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1^st International Conference on Engineering and Technology Development ISSN 2301-6590 (ICETD 2012)

Universitas Bandar Lampung

Faculty od Engineering and Faculty of Computer Science

Orginizing Committee ... i Table Of Content... v

Keynote Speaker

1. Zinc-Air Battery – Powering Electric Vehicles to Smart Active Labels

Dr. Raihan Othman... 1

2. Enhancing Heat Transper Using Nanofluids(abstract)

Prof. Ahmad Faris Ismail ... 6

3. Rapid Prototyping and Evaluation for Green Manufacturing

RizaMuhida, Ph.D ... 7

4. Indonesia’s Challenge to Combat Climate Change Using Clean Energy

Rudi Irawan, Ph.D ... 12

5. Paraboloid-Ellipsoid Programming Problem

Prof.Dr. Ismail Bin Mohd ... 15

6. Model Development of Children Under Mortality Rate With Group Method of Data Handling

Dr. IingLukman ... 27

7. The Modified CW1 Algorithm For The Degree Restricted Minimum Spanning Tree Problem

Wamiliana, Ph.D ... 36

8. The Fibre Optic Sensor in Biomedical Engineering and Biophotonics

Prof. TjinSweeChuan ...

Speaker

1. Web-Based Service Optimization with JSON-RPC Platform in Java and PHP

WachyuHari Haji ... 1

2. Trouble Ticketing System Based Standard ISO10002: 2004 To Improve Handling of Complaints Responsibility

Ahmad Cucus, Marzuki, AgusSukoco, Maria ShusantiFebrianti, Huda Budi Pamungkas ... 6

3. Design of Warehouse Management Application Tool for Controlling The Supply Chain

Anita Ratnasari, Edi Kartawijaya ... 10

4. Development Of Decision Related Engine Using Integration Of Genetic Algorithm And Text Mining

EvianaTjaturPutri, Mardalena, Asmah ... 15 5. Implementing CBR on The College Rankings Based on Webometrics with EPSBED’s

Data and Webometrics Knowledge

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Marzuki , Maria Shusanti F, Ahmad Cucus , AgusSukoco...19

6. Paypal Analysis as e-Payment in The e-Business Development

Nomi Br Sinulingga ...24

7. Decision Support System for Determination of Employees Using Fuzzy Decision Tree

Sinawaty#1, YusniAmaliah ... 28

8. Analysis of Factors Influencing Consumer Behavior Bring Their Own Shopping Bag (Case Study KecamatanTembalang)

Aries Susanty, DyahIkaRinawati, FairuzZakiah... 33

9. The Use of Edge Coloring Concept for Solving The Time Schedule Problem at Senior High School (Case Study at SMAN 9 Bandarlampung)

RahmanIndraKesuma, Wamiliana, MachudorYusman ... 41

10. Analysis Of Web-Education Based on ISO / IEC 9126-4 For The Measurement Of Quality Of Use

Marzuki, AgusSukoco, Ahmad Cucus, Maria ShusantiFebrianti, Lisa Devilia ... 46

11. The Used of Video Tracking for Developing a Simple Virtual Boxing

David HabsaraHareva, Martin ... 55

12. M-Government as Solutions for E-Government problems in Indonesia

Ahmad Cucus, Marzuki, AgusSukoco, Maria ShusantiFebrianti ... 60

13. Open Source ERP for SME

Tristiyanto ... 65

14. Improvement in Performance of WLAN 802.11e Using Genetic Fuzzy Admission Control

SetiyoBudiyanto ... 70

15. Cloud Computing: Current and Future

TaqwanThamrin, Marzuki, Reni Nursyanti, Andala Rama Putra ... 75

16. Implementing Information Technology, Information System And Its Application In Making The Blue Print for The One Stop Permission Services

Sri AgustinaRumapea,HumuntalRumapea ... 80

17. Integration System Of Web Based And SMS Gateway For Information System Of Tracer Study

EndykNoviyantono, Aidil ... 86

18. Fuzzy Logic Applied To Intelligent Traffic Light

EndykNoviyantono, Muhammad ... 93

19. Solving and Modeling Ken-ken Puzzleby Using Hybrid Genetics Algorithm

Olivia Johanna, Samuel Lukas, Kie Van IvankySaputra ...98

20. GIS Habitat Based Models Spatial Analysis to Determine The Suitability Of Habitat For Elephants

AgusSukoco ... 103

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21. The Course Management System Workflow-Oriented to Control Admission and Academic Process

Usman Rizal, YuthsiAprilinda ... 108

22. Fuzzy Graphs With Equal Fuzzy Domination And Independent Domination Numbers

A.Nagoorgani, P. Vijayalakshmi ... 115

23. Solving Pixel Puzzle Using Rule-Based Techniques and Best First Search

Dina Stefani, Arnold Aribowo, Kie Van IvankySaputra, Samuel Lukas ... 118

24. Capacity Needs for Public Safety Communication Use 700 MHz as Common Frequencyin Greater Jakarta Area

SetiyoBudiyanto ... 125

25. Impact of Implementation Information Technology on Accounting

Sarjito Surya ... 132

26. Document Management System Based on Paperless

WiwinSusanty, TaqwanThamrin, Erlangga, Ahmad Cucus ... 135

27. Traceability Part For Meter A14C5 In PT Mecoindo Of The Measurement Of Quality Of Use

Suratman, WahyuHadiKristanto, AsepSuprianto, MuhamadFatchan, DendyPramudito ... 139

28. Designing and Planning Tourism Park with Environment and Quality Vision and Information Technology-Based(Case Study: Natural Tourism Park Raman Dam)

Fritz A. Nuzir, AgusSukoco, Alex T ... 149

29. Smart House Development Based On Microcontroller AVR-ATMEGA328

Haryansyah, Fitriansyah Ahmad, Hadriansa ... 157

30. Analyze The Characteristic of Rainfall and Intensity Duration Frequency (IDF) Curve at Lampung Province

Susilowati ... 161

31. The Research of Four Sugarcane Variety (Saccharum officinarum ) as The Raw Materials of Bioethanol Production in Negara Bumi Ilir Lampung

M.C.Tri Atmodjo, Agus Eko T, Sigit Setiadi, Nurul Rusdi, Ngatinem JP, Rina, Melina, Agus

Himawan... 174

32. Design an Inverter for Residential Wind Generator

Riza Muhida, Afzeri Tamsir, Rudi Irawan, Ahmad Firdaus A. Zaidi ... 177

33. The Research of Two Sugarcane Variety (Saccharum officinarum ) as The Raw Materials of Bioethanol Production in Negara Bumi Ilir - Lampung

M.C. Tri Atmodjo, Agus Eko T., Sigit Setiadi, Nurul Rusdi, Ngatinem JP, Rina, Melina, Agus H.

... 182

34. Design of Plate Cutting Machine For Cane Cutter (Saccharum Oficinarum) Use Asetilin Gas

M,C, Tri Atmodjo , Tumpal O.R, Sigit D.Puspito ... 186

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35. Behaviour of Sandwiched Concrete Beam under Flexural Loading

Firdaus, Rosidawani ...191 36. Diesel Particulate Matter Distribution of DI Diesel Engine Using Tire Disposal Fuel

Agung Sudrajad ...196

37. Microstructure Alterations of Ti-6Al-4V ELI during Turning by Using Tungsten Carbide Inserts under Dry Cutting Condition

Ibrahim, G.A.Arinal, H, Zulhanif, Haron, C.H.C ...200 38. Validation Study of Simplified Soil Mechanics Method Design with Kentledge Pile

Loading Test of Bored Pile

Lilies Widojoko ...204 39. Performance Assessment Tool for Transportation Infrastructure and Urban Development

for Tourism

Diana Lisa ...211 40. Earthquake Resistant House Building Structure

Ardiansyah ...221

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The Research of Two Sugarcane Variety (Saccharum officinarum ) as The Raw Materials of Bioethanol

Production in Negara Bumi Ilir - Lampung

M.C. Tri Atmodjo^*1, Agus Eko T. ^*2, Sigit Setiadi^*3, Nurul Rusdi^*4, Ngatinem JP^*5, Rina^*6, Melina^*7,Agus Himawan^*8

*B2TP BPPT

Jl. Z.A Pagaralam no 8/20 Bandar Lampung, Indonesia [email protected]

Abstract—This research was conducted in order to find out which sugarcane is better between GMP2 and Kidang Kencana as the raw material for bioethanol production by the application of organic and chemical fertilizer for the plant growth regulator. Four treatment with 3 replication was done that V1P1 was Kidang Kencana with organic fertilizer, V1P0 was Kidang Kencana wthout organic fertilizer, V2P1 was GMP2 with organic fertilizer and V2P0 was GMP2 without organic fertilizer. The application of green manure got better plant growth, total sugar and juice volume. GMP 2 seemed better than Kidang Kencana as the raw material for bioethanol production.

Keywords :GMP 1, Kidang Kencana , Green manure, Chemical fertilizer, Total sugar.

I. INTRODUCTION

Nowadays Indonesia is doing the research of some alternative of biofuel production which renewable of raw materials and circumstance kindly. There are many kind of excellence biomass as raw materials in Indonesia such as cassava, corn, sweet potato, sweet sorghum, sugarcane and etc. There are many kind of Sugarcane variety (saccharumofficinarum) in Indonesia which suitable with the regional agroclimate. Which sugarcane is the best one for bioethanol in Negara Bumi Ilir Lampung Tengah ? This reserach would answer this question.

In the first year of research of sugarcane in 2010 was carried out 4 variety of sugarcane that is GMP 1, GMP 2, Kidang Kencana and PSBM 901. The result of this research showed that GMP 2 and Kidang Kencana seemed suitable as bioethanol raw materials in Negara Bumi Ilir. There fare in this year 2011 was carried out continuing research to find out the first and the second priority as raw materials of bioethanol between GMP 2 and Kidang Kencana with application of balance fertilizer.

The objection of this reserach were to find out the first and the second priority as raw materials of bioethanol between GMP 2 and Kidang Kencana by the application of organic and chemical fertilizer or balance fertilizer.

II. MATERIALS AND METHOD

Randomized block design with 2 repetition,2 treatment that is Kidang Kencana Variety andGMP 2 Variety.

Total Area = 0,5 ha.

V1P1 was Variety of Kidang Kencana with apllication of green manure 2 ton/ha.

V1P0 was Variety of Kidang Kencana without green manure.

V2P1 was variety of GMP2 with apllication of green manure 2 ton/ha.

Urea ... 200 ...kg/ha ( 137 kg N/ha) TSP ... 250 ...kg/ha(115 kg P2O5/ha) KCl ... 150 ...kg/ha(90 kg K2O/ha)

Organic fertilizer (green manure) 2 ton per hectar was applied together with basic of fertilizer

In 2 month old of plant was applied second fertilizer that is (Anonimous, 2001).

Urea ... 100 ...kg/ha(46 kgN/ha) KCl ... 150 ...kg/ha(90 kg K2O/ha)

Plant spacing : Intra row = 1,0 meter( 14 row in a block).

Spacing = 30 cm

III. RESULT AND DISCUSSION

TheData of plant growth in 3 month until 8 month old was showed in table 1 and table 2.

TABLE 1.

THE HEIGHT OF PLANT IN 3 MONTH UNTIL 8 MONTH OLD OF SUGARCANE PLANT.

The data in table 1 was presented in figure 1 below.

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Figure 1. Plant heigh of sugarcane in 3 month until 8 month old

Note Blue= V1P1 Red = V1Po

Yellow = V2P1 Light blue= V2Po

According to the data in fig.1 and table 1 Kidang Kencana and GMP2 Showed the increasing of plant height since 3 month old until 8 month old about 75 percent and 80 percent respectivelly

TheGMP2V2P1 showed the highgest plant about 350 cm and the second was GMP2 V2P0 about 330 cm plant heigh.

The third was Kidang Kencana V1P1 275 cm and the fourth was Kidang Kencana V1P0 220 cm plant height. The application of green manure showed the higher plant growth

The data in table 2 was presented in figure 2 below

Figure 2.

The Diameter seemed increasing since 3 until 8 month old of plant. V1PI showed the bigest diameterabout 3,2 cm while V1P0 olnly 3,1 cm of diameter., V2P1 was 2,7 cm and V2P0 wa 2,5 cm of diameter respectivelly. In 8 month old Kidang Kencana has biger diameter of stem rather than GMP2 but in 3 month old of plant GMP2 has biger diameter than Kidang Kencana. It showed that the growth of diameter of Kidang Kencana is faster than GMP 2.

TABLE 3

THE WEIGHT OF SUGARCANE STEM IN 6 MONTH (OKT), 7 MONTH (NOV) AND 8 MONTH OLD (DESEMBER)

Figure 3. The mean weight of sugarcane stem in 6 month (Blue colour), 7 month (Red) and 8 month old(yellow)

The weight of stem since 6 month old until 8 month old increasing from 350 gr up to 775 gr for V1P1. V1P0 showed higher weight of stem up to 898 gr in each plant. It seemed that the application of for Kidang Kencana no different wiith the application of chemical fertilizer only. But GMP 2 showed better weight of plant by the application of green manure,

TABLE 4.

JUICE VOLUME IN 6 MONTH OLD, 7 MONTH OLD AND 8 MONTH OLD

By the data in table 4 was made the figure 4 below.

0 50 100 150 200 250 300 350

3 4 5 6 7 8 Plant old (month)

Plant height(cm)

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Fig 4. The juice volume of sugarcane in 6 month (blue colour), 7 month (red colour) and 8 month old (yellow colorur)

The juice volume since 6 month old until 8 month old was increasing from 165 ml up to 400 ml for V1P1 respectivelly.

While V1P0 has juice volume 150 ml in 6 month old, 250 ml in 7 month old and 480 ml in 8 month old respectivelly.The highest juice volume was 542 ml by GMP2 with application ofgreen manure in 8 month old of plant. The total sugar presented in table 5.

TABLE 5.

THE TOTAL SUGAR IN 6 MONTH OLD, 7 MONTH OLD AND 8 MONTH OLD

Figure 5.. The total sugar in sugarcane juice of V1P1 (blue colour), V1P0 (red colour) V2P1(yellow) dan V2P0 (ligh blue)

The juice volume with 15% total sugar able to produce 10

% volume as bioethanol. It means that every 1 litre of juice with total sugar 15% able to produce 0,1 litre bioethanol with concentration 95 %. The Kidang Kencana by V1P1 treatment in 6 month old produce about 1190 litre of bioethanol 95%

v/v. In 8 month old Kidang Kencana produce 2181 litre of bioethanol 95%. While GMP 2 by V2P1 treatment in 6 month old produce 1067 litre and in 8 month old produce 3192 litre of bioethanol 95% v/v respectivelly.

The data of bagasse weight presented in table 6 and fig.6.

TABLE 6.

THE WEIGHT OF BAGASSE IN 6 MONTH OLD, 7 MONTH OLD AND 8MONTH OLD

By the data in table 6 was presented figure 6 below.

Figure 6. The weight of bagasse in 6 mont old (blue colour), 7 month old (red colour), and 8 month old (yellow)

8 month old of plant GMP 2 has 450 gr of bagasse by V2P1 treatment and 406 gr by V2P0 treatment respectivelly.

This bagasse able to use as fuel of boiler and raw materials of second generation of bioethanol.

IV. CONCLUSION

GMP 2 is the first priority and KidangKencana is the second priority as the raw materialof bioethanol production

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V. REFERENCE

1. Anonimuous.2005. Indonesiainventorswebsite.

2. Anonimous, 2001, Technical guidelines forthe cultivationof sugarcaneP.T. Gunung Madu

3. Rina& Melina 2011. Technical notes dariEngineering staf WP 1.2 (Tebu Genjah).

4. Toharisman, Aris 2010. Againethanolfromsugarcane.P3GI Pasuruan, Jawa Timur

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