting on Society of Polymer Science Japan. Polymer Preprints Japan; 1998: 44.

68. '''Dewi EL'''. Electrochamical Studies of µ-Dioxo Dinuclear Vanadium Complexes.ISSM 1998 Symposium, Indonesian Students Forum for Science and Technology in Europe (ISTECS-Europe), Proceedings; 1999: 151-154.

69. '''Dewi EL''', Wahyu W. Japan Industrial Waste Dying Treatment Systems. Proc. TEKNO98 Symposium, Indonesian Students Forum for Science and Technology in Japan, Proceedings; 1998; VI.02, 266.

70. '''Dewi EL'''. The Novel Dioxovanadium(V) Complexes in Polymerization of Diphenyl Disulfide with Oxygen. First 1997 Symposium, Indonesian Students Forum for Science and Technology in Europe (ISTECS-Japan), Proceedings; 1997: 167-169.

'''JURNAL NASIONAL'''

71. Handayani S, Purwanto WW, '''Dewi EL''', Soemanto RW. Sintesis dan Karakterisasi Membran Elektrolit Polieter-eter Keton Tersulfonasi. Jurnal Sains Materi Indonesia. 2018, 8 (2): 129-133.

72. Handayani S, '''Dewi EL''', Purwanto WW, Soemantojo RW. Preparasi Membran Elektrolit Berbasis Poliaromatik untuk Aplikasi Sel Bahan Bakar Metanol Langsung Suhu Tinggi. Jurnal Sains Materi Indonesia. 2018, 8 (3): 192-197.

73. Lies AW, Dewi KA, '''Dewi EL'''. Karakterisasi Grafit Matriks Polistiren sebagai Material untuk Separator Proton Exchange Membrane Fuel Cell. Indonesian Journal of Materials Science. 2013; 14(2): 103-107.

74. Budiman AH, '''Dewi EL''', Purwanto WW, Dalimi R, Hwang BJ. Atomic Distribution of PtCo/C Nanoparticles as Investigated by X-ray Absorption Spectroscopy.Jurnal Sains Materi Indonesia.2010; Special Edition on Materials for Energy and Device:35-39.

75. Handayani S, '''Dewi EL.''' The Effect of Membrane Thickness of Hydrocarbon Composite Polymer to Fuel Cells Performances. Jurnal Sains Materi Indonesia. 2010; Special Edison on Materials for Energy and Device: 31-34.

76. Budiman AH, '''Dewi EL''', Purwanto WW, Dalimi R, Hwang BJ. Effect of PtCo/C Treatment on Performance of Single Cell PEM Fuel Cell. Jurnal Sains Materi Indonesia. 2010; 11(3):145-149.

77. Irwin GS, Wasinton S, '''Dewi EL'''. Pembuatan Membran Polimer Elektrolit Berbasis Polistiren Akrilonitril (SAN) untuk Aplikasi Direct Methanol Fuel Cell. Jurnal Natur Indonesia, Wacana Sains Indonesia. 2010; 13(1): 1-6.

78. Rachman MA, '''Dewi EL'''. Inovasi Teknologi Biohidrogen Dari Limbah Biomasa ke Energi Listrik dengan Teknologi Fuel Cell. Jurnal Teknologi Lingkungan. 2009; 10(3): 241-364.

79. '''Dewi EL'''. Sintesis dan Karakterisasi nanokomposit Membran ABS Tersulfonasi sebagai Material Polielektrolit. Jurnal Nanosains & Nanoteknologi. 2009; 2(1): 27-31.

80. '''Dewi EL''' and Oyaizu K. Electrocatalytic Reduction of Dioxygen and Electron Transfer of Chromium(V) Complex (Cr=O) Catalyst in Acidic Conditions, Jurnal Sains Materi Indonesia. 2008; 10(1): 76-80.

81. Handayani S, '''Dewi EL.''' Pengaruh Suhu Operasi Terhadap Karakteristik Membran Elektrolit Polieter-eter Keton Tersulfonasi. Jurnal Sains Materi Indonesia, 2008; Edisi Khusus Desember: 43-47.

82. '''Dewi EL''', Handayani S. Karakterisasi Komposit Hidrokarbon Polimer Tersulfonasi (sABS-Z) Sebagai Alternatif Polielektrolit Untuk Fuel Cell. Jurnal Sains Materi Indonesia, 2008; Edisi Khusus Desember: 1-4.

83. '''Dewi EL'''. Development of Local Components for Fuel Cell Technology'''.''' Journal Science and Materials Indonesia. 2007; 9(1): 57-66.

84. '''Dewi EL'''. A Half-Cell Investigation of DMFC’s Electrode Using Platinum Alloys. Indonesian Nanoletter. 2007; 2(1): 84-86.

85. Handayani S, Purwanto WW, '''Dewi EL''', Singgih H, Soemanto RW.Blending Polisulfon dengan Polieter-eter Keton Tersulfonasi untuk Sel Bahan Bakar Metanol Langsung. Jurnal Teknologi. 2007; 2(XXI): 85-164.

86. Handayani S, Purwanto WW, '''Dewi EL''', Soemanto RW. Sintesis dan Karakterisasi Membran Elektrolit Polyether Ether Keton Tersulfonasi. Jurnal Sains Materi Indonesia. 2007; 8(2): 129-133.

87. Handayani S, '''Dewi EL''', Purwanto WW, Soemanto RW. Preparasi Membran Elektrolit berbasis Poliaromatik untuk Aplikasi Sel Bahan Bakar Metanol Langsung Suhu Tinggi. Jurnal Sains Materi Indonesia. 2007; 8(3): 192-197.

88. Handayani S, '''Dewi EL''', Purwanto WW, Soemanto RW. Membran Komposit Polyeter Eter Keton yang Tersulfonasi-Zeolite untuk Aplikasi Sel Bahan Bakar Metanol Langsung. Jurnal Sains Materi Indonesia. 2007; 9(1): 52-56.

89. '''Dewi EL''', dan Rohmadi. Modifikasi Nafion dan Pengaruhnya terhadap Difusi CH<sub>3</sub>OH sebagai Elektrolit Padat Direct Methanol Fuel Cell.Jurnal Sains Materi Indonesia. 2007; 8(3): 198-204.

'''PROSIDING/PERTEMUAN NASIONAL'''

90. '''Dewi EL''', Dewi KA, Agus P N, Yuwana P, Kurniawan, Oka PA. Produksi Hidrogen Menggunakan Alkohol Pem Elektrolyser Dengan Aplikasi Ideal-Triple-Phase Interfacial Structure Pada MEA. Prosiding InSINAS Ristek 2012; 2012 November 29-30: EN12-EN15.

91. Agus PN, '''Dewi EL''', Yuwana P. Pengembangan Desain Stacking untuk meningkatkan kinerja Proton-exchange Fuel Cell Open Cathode sebagai aplikasi Backup Power. Prosiding InSINAS Ristek 2013; 2013 November 7-8.

92. '''Dewi EL'''. Possibility of Fuel Cell and Hydrogen Technology's Developments in Indonesia. Materials Science & Technology, PTBIN BATAN & MRS-INA Press, 1st edition; 2011: 39-49.

93. '''Dewi EL'''. Potensi Hidrogen sebagai Bahan Bakar untuk Kelistrikan Nasional, Proceedings Seminar Nasional Teknik Kimia Kejuangan-Pengembangan Teknologi Kimia untuk Pengolahan Sumber Daya Alam Indonesia; 2011: MU01-1 - MU01-6.

94. '''Dewi EL'''. Aplikasi 7 Cell Modul Polymer Electrolyte Membrane Fuel Cell dalam Sistim Elektrolisa Air dengan Sumber Energi Photovoltaic untuk Kota Hidrogen. Prosiding Modern Electrical Engineering Technology and Its Applications Seminars MEETAS; 2010: A1, 1-6.

95. '''Dewi EL''', Anis N. Nanokatalis Pt-Ru dan Pt-Co Berbasis Karbon untuk Aplikasi Elektroda pada Single Stack Fuel Cell Berbahan Bakar Hidrogen. Seminar Nasional dan Workshop Nanoteknologi ke-7; 2010 Mei 18; Serpong.

96. Ziko AA, J, Ratno N, '''Dewi EL''', Jarnuzi G. Pelapisan TiO<sub>2</sub> pada kaca ITO (Indium Tin Oxide) untuk aplikasi DSSC dengan metode elektroforesis.Seminar Nasional dan Workshop Nanoteknologi ke-7; 2010 Mei 18; Serpong.

97. '''Dewi EL'''. Aplikasi 7 cell Modul Polymer Electrolyte Membrane Fuel Cell dalam Sistim Elektrolisa Air dengan Sumber Energi Photovoltaic untuk Kota Hidrogen. Prosiding Modern Electrical Engineering Technology and Its Applications Seminar 2010; Bandung: 10.

98. '''Dewi EL,''' dkk. Ketahanan Katalis Pt-M (M=Co,Ru) sebagai Material Elektroda untuk PEM Fuel Cell Berbahan Bakar Hidrogen, Prosiding Seminar Nasional TEKNOIN 2010, Pengembangan Teknologi Industri Berbasis Green Technology; 2010: A135-A138.

99. Youvial M dan '''Dewi EL'''. Desain Teknologi Fuel Cell untuk Aplikasi pada Perumahan. Prosiding Seminar Nasional Teknik Mesin dan Aplikasi Pendukungnya; 2009 Juni 8; Jakarta: I-103.

100. '''Dewi EL'''. Katalis Baru 4-Elektron Transfer Sebagai Material Pengubah Oksigen menjadi Air secara Langsung dalam Teknologi Hidrogen Fuel Cell. Prosiding Seminar Nasional Teknik Mesin dan Aplikasi Pendukungnya; 2009 Juni 8; Jakarta: I-99.

101. '''Dewi EL'''. The Uses of Silica Powder on Sulfonated Hydrocarbon Polymer as Nanocomposite Proton Exchange Membrane (PEM) for Alternative Solid Electrolyte DMFC. Prosiding Seminar Nasional Teknik Kimia; 2009 Januari 28; Yogyakarta: D02-1 - D02-6.

102. Ratno N, '''Dewi EL''', Agus HSW. Sistem Kontrol untuk Pembangkit Listrik Fuel Cell.Prosiding Seminar Nasional Ilmu Komputer dan Aplikasinya SNIKA 2009; Bandung: A1-A4.

103. '''Dewi EL''', Handayani S. Karakterisasi Komposit Hidrokarbon Polimer Akrilonitril Butadien Stiren Tersulfonasi sebagai Alternatif Polielektrolit untuk Fuel Cell. Prosiding Seminar Nasional Teknik Kimia Indonesia SNTKI 2009; Bandung: SPP25–1 - SPP25–7.

104. '''Dewi EL'''. Studi Kinetika Metana Menjadi Hidrogen dan Karbon Nanotube Menggunakan Reaktor Katalis Terstruktur Tipe Gauze. Prosiding Seminar Nasional Teknik Kimia Indonesia SNTKI 2009; Bandung: TRK15-1 -TRK15-7.

105. Handayani S dan '''Dewi EL'''. Blending Akrilonitril Butadien Stiren dengan Polieter-eter Keton Tersulfonasi untuk Sel Bahan Bakar Metanol Langsung. Prosiding Seminar Nasional Teknik Kimia Indonesia SNTKI 2009; Bandung: SPP03–1 - SPP03–6.

106. Oka PA, '''Dewi EL''', Agus HSW. Modeling Simplified Kinetic of Biomass Gasification Reactor in C#Code using CAPE-Open Interface. Prosiding Seminar Nasional Teknik Kimia Kejuangan; 2009 Januari 28; Yogyakarta: F12-1 - F12-6.

107. '''Dewi EL''', Oka PA, Lies AW. The Affect of Pressure and Flow rate Hydrogen Inlet on Single PEMFC. Prosiding Prosiding Seminar Nasional Teknik Kimia Kejuangan; 2009 Januari 28; Yogyakarta: D06-1 - D06-5.

108. '''Dewi EL'''. Konversi Gas Hidrogen Menjadi Listrik Sebagai Alternatif Energi Melalui Teknologi Fuel Cell,Prosiding Seminar Nasional VII Rekayasa Aplikasi Teknik Mesin di Industri; 2008 Oktober 28-29; Bandung: TKE19-TKE23.

109. '''Dewi EL''', Rachman MA. Pembuatan Fuel Cell sebagai Sumber Energi Alternatif Menggunakan BioHidrogen Sebagai Bahan Bakar Baru. Prosiding Seminar Nasional Sains; 2008 Oktober 17; Bogor: P12, 144-150.

110. '''Dewi EL'''. Sintesis dan Karakterisasi Vanadium Kompleks [VO(salahe)]<sub>2</sub> Terhadap O<sub>2</sub>, Prosiding Seminar Nasional Teknik Kimia; 2008 November 5; Surabaya: E13.

111. '''Dewi EL''', Tjutjuk I dan Ganesha TC. Pengembangan Fuel Cell dan Aplikasinya. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A51-A53.

112. '''Dewi EL''', Lies W, dan Tjutjuk I. Aplikasi Fuel Cell dan Analisa Biaya Portable Power Plant Fuel Cell 1000W, Prosiding Seminar Nasional Teknik Kimia (SFATK 2008); 2008 November 5; Surabaya: E16.

113. '''Dewi EL''' dan Jarot R. Perbandingan Grafit Bipolar Plate Model Parallel dan Serpentine sebagai Komponen Separator pada PEMFC. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A47- A50.

114. '''Dewi EL''', Oka P. A. Aplikasi Proton Exchange Membrane Fuel Cell untuk Peralatan Elektronik Berbahan Bakar Gas Hidrogen. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A43-A46.

115. Lies W, '''Dewi EL'''. Pembuatan Membrane Electrode Assembly (MEA) Dengan Katalis Platina Karbon Pada PEMFC. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A105 - A108.

116. '''Dewi EL'''. Mass Transfer Study on PolymerElectrolyte Fuel Cell. Prosiding Seminar Nasional Teknologi (SNT); 2007 November 24; Yogyakarta: B21-B28.

117. '''Dewi EL''' dan Wahyu W. Development of Digital Gas Flowmeter for Hydrogen Fuel Cell. ; 2007 November 24; Yogyakarta: B16-B20.

118. '''Dewi EL'''. Sintesa Membran Elektrolit Padat non-Fluorine Acrylonitril-acrylamide sulfonic acid sebagai Elektrolit Padat dalam Direct Methanol Fuel Cell. Proceedings of Seminar and Congress on Indonesian Polymer Associations; 2005 November 22; Bandung.

119. '''Dewi EL'''. Elektrokatalis Teknologi Fuel Cell. Indonesian Science Year and 100 Years of Einstein Theory, Meeting of Indonesian Scientist in 21st Century; 2005 Nov 18-19.

120. '''Dewi EL'''. Elektrokatalitik Katalis Pereduksi Oksigen untuk Fuel Cell Suhu Ruang. Indonesian Symposium and Congress on Catalys Technology. Prosiding MKICS; 2005 Februari 23-24; Serpong.

121. '''Dewi EL'''. Ion-Exchange Membrane in Zinc-Air Fuel Cell. Seminar SNITM 2004, Prosiding SNITM; 2004 Juni 15; Surabaya.

122. '''Dewi EL'''. Hidrogen sebagai Basis Perekonomian Baru. Taboid Inspirasi. 2010; 1(4).

123. '''Dewi EL'''. Hemat Listrik Yuk, Majalah NOOR. 2007.

124. '''Dewi EL.'''.Logam Seng Gantikan BBM, Kompas, 19 April 2005.

125. '''Dewi EL'''. DuPont 200 Tahun, Kompas, 2002 Juni 28.

126. Agus H, '''Dewi EL'''. Melihat dari dekat keberhasilan Pengolahan Limbah Berwarna di Pulau Honsyu, Tinjauan kondisi di Jepang dan Indonesia, Majalah DIMENSI. 1999; 2(1).
|}

== Referensi ==

* http://m.merdeka.com/profil/indonesia/e/eniya-listiani-dewi/
* http://www.tokohindonesia.com/tokoh/article/283-direktori/3215-eniya-listiani-dewi {{Webarchive|url=https://web.archive.org/web/20121019171750/http://www.tokohindonesia.com/tokoh/article/283-direktori/3215-eniya-listiani-dewi |date=2012-10-19 }}
* http://www.jpnn.com/read/2010/12/03/78705/Eniya-Listiani,-Ibu-Tiga-Anak-yang-Penelitian-Langkanya-Berbuah-Habibie-Award-2010{{Pranala mati|date=Maret 2021 |bot=InternetArchiveBot |fix-attempted=yes }}
* http://ns1.radarlampung.co.id/read/radar/berita-foto/26407-eniya-listiani-ibu-tiga-anak-yang-penelitian-langkanya-berbuah-habibie-award-2010{{Pranala mati|date=Maret 2021 |bot=InternetArchiveBot |fix-attempted=yes }}
* http://sains.kompas.com/read/2009/08/26/09484889/Eniya.Membuka.Jalan.ke.Kota.Hidrogen
* http://bola.fajar.co.id/read/111117/127/index.php{{Pranala mati|date=Maret 2021 |bot=InternetArchiveBot |fix-attempted=yes }}

{{Authority control}}


[[Kategori:Ilmuwan Indonesia]]
[[Kategori:Ilmuwan Indonesia]]
[[Kategori:Tokoh dari Magelang]]
[[Kategori:Alumni Universitas Waseda]]
[[Kategori:Tokoh Jawa Tengah]]
[[Kategori:Tokoh Jawa]]
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[[Kategori:Tokoh Jawa Tengah]]
[[Kategori:Tokoh dari Magelang]]

Revisi terkini sejak 19 Juli 2023 11.51

Eniya Listiani Dewi
Prof. Dr-Eng. Eniya Listiani Dewi, B.Eng., M.Eng - Deputi Kepala BPPT Bidang TIEM
Lahir14 Juni 1974 (umur 50)
Magelang
Tempat tinggalIndonesia
Warga negaraIndonesia
PekerjaanIlmuwan

Prof. Dr. Eng. Eniya Listiani Dewi (lahir 14 Juni 1974) adalah salah satu ilmuwan wanita Indonesia. Ia adalah alumnus S1-S3 dari Waseda University (Universitas Waseda) di Jepang. Program S1 di Waseda University ditempuh dengan menggunakan beasiswa dari Science and Technology Advance Industrial Development (STAID) Kementerian Negara Riset dan Teknologi

Karier

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  1. Kepala Bidang Pengembangan Sumber Daya Energi Baru dan Terbarukan – PTPSE – TIEM BPPT (22 Februari 2014 s.d. 20 Juli 2014)
  2. Direktur Pusat Teknologi Material – PTM – TIEM BPPT (21 Juli 2014 s.d. 27 September 2015)
  3. Deputi Kepala BPPT Bidang Teknologi Agroindustri dan Bioteknologi (28 September 2015 s.d. 5 Februari 2018)
  4. Deputi Kepala BPPT Bidang Teknologi Informasi Energi dan Material (5 Februari 2018 s.d sekarang)
  5. Komisaris Utama PT Garam Persero (29 Desember 2017 s.d sekarang)

Prestasi

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No NAMA BINTANG/ SATYALANCANA/PENGHARGAAN/

PRESTASI

TAHUN

PEROLEHAN

1 General Electric Inspiring Woman in STEM Award 2019
2 BJ Habibie Teknologi Award Bidang Teknologi Energi 2018
3 72 Ikon Prestasi Indonesia Bidang Sains dan Teknologi 2017
4 Satyalancana Wira Karya 2016 2016
5 “Pahlawati” Orkestra bidang Riset dan Teknologi 2016
6 Soegeng Sarjadi Award

Ilmuwan Berprestasi Bidang Ilmu dan Rekayasa

2014
7 Satyalancana Karya Satya XX 2013
8 Indonesia 43’s Populer Person 2013
9 Duta Iptek Indonesia 2012

Adyawiyasapalwija Award

2012
10 Kartini Awards 2011 2011
11 Pegawai Berprestasi BPPT 2010 2010
12 The HABIBIE AWARD 2010

Implementation of Science and Engineering

2010
13 Patent Inovation Award (2nd) 2010

Patent entitled “Produksi Membran Nanokomposit Butadiene-Styrene Tersulfonasi (sABS) untuk Elektrolit Padat Baru Proton Exchange Membrane Fuel Cell (PEMFC)”

2010
14 Top Achievement Women

Special edition of Gatra April 2010

2010
15 Satyalancana Karya Satya X Tahun 2009
16 Asia Excellence Award

Presented paper entitled “Entering the Hydrogen Economy using Natural Resources” at the 58th SPSJ Annual Meeting, Kobe Japan

2009
17 8 Inspiring Women Indonesia Award

Technology Award

2009
18 100’s Innovation of Technology

Special edition of Gatra Agustus 2009

2009
19 9 Inspiring Women 2009
20 Ristek-Medco Energy Award (2nd)

Product: “Produksi Biohidrogen dari Limbah Biomassa untuk menghasilkan Listrik”, SK Menteri Negara Riset dan Teknologi, no: 167/M/Kp/VIII/2008.

2008
21 ASEAN Outstanding Engineering Achievement Award (1st)

Prototype multi-cell Polymer Electrolyte Membrane Fuel Cell (PEMFC) at 24th CAFEO, Kuala Lumpur, Malaysia.

2006
22 PII-Engineering Award; AdikaraRekayasa Engineering (2nd)

Prototype single cell Polymer Electrolyte Membrane Fuel Cell (PEMFC) with local contents >80%.

2006
23 6 Inspiring Women

Kartini special edition of Az-Zikra April 2006

2006
24 Asean Young Science and Technology Awards (AYSTA) (Finalist)

Finalist, “Electrocatalysis Polynuclear Complex in Fuel Cell Technology”

2005
25 Indonesia Inspiring Women　Program

Live TV of Biography on September 2004

2004
26 Indonesia Young Best Scientist Award XII (1st)

Peneliti Muda Terbaik bidang Teknik dan Rekayasa, dengan makalah “Manufacture of Zinc-Air Fuel Cell with Polynuclear Catalyst Complexes and Polyelectrolyte Sulfonium Membrane Separator”

2004
27 KOUKENKAI Award

Excellent publication for doctoral student from Polymer Chemistry Department, Waseda University Tokyo Japan

2003
28 MIZUNO Award

Excellent doctoral student from Waseda University, Tokyo Japan, with thesis entitled “Oxygen Battery Using Multi-Electron Transfer Process of µ-Oxo Polynuclear Complexes”

2003
29 Presentation Awards (1st)

Synthesis and Multi-electron Transfer Process of a Decanuclear Vanadium Complex

1999
30 Poster Presentation Award (1st)

The Structure Properties of Dioxygen Multi-electron Reduction Process by Modified Electrode of Vanadium Polynuclear Complex

1999

Publikasi

[sunting | sunting sumber]
Peran Prestasi
Penulis Buku Towards Bright and Brilliant Indonesia, LIPI Press, 2005, ISBN 979-3673-60-5
Mengerti Teknologi Fuel Cell dan Hidrogen, Pusat Teknologi Material, Lingkar Graphic Press, 2010, ISBN 978-602-95555-2-3
Penyunting Buku Perspektif, Potensi dan Ketahanan Energi Indonesia, Tempo, 2018, ISBN 978-602-6773-25-8
Buku Rekomendasi KTN 2016, ISBN : 978-602-410-049-0
Buku Rekomendasi KTN 2017, ISBN 978-6-02-410-104-6
Outlook Kesehatan 2017, ISBN 978-602-410-100-8
Outlook Kesehatan 2016, ISBN 978-602-95911-2-5
Outlook Pangan 2016, ISBN 978-602-74844-0-5
Buku 5 Windu BPPT, Gelombang Transformasi Teknologi Nasional, ISBN 978-602-6773-26-5
Inventor (Paten dan Merek) “Produksi Membran Nanokomposit Butadiene-Styrene Tersulfonasi (sABS) untuk Elektrolit Padat Baru Proton Exchange Membrane Fuel Cell (PEMFC)” (Hak PATEN ID P0029728), dipatenkan menjadi ThamriON® (Hak MERK D002010022086); 2012
Sistim Produksi Bio Hidrogen sebagai Bahan Bakar yang menghasilkan Listrik

(Hak Paten IDP00032048); 2012

Peralatan Fuel Cell Berbahan Bakar Cairan Langsung (Hak PatenIDP0031716) dipatenkan menjadi Kit edukasi DMFC (Hak Merek IDM 000326227); 2012
Aplikasi material maju untuk Fuel Cell sebagai energi baru terbarukan : Orasi Pengukuhan Profesor Riset Bidang Teknologi Proses Elektrokimia, BPPT, 2016. ISBN 978-6-02-955556-1
Oxidation Polymerization Using 4-Electron Reduction of Dioxygen, Waseda University,1998
Multi-Electron Transfer Process of µ-Oxo Vanadium Complex and 4-Electroreduction of O2, Waseda University, 2000
Oxygen Battery Using Multi-Electron Transfer Process of µ-Oxo Polynuclear Complexes, Waseda University, 2003
Publikasi ilmiah sejak tahun 1998-2018: 211 buah
Jurnal internasional  :
  1. Preliminary Study of using Palm Oil Mill Effluent to produce Bio Hydrogen as Biofuel. Prasetyo Joni, Febijanto Irhan, Murti S.D. Sumbogo and Dewi Eniya L. Research Journal of Chemistry and Environment. Vol. 22(Special Issue II) August (2018)
  2. Enhanced photocatalytic activity of Pt deposited on titania nanotube arrays for the hydrogen production with glycerol as a sacrificial agent. Slamet, Ratnawati, Jarnuzi Gunlazuardi, Eniya Listiani Dewi. International Journal of Hydrogen Energy, Volume 42, Issue 38, 21 September 2017, Pages 24014-24025Peran
  3. Synthesis and chara cterization of uniform-sized cubic ytterbium scandium co-doped zirconium oxide (1Yb10ScSZ) nanoparticles by using basic amino acid as organic precursor. Raharjo J, Ali SAM, Arjasa OP, Bakri A, Damisih, Dewi EL, Muchtar A, Somalu MR. International Journal of Hydrogen Energy. 2017; vol. 42 issue 14: p 9274-9283.
  4. Effect of concentration on biohydrogen production in a continuous stirred bioreactor using biofilm induced packed-carrier. Zulaicha DH, Chen CY, Rachman MA, Purwanto WW, Dewi EL, Lin CY. International Journal of Hydrogen Energy. 2016; vol. 41 issue 46: p. 21649-21656.
  5. Enhancing strategy on renewable hydrogen production in a continuous bioreactor with packed biofilter from food industry wastewater. Chen YC, Zulaicha DH, Dewi EL, Purwanto WW, Priyanto U. International Journal of Hydrogen Energy. 2016; 4(7): 4404–4412.Peran
  6. An Investigation of Surface Segregation in Pt-Co Nanoparticles. Budiman H, Dewi EL, Purwanto WW. Sains Malaysiana Journal (2016) inpress; 2016.Peran
  7. Effect of NaBF4 addition on the anodic synthesis of TiO2 nanotube arrays photocatalyst for production of hydrogen from glycerol-water solution. Ratnawati, Jarnuzi G, Dewi EL, Slamet. International Journal of Hydrogen Energy. 2014; 39: 16927-16935.
  8. Preparation of poly eter eter keton as alternative membrane for direct methanol fuel cell (DMFC). T.D. Kusworo, E.L. Dewi, D.K. Arti, A. Dhuhita, A.F. Ismail, M.N.A. MohdNorddin, and Budiyono. Middle East Journal of Scientific Research. 2013, 18(9):1240-1252.
  9. Influence of Composite Electrolyte Membrane for proton Exchange Membrane Fuel Cells, Dewi EL et.al. Procedia Chemistry. 2012; 4; 123-130Towards Bright and Brilliant Indonesia, LIPI Press
  10. Utilization of hydrogen gas production for electricity generation in fuel cell by Enterobacter aerogenes ADH43 with many kinds of carbon sources in batch stirred tank reactor. Rachman MA, Dewi EL, Liasari Y, Nasef MN, Ahmad A and Saidi H. African Journal of Biotechnology. 2012; 11(36): 8872-8879.
  11. Understanding adsorbated-induced surface segregation in PtCo/C Electrocatalyst. Budiman AH, Purwanto WW, Dewi EL, Rinaldy D, Bing JH. Asia Pacific Journal of Chemical Engineering. 2012; 7: 604-612.
  12. Activity enhancement of Carbon Supported PtCo Electrocatalyst trough Controlled Heat Treatment for Proton Exchange Membrane Fuel Cell Applications. Budiman AH, Purwanto WW, Dewi EL, Rinaldy D, and Bing JH. International Journal of Chemical Engineering. 2011; 3(2): 125-133.
  13. Synthesis and Characterization of Nafion-SiO2 Composite Membranes as an Electrolyte for Medium Temperature and Low Relative Humidity. Mahreni, Dewi EL, Marnoto T, Pawignyo H, Subagyo P, Sulistyowati E. International Journal of Science and Engineering. 2011; 2(2); 48-53.
  14. The Effect of Reaction Time on the Quality of Hydrogen and Carbon Nanotubes Produced trough Catalytic Decomposition of Methane. Wulan PPDK, Purwanto WW, Muharam Y, Shafa S, Dewi EL. Journal of Sustainable Energy and Environment. 2011; 2(1): 7- 10.
  15. Simple Sulfonation Method of Composite 68% Sulfonated Polyether-Ether Keton and It’s Properties as Polyelectolyte in High Temperature Direct Methanol Fuel Cell. Handayani S, Dewi EL, Purwanto WW, Sumantojo RW. World Applied Science Journal. 2010; 9(11): 1206-1212.
  16. Increasing Ionic Conductivity by Moisture Absorbing Nanoparticle on Modified Sulfonated Polyether-ether Ketone Membrane for Direct Methanol Fuel Cell. Handayani S, Dewi EL, Hartanto S, Purwanto WW, Sumantojo RW. ISTECS Journal. 2007; X: 79-89.
  17. Electrocatalysis of Dioxygen Reduction by a µ-oxo Decavanadium Complex in Alkaline Medium and Its Application to A Cathode Catalyst in Air Batteries. Dewi EL, Oyaizu K, Nishide H, Tsuchida E. Journal of Power Sources. 2004; 130: 286-290.
  18. Cationic Polysulfonium Membrane as Separator in Zinc-Air Cell. Dewi EL, Oyaizu K, Nishide H, Tsuchida E. Journal of Power Sources. 2003;115: 149-152.
  19. Four Electron Reduction of Dioxygenat Very High Potential Catalyzed by a Decavanadium Complex. Dewi EL, Oyaizu K, Tsuchida E. Inorganic Chimica Acta. 2003; 342: 316-318.
  20. Ion-exchange and Apparent Diffusion Coefficients of Cationic Polysulfonium Coatings Containing Ferriyanide. Dewi EL, Nakano H, Oyaizu K,Nishide H, Tsuchida E. Journal of Macromolecule Science, Pure and Application Chemistry. 2003; A40: 37-47.
  21. Coordination of BF4- to Ovovanadium(V) Complexes Evidenced by the Redox Potential of Oxovanadium (IV/V) in CH2Cl2. Oyaizu K, Dewi EL, Tsuchida E. Inorganic Chemistry.2003; 42: 170-175.
  22. Structure and redox properties of a novel decavanadium cluster [(V=O)10(µ2-O)9(µ3-O)3(C5H7O2)6] in dichloromethane. Oyaizu K, Dewi EL, Tsuchida E. Journal of Electroanalytical Chemistry. 2001; 498(1-2): 136-141.Towards Bright and Brilliant Indonesia, LIPI Press
  23. A µ-Oxo Diiron(III) Complex with a Short Fe-Fe Distance: Crystal Structure of (µ-Oxo)bis[N, N’-o-phenylenebis (salicylideneminato) iron(III)]. Oyaizu K, Dewi EL, Tsuchida E. Inorganica Chimica Acta. 2001; 321: 205-208.Towards Bright and Brilliant Indonesia, LIPI Press
  24. Catalysis of the Electroreduction of O2 to H2O by Vanadium-salen Complexes in Acidified Dichloromethane. Tsuchida E, Oyaizu K, Dewi EL, Imai T, Anson FC. Inorganic Chemistry. 1999; 38: 3704-3708.Peran

PROSIDING/ KONFERENSI INTERNASIONAL

1. Tahta MK, Mirzan TR., Dewi EL. The performance of Single Proton Exchange Membrane Fuel Cell using Modified Catalyst Pt/C and Pt-Co/C. Proceedings International Symposium of Fukuoka University; Fukuoka; 2014.

2. Dewi EL, Lies AW, Joni P, Adiarso. Technical Challenges in the Field of Renewable Energy, Fuel Cell, Hydrogen Technology and Nuclear Energy, "Fuel Cell, Hydrogen Development and the Perspective of its Applications". French Indonesian Seminar 2014; 2014 October 14-16; Jakarta, Indonesia.

3. Dewi EL, Oka PA, Jarot R, Zulaicha, Adiarso.The assessment and application of Fuel Cell for Electricity and Transportation. International Symposium Focusing on Multi-Diciplinary Fusion of Physics, Chemistry, Bioscience, and Green Science; 2014 December 1-2; Shizuoka, Japan.

4. Dewi EL, Joni P, Siti Z, Kurniawan. Implementation of Bioethanol in Fuel Cell on Direct Ethanol Fuel Cell (DEFC) System. The 4th International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2013); 2013 October 9-11; Yogyakarta.

5. Yuwana P, Dewi EL, Kurniawan, Herri S. Energy Efficiency of PEM Fuel Cell 1 kW Systems Based on Backup Power System. The 4th International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2013); 2013 October 9-11; Yogyakarta.

6. Diah K, Joni P, Dewi EL. Study of Saccarification and Fermentation of Biological Treatment System Empty Bunch Palm Oil Targeting for Biofertilizer and Biohydrogen. The 4th International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2013); 2013 October 9-11; Yogyakarta.

7. Dewi EL. et. al. The Influence of Polyaniline on the Mechanical and Electrical Properties of Carbon-based ABS Composite for Bipolar Plates, Proceeding ofthe International Conference on Innovation in Polymer Science and Technology; 2012 October 27-31; Jakarta.

8. Dewi EL et. al. Comparison of Polystyrene and Polypropylene Composite Bipolar Plates for PEM Fuel Cell. The 3rd International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2011); 2011 November 22-23; Kuala Lumpur, Malaysia: P23-01 - P23-07.

9. Dewi EL. Ion Transfer Mechanism in Fuel Cell Technology for Eco Electricity. Proceeding of 2011 Indonesian-American Kavli Frontiers of Science Symposium; 2011July 9-11; Bogor: 1-6.

10. Dewi EL. Cost Implementation Studies of Hydrogen in Indonesia, The 3rd International Conference on Fuel Cell & Hydrogen Technology (ICFCHT 2011); 2011 November 22-23; Kuala Lumpur, Malaysia: P24-01 - P24-11.

11. Dewi EL. Polymeric Materials for New Type Fuel Cells, GIST-WCU/Waseda-GCOE Joint International Symposium on Nano- and Meso-scopic Material and Chemistry; 2011 November 12; Tokyo, Japan.

12. Dewi EL. Possibility of Fuel Cell and Hydrogen Technology's Developments in Indonesia. Proceedings of the International Conference on Materials Science and Technology ICMST 2010 (Materials Science & Technology Research and Development of Advanced Materials for a Better Future - PTBIN BATAN & MRS-INA Press); 2011; Tangerang Selatan: 39-49.

13. Dewi KA, Lies AW, Dewi EL. Polystyrene Composite Bipolar Plates for PEM Fuel Cell: Synthesis and Characterization. Proceedingof the 1st ACIKITA International Conference of Science and Technology (AICST); 2011; Jakarta: 133-140.

14. Dewi EL, Dewi KA. Polymeric Thermoplastics Composite Bipolar Plate for PEM Fuel Cells. Proceeding of 1st ICME and 3rd AUN/SEED Net Regional Conference on Materials; 2011 February 1-2; Yogyakarta.

15. Dewi EL. Synthesis and Multi-Electron Transfer Characterization of m-Dioxo Vanadium Metal Complexes as Cathode Catalyst Material. Proceeding of the 12th International Conference on QIR (Quality in Research); 2011 July 4-7; Bali, Indonesia: E, 1149-1156.

16. Handayani S, Dewi EL. Influence of Silica Sulfonated Polyether Ether Keton as Polymer Electrolyte Membrane for Hydrogen Fueled Proton Exchange Membrane Fuel Cell. Proc. 8th International Conference on Membrane Science and Technology; 2010; Bandung: A31, 161-167.

17. Rachman MA, Dewi EL. Enhancement of Hydrogen Gas (H2) by Using Ceramic Membrane to Enterobacter Aerogeneses ADH-43 Fermentation and Simultaneous Utilization for Proton Exchange Membrane Fuel Cell. Proc. 8th International Conference on Membrane Science and Technology; 2010; Bandung: B-16, 281-286.

18. Budiman AH, Purwanto WW, Dewi EL, Rinaldy D, Bing JH. Atomic Distribution of PtCo/C Nanoparticles as Investigated by X-ray Absorption Spectroscopy. Proc. International Conference Material Science and Technology; 2010.

19. Hendro SST, Azwar M, Dewi EL. Mechanical Characterization of ABS Polymer Containing Graphite Carbon on Fuel Cell Bipolar Plate. Proceeding of 1st International Seminar on Fundamental and Application of Chemical Engineering; 2010 Nov 3-4 : J002-1-J002-18.

20. Dewi EL, Liana C, Handayani S. Conductivity Analysis of Modified Polyelectrolyte ABS using Poly-ether Ether Keton. Proc. The 1st International Seminar on Fundamental and Application of Chemical Engineering; 2010.

21. Dewi EL. Development of Components Fuel Cell and Its Application in Indonesia: Sulfonated ABS as Hydrocabon Polymer Electrolyte Membrane.Proc. International Hydrogen Energy Development Forum; 2010; Fukuoka, Japan: 1-6.

22. Dewi EL, Rachman MA, Agus HSW. Natural Resources for Electrical Production using Fuel Cell Technology. Proc. The 1st FAPS Polymer Congress; 2009 October 20-23; Nagoya, Japan: 21D06, 116.

23. Dewi EL. Entering the Hydrogen Economy using Natural Resources. 58th SPSJ Annual Meeting; 2009 May 27-29; Kobe, Japan (Polymer Preprints Japan.2009; 58(1): p. 114, 1G12ILA).

24. Dewi EL, Handayani S. Characterization of Nanosilica Modified Sulfonated Acrylonitrile-Buadiene-Styrene Membrane as Novel Polyelecrolyte for Alternative Hydrogen Fuel Cells Application. Proc. 2nd International Conferences on Advanced Materials and Practical Nanotechnology (2nd ICAMPN); 2009: 30-34.

25. Dewi EL, Lies AW, Handayani S. Characterization of Nanosilica Modified Sulfonated Acrylonitrile-Butadiene-Styrene Membrane As Novel Polyelectrolyte for Alternative Hydrogen Fuel Cells Applications.Proc. Sriwijaya International Symposium of Energy; 2009: BVII-1-6.

26. Handayani S, Dewi EL. Characterization of Zeolite/Sulphonated Polyether-ether Ketone for Solid Polymer Electrolyte Fuel Cell. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 186-192.

27. Liana C, Handayani S, Dewi EL. Proton Conductivity of Sulfonated Acrylonitrile Butadiene Styrene Membrane. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 180-185.

28. Kurniawan, Lies AW, Dewi EL. Effect of Humidification and Temperature on 7 Cells Stack PEMFC Performance. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 175-179.

29. Iqbal H, Ganesha TC, Oka PA, Dewi EL. Hybrid System Prototipe for Home Base Power Generator. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 170-174.

30. Ratno N, Dewi EL, Kurniawan, Anton R. Electrical Contol in Hydrogen and Oxygen Gases Flow in 500W PEMFC. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 165-169.

31. Budiman AH, Purwanto WW, Dewi EL. Effect of Heat Treatment Pt-Co/C Electrocatalyst on their Acticity and Stability. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 132-137.

32. Oka PA, Dewi EL, Agus HSW, Maurizio F. Steady State Simulation of Biomass Integrated Gasification/Gas Turbine MCFC Using CAPE-Open Interface. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 120-126.

33. Asep R, Dewi EL. Thionylsulfonation Process for Synthesis of Sulfonated Acrylonitrile Butadiene Styrene Membrane. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 68-73.

34. Rachman MA, Dewi EL. Biohydrogen for Fuel Cell Applications. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 6-12.

35. Anis N, Widajanti W, Dewi EL. Nanoparticles Effect on Performance and Efficientcy of Single Stack Proton Exchange Membrane (PEM) Fuel Cell. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 66-73.

36. Anis N, Widajanti W, Dewi EL. Determination of optimum Condition and Mass Transfer Hydrogen for Single Stack Proton Exchange Membane (PEM) Fuel Cell; Supported Pt/C as Electrocatalysis. Proc. 2nd International Conferences on Fuel Cell and Hydrogen Technology (2nd CFCHT); 2009: 193-199.

37. Tjutjuk I, Dewi EL. Synthesis of Graphite Composite Using Thermosetting Resin for Graphite Bipolar Plate Separator of Fuel Cell. International Conference on Advanced and Sustainable Polymer; 2008 August 4-5; Bandung.

38. Budiman AH, Purwanto WW, Rinaldy D, Dewi EL. Material Combination for Cathode PEMFC Electrocatalyst Development: A Review, International Conference on Advanced and Sustainable Polymer; 2008 August 4-5; Bandung.

39. Dewi EL. Nanotechnology for Higher Efficience Power Density of Fuel Cell. Proceeding of Asia Nanotech Camp Program; 2008 February 13; Tokyo Institute of Technology, Japan: P25.

40. Dewi EL. Nanotechnology at Fuel Cell Materials: The theorethical Approach of Carbon Nano Materials as Advance Supporting Carbon in Fuel Cell Electrode. Proceeding of Asia Nanotech Camp; 2008 February 5; Tsukuba, Japan: S32.

41. Dewi EL, Arief U, Nurul TR. Current Status of Indonesian Nanotechnology Development. Proceedings of Asia Nanotech Workshop for Young Scientist (ANWYS) on International Nanotechnology Exhibition and Conference 2008 - Session 3 Asian Young Researchers' Perspective on Nanotechnology; 2008 February 15; Tokyo, Japan.

42. Dewi EL. Nanotechnology Based Solution for Social Safety and Environmental Problem: Design Project. Proceedings of Asia Nanotech Camp Symposium; 2008 February 20; Nagoya, Japan.

43. Dewi EL, Handayani S. Fabrication and Characterization of Sulphonated ABS-SiO2 Composite Membrane for Solid Electrolyte Fuel Cell. Proceeding on International Seminar on Chemistry 2008; 2008 October 30-31; Bandung: OP032, 66, 169-174.

44. Handayani S, Dewi EL. Proton Transport Properties at High Temperature of Sulfonated polyether-ether ketone Membrane for Direct Methanol Fuel Cell Application Proceeding on International Seminar on Chemistry 2008; 2008 October 30-31; Bandung: OP028, 62,152-156.

45. Dewi EL. A Key of Good MEA Preparation Methods and Single Stack Proton Exchange Membrane Fuel Cell Test Using Hydrogen as Fuel. Proceeding Sriwijaya International Seminar on Energy Science & Technology (SISETS 2008); 2008 November 5-6; Palembang: FC08, 42.

46. Dewi EL, Lies W, Agus HSW. Using Fuel Cell for Replacing Petroleum Uses. Proceeding Sriwijaya International Seminar on Energy Science & Technology (SISETS 2008); 2008 November 5-6; Palembang: FC09, 43.

47. Dewi EL. New Materials for Fuel Cell Development. Proceedings of 1st International Conferences on Chemical Sciences (ICCS-2007); 2007 May 24-26; Yogyakarta: 95 (1-8).

48. Dewi EL. Loading Catalyst Influence on Direct Methanol Fuel Cell Power. Proceedings of 3rd International Conference on Product Design and Development (IPDD) 2007; 2007 December 12-13; Yogyakarta: VIII-1.

49. Wahyu W, Dewi EL. Development of Discharge System for Fuel Cell Power Analsys. Proceedings of 3rd International Conference on Product Design and Development (IPDD); 2007 December 12-13; Yogyakarta: III-23.

50. Dewi EL. Development of Fuel Cell Technology. International Workshop Proc. The 2007 Conference on Solid State Ionics (in conjuction with Scientific Gathering on the International Joint Research Program), 2007 August 1-3; Serpong.

51. Dewi EL. The Effect of Moisture Absorbing Particles on Methanol Permeability of Modified Nafion Membrane in Fuel Cells. Proceedings, 3rdRegional Symposium on Membrane Science and Technology, 2005 April 26-27; Bandung.

52. Dewi EL. Sintesa Membran Elektrolit Padat non-Fluorine Acrylonitril-acrylamide sulfonic acid sebagai Elektrolit Padat dalam Direct Methanol Fuel Cell, Proceedings of Seminar and Congress on Indonesian Polymer Associations; 2005 November 22; Bandung.

53. Dewi EL, Nakano H, Oyaizu K, Nishide H, Tsuchida E. Ion-exchange Properties of Polysulfonium Membranes. The International Congress on Membrane and Membrane Process, Proceedings; 2002 July 7-12; Toulouse, French.

54. Oyaizu K, Dewi EL, Tsuchida E. Polythiophenylene Synthesis through Multi-Electron Transfer Processes, IUPAC World Polymer Congress 2002. Proceedings; 2002 July 7-12; Beijing, China.

55. Oyaizu K, Dewi EL, Tsuchida E. Highly Efficient Oxygen Batteries Based on Multi-Electron Transfer to O2, 9th IUPAC International Symposium on Macromolecule-Metal Complexes, Proceedings; 2001 July 34; New York, USA.

56. Dewi EL, Nakano H, Oyaizu K, Nishide H, Tsuchida E. The 50th Annual Meeting on Society of Polymer Science Japan (Polymer Preprints Japan. 2001; 50, 12, 2994, IIPh058).

57. Dewi EL, Oyaizu K, Tsuchida E. The 50th Annual Meeting on Society of Polymer Science Japan (Polymer Preprints Japan. 2001: 50, 4, 676, II-H21).

58. Dewi EL, Oyaizu K, Nakano H, Tsuchida E. Highly efficient oxygen batteries based on multi-electron transfer to oxygen. PACIFICHEM 2000, Proceedings; 2000 December 12-19; Hawaii, USA: 549.

59. Nakano H, Dewi EL, Oyaizu K, Tsuchida E. Highly Permselective Anion-exchange Properties of Poly(phenylene sulfonium)s for Oxygen Battery Applications, Polycondensation 2000, Proceedings; 2000 Sept 18-21; Tokyo, Japan: 105,

60. Oyaizu K, Dewi EL, Tsuchida E. Multi electron transfer of a decanuclear oxovanadium cluster and application to oxygen batteries, The 220th National Meeting of Am. Chem. Soc., Proceedings; 2000 Aug: Washington, USA.

61. Dewi EL, Nakano H, Oyaizu K, Tsuchida E. The 50th Symposium on Coordination Chemistry of Japan.Proceeding; 2000: 288, 1P3-K09.

62. Dewi EL, Oyaizu K, Tsuchida E. Synthesis and Multi-electron Transfer Process of a Decanuclear Vanadium Complex.8th IUPAC International Symposium on Macromolecule-Metal Complexes, Proceedings; 1999 Sept 5-9; Tokyo, Japan: 33, 88.

63. Oyaizu K, Dewi EL, Tsuchida E. Catalysis of the Electroreduction of O2 to H2O by Vanadium-salen Complexes. 8th IUPAC International Symposium on Macromolecule-Metal Complexes, Proceedings; 1999 Sept 5-9; Tokyo, Japan: 33, 89.

64. Oyaizu K, Dewi EL, Anson FC, Tsuchida E. Electroreduction of Oxygen to Water by Vanadium Complexes, The 218th National Meeting of Am. Chem. Soc., Proceedings; 1999 Aug; Anaheim, USA.

65. Dewi EL, Oyaizu K, Tsuchida E. The 76th Spring Meeting on Society of Chemistry Japan, Proceeding; 1999.

66. Oyaizu K, Imai T, Dewi EL, Tsuchida E. The 76th Spring Meeting on Society of Chemistry Japan, Proceeding; 1999.

67. Oyaizu K, Dewi EL, Tsuchida E. The 44th Annual Meeting on Society of Polymer Science Japan. Polymer Preprints Japan; 1998: 44.

68. Dewi EL. Electrochamical Studies of µ-Dioxo Dinuclear Vanadium Complexes.ISSM 1998 Symposium, Indonesian Students Forum for Science and Technology in Europe (ISTECS-Europe), Proceedings; 1999: 151-154.

69. Dewi EL, Wahyu W. Japan Industrial Waste Dying Treatment Systems. Proc. TEKNO98 Symposium, Indonesian Students Forum for Science and Technology in Japan, Proceedings; 1998; VI.02, 266.

70. Dewi EL. The Novel Dioxovanadium(V) Complexes in Polymerization of Diphenyl Disulfide with Oxygen. First 1997 Symposium, Indonesian Students Forum for Science and Technology in Europe (ISTECS-Japan), Proceedings; 1997: 167-169.

JURNAL NASIONAL

71. Handayani S, Purwanto WW, Dewi EL, Soemanto RW. Sintesis dan Karakterisasi Membran Elektrolit Polieter-eter Keton Tersulfonasi. Jurnal Sains Materi Indonesia. 2018, 8 (2): 129-133.

72. Handayani S, Dewi EL, Purwanto WW, Soemantojo RW. Preparasi Membran Elektrolit Berbasis Poliaromatik untuk Aplikasi Sel Bahan Bakar Metanol Langsung Suhu Tinggi. Jurnal Sains Materi Indonesia. 2018, 8 (3): 192-197.

73. Lies AW, Dewi KA, Dewi EL. Karakterisasi Grafit Matriks Polistiren sebagai Material untuk Separator Proton Exchange Membrane Fuel Cell. Indonesian Journal of Materials Science. 2013; 14(2): 103-107.

74. Budiman AH, Dewi EL, Purwanto WW, Dalimi R, Hwang BJ. Atomic Distribution of PtCo/C Nanoparticles as Investigated by X-ray Absorption Spectroscopy.Jurnal Sains Materi Indonesia.2010; Special Edition on Materials for Energy and Device:35-39.

75. Handayani S, Dewi EL. The Effect of Membrane Thickness of Hydrocarbon Composite Polymer to Fuel Cells Performances. Jurnal Sains Materi Indonesia. 2010; Special Edison on Materials for Energy and Device: 31-34.

76. Budiman AH, Dewi EL, Purwanto WW, Dalimi R, Hwang BJ. Effect of PtCo/C Treatment on Performance of Single Cell PEM Fuel Cell. Jurnal Sains Materi Indonesia. 2010; 11(3):145-149.

77. Irwin GS, Wasinton S, Dewi EL. Pembuatan Membran Polimer Elektrolit Berbasis Polistiren Akrilonitril (SAN) untuk Aplikasi Direct Methanol Fuel Cell. Jurnal Natur Indonesia, Wacana Sains Indonesia. 2010; 13(1): 1-6.

78. Rachman MA, Dewi EL. Inovasi Teknologi Biohidrogen Dari Limbah Biomasa ke Energi Listrik dengan Teknologi Fuel Cell. Jurnal Teknologi Lingkungan. 2009; 10(3): 241-364.

79. Dewi EL. Sintesis dan Karakterisasi nanokomposit Membran ABS Tersulfonasi sebagai Material Polielektrolit. Jurnal Nanosains & Nanoteknologi. 2009; 2(1): 27-31.

80. Dewi EL and Oyaizu K. Electrocatalytic Reduction of Dioxygen and Electron Transfer of Chromium(V) Complex (Cr=O) Catalyst in Acidic Conditions, Jurnal Sains Materi Indonesia. 2008; 10(1): 76-80.

81. Handayani S, Dewi EL. Pengaruh Suhu Operasi Terhadap Karakteristik Membran Elektrolit Polieter-eter Keton Tersulfonasi. Jurnal Sains Materi Indonesia, 2008; Edisi Khusus Desember: 43-47.

82. Dewi EL, Handayani S. Karakterisasi Komposit Hidrokarbon Polimer Tersulfonasi (sABS-Z) Sebagai Alternatif Polielektrolit Untuk Fuel Cell. Jurnal Sains Materi Indonesia, 2008; Edisi Khusus Desember: 1-4.

83. Dewi EL. Development of Local Components for Fuel Cell Technology. Journal Science and Materials Indonesia. 2007; 9(1): 57-66.

84. Dewi EL. A Half-Cell Investigation of DMFC’s Electrode Using Platinum Alloys. Indonesian Nanoletter. 2007; 2(1): 84-86.

85. Handayani S, Purwanto WW, Dewi EL, Singgih H, Soemanto RW.Blending Polisulfon dengan Polieter-eter Keton Tersulfonasi untuk Sel Bahan Bakar Metanol Langsung. Jurnal Teknologi. 2007; 2(XXI): 85-164.

86. Handayani S, Purwanto WW, Dewi EL, Soemanto RW. Sintesis dan Karakterisasi Membran Elektrolit Polyether Ether Keton Tersulfonasi. Jurnal Sains Materi Indonesia. 2007; 8(2): 129-133.

87. Handayani S, Dewi EL, Purwanto WW, Soemanto RW. Preparasi Membran Elektrolit berbasis Poliaromatik untuk Aplikasi Sel Bahan Bakar Metanol Langsung Suhu Tinggi. Jurnal Sains Materi Indonesia. 2007; 8(3): 192-197.

88. Handayani S, Dewi EL, Purwanto WW, Soemanto RW. Membran Komposit Polyeter Eter Keton yang Tersulfonasi-Zeolite untuk Aplikasi Sel Bahan Bakar Metanol Langsung. Jurnal Sains Materi Indonesia. 2007; 9(1): 52-56.

89. Dewi EL, dan Rohmadi. Modifikasi Nafion dan Pengaruhnya terhadap Difusi CH3OH sebagai Elektrolit Padat Direct Methanol Fuel Cell.Jurnal Sains Materi Indonesia. 2007; 8(3): 198-204.

PROSIDING/PERTEMUAN NASIONAL

90. Dewi EL, Dewi KA, Agus P N, Yuwana P, Kurniawan, Oka PA. Produksi Hidrogen Menggunakan Alkohol Pem Elektrolyser Dengan Aplikasi Ideal-Triple-Phase Interfacial Structure Pada MEA. Prosiding InSINAS Ristek 2012; 2012 November 29-30: EN12-EN15.

91. Agus PN, Dewi EL, Yuwana P. Pengembangan Desain Stacking untuk meningkatkan kinerja Proton-exchange Fuel Cell Open Cathode sebagai aplikasi Backup Power. Prosiding InSINAS Ristek 2013; 2013 November 7-8.

92. Dewi EL. Possibility of Fuel Cell and Hydrogen Technology's Developments in Indonesia. Materials Science & Technology, PTBIN BATAN & MRS-INA Press, 1st edition; 2011: 39-49.

93. Dewi EL. Potensi Hidrogen sebagai Bahan Bakar untuk Kelistrikan Nasional, Proceedings Seminar Nasional Teknik Kimia Kejuangan-Pengembangan Teknologi Kimia untuk Pengolahan Sumber Daya Alam Indonesia; 2011: MU01-1 - MU01-6.

94. Dewi EL. Aplikasi 7 Cell Modul Polymer Electrolyte Membrane Fuel Cell dalam Sistim Elektrolisa Air dengan Sumber Energi Photovoltaic untuk Kota Hidrogen. Prosiding Modern Electrical Engineering Technology and Its Applications Seminars MEETAS; 2010: A1, 1-6.

95. Dewi EL, Anis N. Nanokatalis Pt-Ru dan Pt-Co Berbasis Karbon untuk Aplikasi Elektroda pada Single Stack Fuel Cell Berbahan Bakar Hidrogen. Seminar Nasional dan Workshop Nanoteknologi ke-7; 2010 Mei 18; Serpong.

96. Ziko AA, J, Ratno N, Dewi EL, Jarnuzi G. Pelapisan TiO2 pada kaca ITO (Indium Tin Oxide) untuk aplikasi DSSC dengan metode elektroforesis.Seminar Nasional dan Workshop Nanoteknologi ke-7; 2010 Mei 18; Serpong.

97. Dewi EL. Aplikasi 7 cell Modul Polymer Electrolyte Membrane Fuel Cell dalam Sistim Elektrolisa Air dengan Sumber Energi Photovoltaic untuk Kota Hidrogen. Prosiding Modern Electrical Engineering Technology and Its Applications Seminar 2010; Bandung: 10.

98. Dewi EL, dkk. Ketahanan Katalis Pt-M (M=Co,Ru) sebagai Material Elektroda untuk PEM Fuel Cell Berbahan Bakar Hidrogen, Prosiding Seminar Nasional TEKNOIN 2010, Pengembangan Teknologi Industri Berbasis Green Technology; 2010: A135-A138.

99. Youvial M dan Dewi EL. Desain Teknologi Fuel Cell untuk Aplikasi pada Perumahan. Prosiding Seminar Nasional Teknik Mesin dan Aplikasi Pendukungnya; 2009 Juni 8; Jakarta: I-103.

100. Dewi EL. Katalis Baru 4-Elektron Transfer Sebagai Material Pengubah Oksigen menjadi Air secara Langsung dalam Teknologi Hidrogen Fuel Cell. Prosiding Seminar Nasional Teknik Mesin dan Aplikasi Pendukungnya; 2009 Juni 8; Jakarta: I-99.

101. Dewi EL. The Uses of Silica Powder on Sulfonated Hydrocarbon Polymer as Nanocomposite Proton Exchange Membrane (PEM) for Alternative Solid Electrolyte DMFC. Prosiding Seminar Nasional Teknik Kimia; 2009 Januari 28; Yogyakarta: D02-1 - D02-6.

102. Ratno N, Dewi EL, Agus HSW. Sistem Kontrol untuk Pembangkit Listrik Fuel Cell.Prosiding Seminar Nasional Ilmu Komputer dan Aplikasinya SNIKA 2009; Bandung: A1-A4.

103. Dewi EL, Handayani S. Karakterisasi Komposit Hidrokarbon Polimer Akrilonitril Butadien Stiren Tersulfonasi sebagai Alternatif Polielektrolit untuk Fuel Cell. Prosiding Seminar Nasional Teknik Kimia Indonesia SNTKI 2009; Bandung: SPP25–1 - SPP25–7.

104. Dewi EL. Studi Kinetika Metana Menjadi Hidrogen dan Karbon Nanotube Menggunakan Reaktor Katalis Terstruktur Tipe Gauze. Prosiding Seminar Nasional Teknik Kimia Indonesia SNTKI 2009; Bandung: TRK15-1 -TRK15-7.

105. Handayani S dan Dewi EL. Blending Akrilonitril Butadien Stiren dengan Polieter-eter Keton Tersulfonasi untuk Sel Bahan Bakar Metanol Langsung. Prosiding Seminar Nasional Teknik Kimia Indonesia SNTKI 2009; Bandung: SPP03–1 - SPP03–6.

106. Oka PA, Dewi EL, Agus HSW. Modeling Simplified Kinetic of Biomass Gasification Reactor in C#Code using CAPE-Open Interface. Prosiding Seminar Nasional Teknik Kimia Kejuangan; 2009 Januari 28; Yogyakarta: F12-1 - F12-6.

107. Dewi EL, Oka PA, Lies AW. The Affect of Pressure and Flow rate Hydrogen Inlet on Single PEMFC. Prosiding Prosiding Seminar Nasional Teknik Kimia Kejuangan; 2009 Januari 28; Yogyakarta: D06-1 - D06-5.

108. Dewi EL. Konversi Gas Hidrogen Menjadi Listrik Sebagai Alternatif Energi Melalui Teknologi Fuel Cell,Prosiding Seminar Nasional VII Rekayasa Aplikasi Teknik Mesin di Industri; 2008 Oktober 28-29; Bandung: TKE19-TKE23.

109. Dewi EL, Rachman MA. Pembuatan Fuel Cell sebagai Sumber Energi Alternatif Menggunakan BioHidrogen Sebagai Bahan Bakar Baru. Prosiding Seminar Nasional Sains; 2008 Oktober 17; Bogor: P12, 144-150.

110. Dewi EL. Sintesis dan Karakterisasi Vanadium Kompleks [VO(salahe)]2 Terhadap O2, Prosiding Seminar Nasional Teknik Kimia; 2008 November 5; Surabaya: E13.

111. Dewi EL, Tjutjuk I dan Ganesha TC. Pengembangan Fuel Cell dan Aplikasinya. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A51-A53.

112. Dewi EL, Lies W, dan Tjutjuk I. Aplikasi Fuel Cell dan Analisa Biaya Portable Power Plant Fuel Cell 1000W, Prosiding Seminar Nasional Teknik Kimia (SFATK 2008); 2008 November 5; Surabaya: E16.

113. Dewi EL dan Jarot R. Perbandingan Grafit Bipolar Plate Model Parallel dan Serpentine sebagai Komponen Separator pada PEMFC. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A47- A50.

114. Dewi EL, Oka P. A. Aplikasi Proton Exchange Membrane Fuel Cell untuk Peralatan Elektronik Berbahan Bakar Gas Hidrogen. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A43-A46.

115. Lies W, Dewi EL. Pembuatan Membrane Electrode Assembly (MEA) Dengan Katalis Platina Karbon Pada PEMFC. Prosiding Seminar Nasional TEKNOIN; 2008 November 22; Yogyakarta: A105 - A108.

116. Dewi EL. Mass Transfer Study on PolymerElectrolyte Fuel Cell. Prosiding Seminar Nasional Teknologi (SNT); 2007 November 24; Yogyakarta: B21-B28.

117. Dewi EL dan Wahyu W. Development of Digital Gas Flowmeter for Hydrogen Fuel Cell. ; 2007 November 24; Yogyakarta: B16-B20.

118. Dewi EL. Sintesa Membran Elektrolit Padat non-Fluorine Acrylonitril-acrylamide sulfonic acid sebagai Elektrolit Padat dalam Direct Methanol Fuel Cell. Proceedings of Seminar and Congress on Indonesian Polymer Associations; 2005 November 22; Bandung.

119. Dewi EL. Elektrokatalis Teknologi Fuel Cell. Indonesian Science Year and 100 Years of Einstein Theory, Meeting of Indonesian Scientist in 21st Century; 2005 Nov 18-19.

120. Dewi EL. Elektrokatalitik Katalis Pereduksi Oksigen untuk Fuel Cell Suhu Ruang. Indonesian Symposium and Congress on Catalys Technology. Prosiding MKICS; 2005 Februari 23-24; Serpong.

121. Dewi EL. Ion-Exchange Membrane in Zinc-Air Fuel Cell. Seminar SNITM 2004, Prosiding SNITM; 2004 Juni 15; Surabaya.

122. Dewi EL. Hidrogen sebagai Basis Perekonomian Baru. Taboid Inspirasi. 2010; 1(4).

123. Dewi EL. Hemat Listrik Yuk, Majalah NOOR. 2007.

124. Dewi EL..Logam Seng Gantikan BBM, Kompas, 19 April 2005.

125. Dewi EL. DuPont 200 Tahun, Kompas, 2002 Juni 28.

126. Agus H, Dewi EL. Melihat dari dekat keberhasilan Pengolahan Limbah Berwarna di Pulau Honsyu, Tinjauan kondisi di Jepang dan Indonesia, Majalah DIMENSI. 1999; 2(1).

Referensi

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