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Education and Training Sains
THE ROLE OF CHEMIST IN SAVING
WORLD’S FUTURE ENERGY
Presented by: Arie Hardian, S.Si., M.Si.
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A look at my presentation agenda
Presentation Section
IntroductionEducation, Work Experience, &
Activites
Flash BackStory of My Life with Chemis
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Energy IssueEnergy stock v. energy consumption
rate, Indonesia Energy Outlook
Global WarmGreen House Gases, short-telong-term impact
Alternative EnergyDefinition, type of alternative energy,
theirs principle & potential
Role of CheRole of Chemist in supportdevelopment of alternative
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BioFuelSource, principle, development,
potential, & role of chemist
Solar CellSource, principle, developmpotential, & role of chemist
Fuel CellSource, principle, development,
potential, & role of chemist
OthersGeothermal, Hydro Energy, WEnergy, Biomass, etc.
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A look at my presentation agenda
Section End
Work Opportunity
Related to the development ofalternative energy
Closing
Conclusion
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INTRODUCTIONEducation, Work Experience, & Activites
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Name : Arie Hardian, S.Si., M.Si.Place & Date of Birth : Bandung, 27 Juli 1987Address : Sarijadi, BandungE-mail : [email protected]
Education
S1: Chemistry, UPI, 2005-2009S2: Chemistry, ITB, 2010-2012S3: Chemistry, ITB, 2012-Now
Work Experience
Private Teacher, Profesional, 2005-NowMath Teacher, EduLab, 2009MaPhyChe Teacher, Clinic Genius, 2010-2015Technical Editor, ITB Journals, 2012-NowTechnical Editor, HKI Journals, 2015-Now
Academic Assistant, ITB, 2012-2013Lecturer, Dept. of Chem., UNJANI, 2012-NowMaPhyChe Teacher, Ganesa Operation, 2015-
A
SRT
W
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When I was undergraduate student @ Chemistry, UPI
Story of My Life
SNMPTNSeleksi Nasional Masuk Perguruan Tinggi Negeri
OrganisasiAnggota KSIKetua KSI & Pengurus Inti HMK
Sekertaris EXPO Kimia 2008
Beasiswa
Beasiswa DPU-DT, Beasiswa PPA, BeasiswaDjarum Bakti Pendidikan
LKTMLomba Karya Tulis Mahasiswasemifinalis SCHOMEP 2008, F
Olimpiade10 besar OSN-Pertamina 200
2009
PKM
Program Kreatifitas MahasiswTertulis, Artikel Ilmiah, PIMNA
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Selama di bangku Kuliah S1
Karya Tulis
1. Arie Hardian, Fahmi Aprianto, dan Nuri Purnamasari, 2007, PLA (Poly Lactic Acid ) sebagai abiodegradable. (Juara 5 LKTM Tingkat Universitas)
2. Arie Hardian, 2008, Pemanfaatan limbah kelapa sawit dalam pembuatan bioetanol sebagabakar pada bensin. (Finalis Regional LKT-Djarum Bakti Pendidikan)
3. Adam Nugraha dan Arie Hardian, 2008, Kristal cair ionik sebagai elektrolit pada baterai supterintegrasi nanokomposit kertas-Carbon Nano Tube. (10 besar SCHOMEP, Material Fair IT
4. Arie Hardian, 2009, Prospek aplikasi dan pengembangan sel surya tersentisisasi zat warnasumber energi baru dan terbarukan Indonesia. (Juara Chemistry Award)
5. Ali Fachrurrozie, Isman Kurniawan, dan Arie Hardian, 2009, Potensi polimer poli vinil asetateknologi alternatif untuk mencegah erosi tanah di Indonesia. (120 besar karya atraktif daGT)
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In 2014, USA generated about 4,093 billion kWh
Electricity Generation in USA
Coal Natural
Gas
Nuclear Hydro Other
Renewables
Biomass Geo
Thermal
Solar W
39%
27%
1.7%
19%
6%7%
0.4% 0.4%
www.eia.gov
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Permasalahan Energi Indones
Jumlah penduduk Indonesia meningkat rata-rata 1,51% sejak tahun 2000
Data Penduduk Indonesia tahun 2012 mencapai 245.000.000 jiwa.
Konsumsi energi final di Indonesia dari tahun 2000-2012 meningkat rata-rata 2,9% per tahun
Konsumsi energi final Indonesia tahun 2012 mencapai 1.079.000.000 SBM (Setara Barrel Minyak)
Realisasi subsidi energi selalu lebih besar dari anggaran yang dialokasikan
Masih banyak kendala dalam konversi BBM ke BBG maupun BBN mengingat kebutuhan energi s
Indonesia Energy Outlook 2014, BPPT
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Empat sektor utama energi (2012)
Konsumsi Energi Indonesia
28.8%
Transportasi34.8%
Industri
34%
Residen &
Komersial
Indonesia Energy Outlook 2014, BPPT
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Perubahan Pola Penggunaan B
42%
23%
2%
23%
Solar Bensin Avtur Minyak
Tanah
37%
50%
7%
Solar Bensin Avtur
Tahun 2000 Tahun 2012
Indonesia Energy Outlook 2014, BPPT
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Global WarmingPenyebab dan Dampak terhadap Lingkungan dan Manusia
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(Efek Rumah Kaca)
Green House Effect
Efek Rumah Kaca
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Alternative EnergyDefinisi, Jenis, dan Perkembangannya
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Alternative Energy
Alternative energy is any energy source that is an alternative to fossil fuel. These alternatives areaddress concerns about such fossil fuels.
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BioFuelDefinisi, Prinsip Kerja, Sintesis, Potensi
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What is BioFuel?
A biofuel is a fuel that is produced through contemporary biological processes, such as agricdigestion, rather than a fuel produced by geological processes such as those involved in the formatas coal and petroleum, from prehistoric biological matter. Biofuels can be derived directly from plaagricultural, commercial, domestic, and/or industrial wastes.
Bioethanol Biodiesel
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BioethanolBioethanol is an alcohol made by fermentation, mostly from carbohydrates produced in sugar orcorn, sugarcane, or sweet sorghum. Cellulosic biomass, derived from non-food sources, such as tre
being developed as a feedstock for ethanol production.
The French chemist, Henri Braconnot, was the first to discover that cellulose could be hydrotreatment with sulfuric acid in 1819. The hydrolyzed sugar could then be processed to fofermentation.
Starch
Cellulosic biomass
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Bioethanol Production
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Bioethanol Production
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Bioethanol Production
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Bioethanol Production
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Bioethanol Vs Gasoline
• (+) Kandungan oksigen dalam etanol mampu menurunkan rasio air/fuel sekaligus meningkatkan(high octane number)
• (-) titik didih tinggi dan tekanan uap rendah menjadi masalah pada saat kondisi mesin dingin (~2
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Biodiesel Production
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Biodiesel Production
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Biodiesel Production
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Biodiesel Production
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Biodiesel from Algae
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Solar CellDefinisi, Prinsip Kerja, Produksi, Potensi, Perak Kimawan
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Solar CellA solar cell, or photovoltaic cell, is an electrical device that converts the energy of light directly photovoltaic effect, which is a physical and chemical phenomenon.
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Solar Cell Work
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Type of Solar CellBerdasarkan Material yang Digunakan
Amorphous-Si Ba
CIS & CdTe
Organic PV
DSSC
Perovskite Based
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Dye Sensitized Solar CellThis new class of advanced solar cell caartificial photosynthesis due to the wanature’s absorption of light energy.
Dye Sensitized solar cells (DSSC) were Professor Michael Graetzel and Dr BriaPolytechnique Fédérale de Lausanne (and is often referred to as the Gräetze
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Fuel CellDefinisi, Prinsip Kerja, Produksi, Potensi, Peran Kimiawan
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Fuel CellSel Bahan Bakar
A fuel cell is a device that conenergy from a fuel into electrichemical reaction of positivelyions with oxygen or another ocells are different from batterrequire a continuous source oair to sustain the chemical rea
battery the chemicals presentwith each other to generate a(emf). Fuel cells can produce econtinuously for as long as thesupplied.
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Solid Oxide Fuel Cell
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Challenge for ChemistTantangan dan Peluang Kerja
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THANKS FOR YOUR ATTENTION !!
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WHAT WHY WHERE WHEN WHO HOW
Any Question ???