Vol. 20 No.2 (Februari 2013)
Majalah Ilmiah Persatuan Pelajar Indonesia Jepang
io.ppijepang.org
Kecerdasan Solusi hidup
TOPIK UTAMA Development of Synthetic Aperture Radar onboard Unmanned Aerial Vehicle and Microsatellite
TOPIK UTAMA Sustainable Hydrogen Production Method, a Solution to Provide Sustainable Energy for All
SPECIAL REPORT IJIC 2012 TICA 2012
PPI JEPANG ISSN 2085-871X
DAFTAR ISI
i 1
3 10
15 19
28
37 42
50 58
i
DAFTAR ISI
65
68
76
84
96
100
107
ii
EDITORIAL
Editorial:
INOVASI ANAK NEGRI
1
EDITORIAL
2
TOPIK UTAMA
Development of Synthetic Aperture Radar onboard Unmanned Aerial Vehicle and Microsatellite
3
TOPIK UTAMA
4
TOPIK UTAMA
Tx: RHCP
Rx : LHCP Rx : RHCP
5
TOPIK UTAMA
I Q RHCP LHCP Transmitter (Tx) I Receiver (Rx): RHCP
I Q
Receiver (Rx): LHCP
6
TOPIK UTAMA
7
TOPIK UTAMA
Tokyo Metropolitan -0.75
0
+0.75
Imperial Palace
Tokyo station
HH
HV
VH
VV
LL
LR
RL
RR
8
TOPIK UTAMA
9
TOPIK UTAMA
Sustainable Hydrogen Production Method,a Solution to Provide Sustainable Energy for All
10
TOPIK UTAMA
11
TOPIK UTAMA
Hydrogen production through reduction of water
reaction: water + sulfide hydrogen + oxidized sulfur (at subcritical condition of water, ≼280 oC)
H2 product
Energy source geothermal heat
Sulfide recovery through reduction of oxidized sulfur by glucose (derived from biomass)
reaction: oxidized sulfur + glucose sulfide + organic matters (at moderate temperature near 100 oC)
Biomass raw material
12
TOPIK UTAMA
13
Vol 20 No.2
Lucky lead to Nobel Prize? "I was extremely lucky in two ways. I had the opportunity to observe totally unexpected results, which brought me to completely new projects, the other luck was I was able to work under two great mentors...I had two types of great teachers in my early days as a scientist." (Yamanaka, corecipient of Nobel Prize in Physiology or Medicine, 2012)
photo by: Fuad@sendai
SPECIAL REPORT
Mobile Geo-library:
Sustainable Environmental Monitoring and Education Based on Local Knowledge Innovation Proposal for IJIC 2012
15
SPECIAL REPORT
Data collecting & data input
Physical-environment monitoring
infrastructure monitoring
Socio-economic monitoring
Input by Admin
System
MySQL and MapServer
Data WebGIS
WebGIS (HTML, CSS, Java Script, PHP, MapServer, MySQL)
Application
Sustainable Environmental Monitoring and Education Based on Local Knowledge
Public participation for a better system
16
SPECIAL REPORT
17
SPECIAL REPORT
18
SPECIAL REPORT
Fingerprint Authentication Application for Smartphone Innovation Proposal for IJIC 2012
19
SPECIAL REPORT
20
SPECIAL REPORT
21
SPECIAL REPORT
22
SPECIAL REPORT TOPIK UTAMA
TICA 2012 Award Ceremony and Seminar:
Science and Technology for Sustainable Development of Indonesia
24
SPECIAL REPORT TOPIK UTAMA
.
25
SPECIAL REPORT TOPIK UTAMA
26
SPECIAL REPORT TOPIK UTAMA
27
TICA FINALIST
Template-free Synthesis of Sugar-based Microporous Carbons from Bagasse at Subcritical Condition for High Performance Supercapacitors
28
TICA FINALIST
29
TICA FINALIST
30
TICA FINALIST
31
TICA FINALIST
30
Solubilized Fra
ction
40
20
10
0
6 110
4 100
Tem
2 90
per a
% wt
4 SO H2
ture ( oC )
32
TICA FINALIST
B
A
C
1 m
1 m
1 m
. Pore Characteristics Carbons
SBET (m2/g)
Smic (m2/g)
VT (cm3/g)
Smic/ SBET
Un-AC-140 Un-AC-160 Un-AC-180
112.88
46.28
0.06
0.41
139.86
61.54
0.08
0.44
150.84
73.91
0.09
0.49
33
TICA FINALIST
0.20
A
Pore Size Distribution (cm3/g.A)
Volume Adsorbed (cm3/g.STP)
600
500 Zn-AC-540 Zn-AC-720 Zn-AC-900 Maxsorb
400
300
200
100
0
B
0.18 0.16 0.14 0.12
Zn-AC-540 Zn-AC-720 Zn-AC-900
0.10 0.08 0.06 0.04 0.02 0.00
0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
Relative Pressure (p/p0)
2
4
6
8
10
12
Pore Width (nm)
. Pore Characteristics Carbons
SBET (m2/g)
Smic (m2/g)
VT (cm3/g)
Smic/S BET
Zn-AC-540 Zn-AC-720 Zn-AC-900 Maxsorb
892.67
553.46
0.42
0.62
978.36
665.28
0.47
0.68
915.21
521.67
0.44
0.57
1,840.12
830.38
0.83
0.45
34
Curren
TICA FINALIST
Zn-AC-900 Maxsorb
0
-5
-10
-15 0.0
0.2
0.4
0.6
0.8
1.0
Potential (V vs. Ag/AgCl)
15 1.4
A
Zn-AC-540 Zn-AC-720 Zn-AC-900 Maxsorb
1.2
Potential (V vs. Ag/AgCl)
Current (A)
10
5 Zn-AC-540 Zn-AC-720 Zn-AC-900 Maxsorb
0
-5
-10
1.0
B 0.8 0.6 0.4 0.2
-15 0.0
0.2
0.4
0.6
0.8
1.0
Potential (V vs. Ag/AgCl)
0.0 0
50
100
150
200
Time (s)
1.4 Zn-AC-540 Zn-AC-720 Zn-AC-900 Maxsorb
Potential (V vs. Ag/AgCl)
1.2 1.0
B 0.8 0.6 0.4 0.2 0.0 0
50
100
150
200
Time (s)
35
TICA FINALIST
36
TICA FINALIST
Impact Studies of Salt Drying Equipment Implementation by Applying Zeolite Technology as Innovative, Cheap, and Fast Salt Production Technology
37
TICA FINALIST
Year
Demand
Production
Import
2006 2007 2008 2009 2010
2.599.250 2.619.000 2.667.000 2.888.000 3.003.550
n/a 1.150.000 1.199.000 1.371.000 30.600
1.590.200 1.638.541 1.630.793 1.736.422 1.905.429
. Types
2007
2008
2009
2010
Industry CAP Salt Consumpti on Food and Clean Industry Oil drilling
1.320.00 0
1.350.00 0
1.560.00 0
1.650.00 0
680.000
687.000
693.000
720.000
444.000
455.000
460.000
465.000
125.000
125.000
125.000
125.000
50.000 2.619.00 0
50.000 2.667.00 0
50.000 2.888.00 0
50.000 3.010.00 0
Etc. Total
38
TICA FINALIST
Substance
Salt Quality K1
K2
K3
NaCl (%)
>98,48
92,52 – 98,48
<92,52
MgCl2 (%)
0.1
1.71
3.3
MgSO4 (%)
0.22
0.54
3.13
CaSO4 (%)
1.15
1.78
0.84
Air (%)
4
5
>5
0.05
0.87
0.21
750
550
250
Unsoluble (%)
substances
Price
Market Analysis Demand of Salt Production Parameter Quantity World salt 293.661.000 demand Indonesia salt 12.500.000 demand CAP Industry 1.650.000 Consumption salt 720.000 Food Industry 465.000 Oil drilling 125.000 Etc 50.000 TOTAL 3.010.000 Indonesia salt 1.250.000 production Indonesia salt 2.760.000 import
Unit Ton/year Ton/year Ton/year Ton/year Ton/year Ton/year Ton/year Ton/year Ton/year Ton/year
39
TICA FINALIST
(1)
(2)
(3)
Production type
Production time
Total production in 1 year
SDE Conventional
3 kg/3 days 3 kg/7 days
300 kg 128,6 kg
Production type
Production time
Total production in 1 year
SDE Conventional
30 kg/3 days 30 kg/7 days
3000 kg 1286 kg
40
TICA FINALIST
41
TICA FINALIST
Portable High Performance Gamelan Tuner using Adaptive Waveform Pattern Matching
ď˝&#x17D;
.
Pelog Scales
Diatonic Scales
1 2 3 4 5 6 7
C+ D EF# G# A B
42
TICA FINALIST
Slendro Scales
Diatonic Scales
1 2 3 5 6
CD E+ G A
Fundamental Frequency of Saron Slendro (Hz) Saron Notation Set Gamelan
1
2
3
5
6
1
541.5
616.8
715.4
814.7
939.8
2
544.1
619.0
716.1
814.6
942.4
3
542.4
620.7
712.8
819.8
934.6
4
542.8
620.4
713.0
820.2
934.3
5
543.0
620.4
712.9
820.1
934.2
6
542.8
620.3
713.1
820.0
934.2
7
537.0
617.9
710.6
816.7
929.7
8
544.3
618.9
716.1
814.5
942.5
9
539.6
617.9
711.2
816.0
934.0
10
541.1
617.4
710.5
815.6
932.8
11
514.9
589.3
681.9
776.0
896.7
12
536.9
611.4
709.9
815.2
928.0
13
544.2
618.9
716.2
814.5
942.6
14
541.8
620.0
714.9
814.4
940.5
15
541.5
616.8
715.4
814.8
939.8
16
544.1
619.0
716.1
814.6
942.4
17
535.3
615.1
710.4
820.1
938.4
18
537.6
611.9
710.7
816.4
928.3
19
537.7
610.8
710.0
817.7
926.6
20
542.8
611.9
710.9
817.1
928.6
21
537.3
611.1
710.7
816.1
929.1
22
537.7
611.0
711.4
816.1
930.6
23
536.6
612.0
708.6
812.8
925.7
24
536.5
610.8
710.3
815.9
927.0
25
537.9
611.4
711.0
816.9
928.1
43
TICA FINALIST
Fundamental Frequency of Saron (Hz)
Min Max Average
Saron Notation 1 2 514.9 589.3 544.3 620.7 539.3 614.8
3 681.9 716.2 711.2
4 776.0 820.2 814.8
5 896.7 942.6 932.4
â&#x2C6;&#x2018;
(2)
(3)
44
TICA FINALIST
∑ (4)
,
Onset Location
,
( )
(
∑
|
(
))
|
(5)
(6)
45
TICA FINALIST
46
TICA FINALIST
Frequency (Hz) 1Hz Resolution
0.5Hz Resolution
0.25 Hz Resolution
DemungSl1
264
264.5
264.25
DemungSl2
302
302.5
302.5
DemungSl3
352
351.5
351.5
DemungSl5
403
403
402.75
DemungSl6
463
463
463.25
SaronSl1
535
535
535.25
SaronSl2
615
615
615
SaronSl3
710
710.5
710.5
SaronSl5
820
820
820
SaronSl6
938
938.5
938.5
PekingPl1
1209
1209.5
1209.25
PekingPl2
1300
1300.5
1300.5
PekingPl3
1431
1431.5
1431.25
PekingPl4
1658
1658
1658
PekingPl5
1839
1839
1838.75
PekingPl6
1951
1950.5
1950.75
PekingPl7
2159
2158.5
2158.75
7000
6000
5000
4000
3000
2000
1000
540 538 536 534 532 500
Frequency (Hz)
SaronSl1
Sample Length (sample)
47
TICA FINALIST
Estimated frequency according to sample length (Hz) 50 0
100 0
200 0
300 0
400 0
500 0
600 0
700 0
Saron Sl1
53 6
539
535
535
535
535
535
535
Saron Sl2
61 4
614
615
615
615
615
615
615
Saron Sl3
71 3
710
711
710
710
710
710
710
Saron Sl5
81 8
819
820
820
820
820
820
820
Saron Sl6
93 7
937
938
939
938
938
938
938
First minimum sample value (sample) 1Hz Resolution
0.5Hz Resolution
0.25 Hz Resolution
DemungSl1
3000
4000
10000
DemungSl2
4000
2000
8000
DemungSl3
4000
2000
7000
DemungSl5
1000
3000
5000
DemungSl6
1000
6000
5000
SaronSl1
2000
1000
9000
SaronSl2
2000
2000
6000
SaronSl3
3000
2000
5000
SaronSl5
2000
2000
1000
SaronSl6
4000
2000
3000
PekingPl1
2000
1000
1000
PekingPl2
1000
3000
2000
PekingPl3
3000
4000
5000
PekingPl4
1000
1000
3000
PekingPl5
1000
5000
2000
PekingPl6
1000
1000
2000
PekingPl7
3000
5000
3000
48
TICA FINALIST
49
TICA FINALIST
Supercritical Carbon Dioxide for Extraction of Anticancer from Black Nightshades Berries (Solanum nigrum): Pharmaceutical Application for Natural Additive Sunscreen
50
TICA FINALIST
51
TICA FINALIST
.
52
TICA FINALIST
(2)
(3) (4)
(5)
(1)
(6)
(7)
53
TICA FINALIST
(8)
(9)
(10)
(11)
54
TICA FINALIST
55
TICA FINALIST
56
TICA FINALIST
57
TICA FINALIST
Application of Plasma Electrolysis Technology in Chlor-Alkali Production Process
58
TICA FINALIST
5
2
4
1
9
7 3 6 8
13
12
10
14
11
500 V
1. Cooling Water 2. Pump 3. NaCl Solution 4. Thermometer 5. Chlorine Gas Product 6. Cathode (Cooling Coil) 7. Acrylic Barier
220V
8. Anode 9. KI Solution 10. Ampere-meter 11. Diode Bridge 12. Transformer 13. Slide Regulator 14. Electricity Source
● ●
●
59
TICA FINALIST
1,6 0.05 M 0.1 M 0.15 M
1,2 1 0,8 0,6 0,4
3.000
0,2
2.500
0 300
350
400
450
Voltage (V)
0.05 M
2.000 1.500 1.000 500 250
300
350
400
450
Voltage (Volt)
●
●
800 Electric Power (W)
250
Wr (kJ/mmol)
Chlorine (mmol)
1,4
677
600 357
400 200
137
0 0
1
2
Anode Depth (cm)
60
TICA FINALIST
Wr (kJ/mmol Cl2)
2000 1567 1500 1075 1000
658
500 0 0
Chlorine Gas Production (mmol)
0,2
1 Depth (cm)
2
0,185
0,15 0,1 0,05
0,041 0,023
0 0
2 Anode1Depth (cm)
61
Final pH
TICA FINALIST
12,5 12 11,5 11 10,5 10 9,5 9
0.05 M
250
350
450
Voltage (V)
62
TICA FINALIST
10,912 9,277
988
Electrolysis (50 V)
9,616
510
284
0,05
0,1
0,15
9.277,00
9.616,00
10.912,00
988,00
510,00
284,00
9
19
38
Plasma Electrolysis (400 V) Ratio
●
● ●
●
●
63
TICA FINALIST
64
TICA FINALIST
An alternative expression for the Euler’s constant derived from the black-body radiation
∫
(
[
∫
(
∫
( )
)[1+
(
)
)
]
( )
2. Basic Theory
(4) 2.1. AF(A) Formula The BDE is written in forms of
9,10
65
TICA FINALIST
( (
)
∑
(
(
) )
)
(11)
(5)
(6)
(7)
[
(
[
(
(
)
(
)
]
)
)
,
]
√
(8)
(9)
(10)
66
Vol Vol20 20No.2 No.2
Total Renewable Freshwater Supply
must not forget that when radium was discovered no one " We knew that it would prove useful in hospitals. The work was one of pure science. And this is a proof that scientific work must not be considered from the point of view of the direct usefulness of it. It must be done for itself, for the beauty of science, and then there is always the chance that a scientific discovery may become like the radium a benefit for humanity. Marie Curie (1867 - 1934), Lecture at Vassar College, May 14, 1921
"
HUMANIORA
Mahabbah dan Iffah: Peranannya terhadap Kepuasan Long Distance Marriage
rizqi.maulida@gmail.com
68
HUMANIORA
69
HUMANIORA
70
HUMANIORA
No. 1.
Aspek
Indikator
Consensus (Kesepakatan)
Nomor Butir
Pengambilan keputusan
Total
3, 6
Nilai dalam Kehidupan
6 1, 5
2.
3.
Satisfaction (kepuasan)
Cohesion (Kebersamaan)
Kasih sayang
2, 4
Kestabilan rumah tangga
7, 9
Intensitas konflik
8, 10
Aktivitas bersama
11,13
Dikusi bersama
12,14
3
3
Jumlah
12
No.
1
Kelekatan dan kasih sayang
2
Mengutamakan keinginan yang dicinta
3
Menghindari hal yang dapat merenggankan hubungan
4
Kecocokan dan saling mendukung
. .
.
.
JUMLAH
Favorable 1,2,3,5 ,6
Unfavorable
Jumlah
4,7
7
8, 9, 11,17,18
10,19
5
20, 21,14,15
22,16
4
23, 24, 12
25, 13
5
15
6
21
Jumlah
1, 2, 3, 4, 23, 24
8, 9
7
2
Menahan diri dari penzaliman
5, 6, 7, 25, 26
19, 20
7
3
Menjaga diri dari khianat
10,11, 12, 13, 27
17, 18
7
4
Menahan lisan dari hal buruk
14,15,1 6, 28, 30
.
Indikator
unfavorable
Menjaga diri dari zina
.
NO
Favorable
1 .
.
Indikator
JUMLAH
18
21, 29
22,
9
6
27
71
HUMANIORA
R
R-Square R-Square Change
0,7 25
0,525
Sig. F Change
0,525
0,000
F Change 5,939
Df 1 Df 2 8
43
Variabel
R-Square Change
Koefisien Beta
Signifikansi
Keterangan
Iffah 3 (Menjaga diri dari khianat)
0,315
0,461
0,000 (p <
Signifikan
0,05) Iffah 1 (Menjaga diri dari zina)
0,112
0,332
0,003 (p <
Signifikan
0,05) Mahabbah 1 (Kelekatan dan kasih sayang)
0,040
0,223
0,063 (p > 0,05)
Iffah 4 ( Menahan lisan dari hal buruk)
0,002
0,106
0,658 (p > 0,05)
Mahabbah 4 (Kecocokan dan saling dukung)
0,004
0,074
0,539 (p > 0,05)
Mahabbah 2 (Mengutamakan keinginan yang
0,001
0,020
dicinta) Mahabbah 3 (Menghindari hal yang dapat
0,05) 0,000
-0,026
renggangkan hubungan) Iffah 2 (Menjaga diri dari penzaliman)
0,778 (p >
0,871 (p > 0,05)
0,050
-0,333
0,039 (p <
Tidak signifikan Tidak signifikan Tidak signifikan Tidak signifikan Tidak signifikan Signifikan
0,05)
72
HUMANIORA
19
73
HUMANIORA
74
HUMANIORA
75
GREEN POLICY
Green Business Initiatives in Brunei Darussalam
76
GREEN POLICY
77
GREEN POLICY
78
GREEN POLICY
Sector
2004
2005
2006
2007
2008
Wholesale and Retail Trade
1,551
1,270
1,575
1,779
1,947
Construction
1,476
1,342
1,624
1,719
1,630
976
1,088
1,240
1,279
1,324
1,289
1,472
1,656
1,650
1,570
Coffee shops, Restaurant & Hotels
752
827
748
942
913
Transport, storage & Communication
315
335
369
388
393
Financial, Insurance & Business services
384
412
467
469
484
Agriculture, Forestry & Fishing
834
914
1,047
975
981
Production of Oil and Liquefied Natural Gas
20
21
26
30
27
Sawmill and Timber Processing
34
35
38
35
33
7,631
7,716
8,790
9,266
9,302
Community, Social & Personal Services Mining & Manufacturing
Total
79
GREEN POLICY
Total Allocation (B$) ALLOCATION BY SECTOR
9.5 bil 100% B$
%
1,024,965,460
10.8
101,771,500
1.1
Forestry
65,368,000
0.7
Fishery
115,839,960
1.2
Industrial Development
404,334,000
4.3
38,514,000
0.4
299,138,000
3.1
1,067,038,300
11.2
Roads
568,535,000
6
Civil Aviation
114,527,000
1.2
26,753,000
0.3
Telecommunications
116,517,000
1.2
Radio and Television
118,241,300
2.4
12,465,000
0.1
1,294,267,900
13.6
Education
822,468,500
8.7
Medical and Health
149,152,000
1.6
27,180,600
0.3
295,466,800
3.1
1,761,451,800
18.5
23,281,000
0.2
Industry and Commerce Agriculture
Commerce & Entrepreneurial Development Pulau Muara Besar Transport and Communication
Marine and Ports
Postal Services Social Services 'A'
Religious Affairs Human Resource Development Social Services 'B' Government Housing Public Facilities and Environment
182,500,800
1.9
National Housing
1,555,670,000
16.4
Public Utilities
1,492,717,900
15.7
Electricity
587,904,000
6.2
Sanitation
178,013,000
1.9
Water Supply
524,573,900
5.5
Drainage
202,227,000
2.1
Public Buildings
672,958,800
7.1
Science, Technology and R & D
165,178,400
1.7
1,145,687,800
12.1
Security
596,789,000
6.3
Royal Brunei Armed Forces
421,286,000
4.4
Police
175,503,000
1.8
Miscellaneous
278,944,640
2.9
Contingency Reserves
244,944,640
2.6
Site Development
15,000,000
0.2
Consultant Fee
15,000,000
0.2
4,000,000
0
ICT
Liabilities for Completed Project
80
GREEN POLICY
81
GREEN POLICY
82
GREEN POLICY
83
GREEN POLICY
Japanâ&#x20AC;&#x2122;s Bilateral Offset Crediting Mechanism (BOCM) as a Potential Source of Climate Change Financing in Indonesia rakhmindyarto@gmail.com
84
GREEN POLICY
85
GREEN POLICY
86
GREEN POLICY
.
87
GREEN POLICY
88
GREEN POLICY
No
Project Name
Organization Name
Field
Outline
1
Introduction of Supercritical Coal Power Plant
The Institute of Energy Economics, Japan (IEEJ)
Coal Power Plant
General research on the possibility to introduce highly efficient coal power plants, possible CO2 emissions reductions, institutional challenges, and costs for project implementation.
2
New construction and rehabilitation of geothermal power plant
Mitsubishi Co.
Renewable energy
Study on potential demand for new construction of geothermal power plants.
3
Energy consumption optimization at facilities using IT
Yamatake Co.
Energy efficiency (EE) of facilities
Apply “operation optimization system for utilities” at a refinery of Pertamina.
4
REDD (Reduced Emissions from Deforestation and forest Degradation) +
Marubeni Co.
Forestry
Choose at most three locations and conduct analysis on current status, develop program and scheme for REDD+ projects.
5
Carbon capture and storage
Arabian Oil Company, Ltd.
CCS
Study feasibility of introducing a CCS/EOR system.
6
Energy efficiency improvement in the use of low grade coal
Sojitz Co.
Coal Power Plant
Examine feasibility of introducing “steam tube dryer (equipment to dry low-grade coal fuel)”.
7
Heat recovery and waste gasification in cement plant
Kawasaki Plant Systems, Ltd.
Cement
Examine feasibility to introduce heat recovery and waste gasification systems.
8
N2O reduction from agricultural sector using coating fertilizer
JCAM Agri Co. Ltd
Chemical
Study emissions reduction potential from the agricultural sector.
Source: METI (2011)
89
GREEN POLICY
No 1
Study Title Dissemination of high efficiency solar cells in un-electrified areas
Study Entity E & E Solutions
Category Communication (solar power)
Purpose a.
b.
c.
Dissemination of solar cells at cell-phone base station Survey and analysis of implementation sites Feasibility analysis of the project and consideration of finance and investment etc.
2
REDD+ project through preventing large scale peatland fire in Central Kalimantan, Indonesia.
Sumitomo Co.
Forestry
The development of the quantification method for reducing CO2 emissions focusing on those from the peatland fires
3
GHG reduction project through forest preservation in peat land in Central Kalimantan
Marubeni Co.
Forestry
a.
b.
Study REDD+ nested approach Study social environmental safeguards for REDD+
4
Mangrove REDD+, reduction of CO2 emission and enhancement of CO2 sequestration
YL Building Co, Ltd.
Forestry
Analyze the feasibility of GHG emission reductions through REDD+ project
5
Establishing the newly constructed geothermal power generation plant
Marubeni. Co
Geothermal Power
Clarify the potential to reduce GHG emissions through newly constructed geothermal power
6
Introducing biomass boiler power generation project in State-owned palm oil mills.
Shimizu, Co.
Biomass
Clarify the potential to reduce CO2 emissions by using biomass boiler
7
Introducing energy efficient technologies at cement plant
Ube Industries, Co.
Cement
Clarify the potential to reduce CO2 by using high-moisture fuel waste heat drying project in cement factories
8
Utilization of Sumatra SNG (Substitute Natural Gas)
Mitsubishi Heavy Industries, Ltd.
Fuel
Clarify the potential to reduce CO2 emissions by
90
GREEN POLICY
utilizing Sumatra alternative natural gas (SNG) and study MRV etc. 9
Enhancing efficiency of low rank coal (LRC) thermal power plants through steam tube dryer system.
Tsukishima Kikai, Co./Sojitz Co.
Coal Thermal Power
Clarify the potential to reduce CO2 emissions by reducing thermal LRC moisture with Japanase advanced high efficiency coal drying technology
10
Carbon capture storage
Arabian Oil Company, Ltd.
CCS
Study feasibility of introducing a CCS/EOR system, design possible ground installations, and identify MRV methodology.
11
Introducing small hydroelectric generation
Industrial Decision, Co.
Hydro Power
Study feasibility of introducing hydro power plant
12
Eco-shipping support sustem based on weather forecast data
Ube Shipping and Logistics, Ltd.
Traffic
a.
b.
c.
Examine the shipping management plan Examine the fuel consumption conditions Examine the GHG emissions reduction potential
13
Study for project exploration on introducing flash and binary geothermal power generation plants
Sumitomo , Co.
Geothermal Power
Clarify the potential to reduce GHG emission through newly constructed geothermal power generation (flash and binary type)
14
Apply energy consumption optimization at facilities using IT
Yamatake, Co.
Energy Efficiency (EE) of Facilities
Study feasibility of applying energy consumption optimization at facilities using IT
15
Apply optimum control of plant equipment (by IT)
Yokogawa Elec, Co.
Energy saving at factory
Apply â&#x20AC;&#x153;operation optimization system for utilitiesâ&#x20AC;? at paper making industry, textile industry.
16
Introducing highly efficient distribution transformer introduction.
Hitachi Metals, Co.
Power distribution
Implement pilot project of installing high-efficient amorphus
91
GREEN POLICY
distribution transformer (AMDT) 17
Introducing hydro power project renovation
Recycle One, Co.
Hydro power
Study on potential demand for renovation of hydro power plants and possible CO2 emissions reductions.
18
N2O reduction from agricultural sector using coating fertilizer
JCAM Agri Co. Ltd.
Chemical
Study emissions reduction potential from the agricultural sector by using coating fertilizer, and identify MRV methodology.
Source: METI (2011)
92
GREEN POLICY
92
GREEN POLICY
93
GREEN POLICY
94
Vol 20 No.2
must not forget that when radium was discovered no one " We knew that it would prove useful in hospitals. The work was one of pure science. And this is a proof that scientific work must not be considered from the point of view of the direct usefulness of it. It must be done for itself, for the beauty of science, and then there is always the chance that a scientific discovery may become like the radium a benefit for humanity. Marie Curie (1867 - 1934), Lecture at Vassar College, May 14, 1921
photo by: Fuad@sendai
"
OPINI
96
OPINI
97
OPINI
98
Vol Vol20 Vol 20 20No.2 No.2 No.2
Total Renewable Freshwater Supply
must not forget that when radium was discovered no one " We knew that it would prove useful in hospitals. The work was one of pure science. And this is a proof that scientific work must not be considered from the point of view of the direct usefulness of it. It must be done for itself, for the beauty of science, and then there is always the chance that a scientific discovery may become like the radium a benefit for humanity. Marie Curie (1867 - 1934), Lecture at Vassar College, May 14, 1921
Green Investment
in G-20 Countries
"
TEKNIK LINGKUNGAN OPINI
Pembuatan Nano-Material Skala Rumah Tangga dari Karat Besi sebagai Bahan Penjernih Air
100
TEKNIK LINGKUNGAN OPINI
101
TEKNIK LINGKUNGAN OPINI
102
TEKNIK LINGKUNGAN OPINI
103
TEKNIK LINGKUNGAN OPINI
104
y = 13.68x - 19.91 R² = 0.981
150 100 50 0 0
5
10
Konsentrasi SiO2
Penurunan kekruhan (NTU)
Turbiditas (NTU)
TEKNIK LINGKUNGAN OPINI
60
15
(103 ppm)
13 menit
40 20 0 0
50
100
Waktu (menit)
105
TEKNIK LINGKUNGAN OPINI
106
KESEHATAN OPINI
Molekular Biomarker untuk Kanker Paru
Š2013. Persatuan Pelajar Indonesia Jepang. All rights reserved.
107
KESEHATAN OPINI
108
KESEHATAN OPINI
109
KESEHATAN OPINI
110
KESEHATAN OPINI
111
Vol Vol20 Vol 20 20No.2 No.2 No.2
Tempe Lake, South Sulawesi Total Renewable Freshwater Supply
must not forget that when radium was discovered no one " We knew that it would prove useful in hospitals. The work was one of pure science. And this is a proof that scientific work must not be considered from the point of view of the direct usefulness of it. It must be done for itself, for the beauty of science, and then there is always the chance that a scientific discovery may become like the radium a benefit for humanity. Marie Curie (1867 - 1934), Lecture at Vassar College, May 14, 1921
Green Investment
in G-20 Countries
"
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