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論 館 B1 991224

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1996PCSD ( ) 2

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NOxVOCs 4

KPIs 5

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IS networking in Ulsan national industrial Parks (up to 2010) SAMSUNG PETROCHEM. 08, 2008 KOREA ALCHOL BUSAN N WWTF 10, 2007 SAMYANG CORP. 2010 HYUNDAI HEAVY INDUSTRY WIF SGR TECH KOREA ENERGY 2010 2010 YOOSUNG WIF ONSAN MWWTF HANWHA PETROCHEM. SONGWON INDUSTRY 2 0 0 0 ~ 2 0 0 6 KOREA ZINC 09, 2007 01, 2003 06, 2004 KOREA PAPER SAMSUNG FINE CHEM. TEAKWANG PETROCHEM. LS-NIKKO S OIL 09, 2008 01, 2005 2010 DONGBU HITEK SUNGAM MWIF 04, 2002 KOENTEC 06, 2008 04, 2002 01, 2003 HYOSUNG YONGYEON 2 SUNGAM MWLF TS KCC HYUNDAI MOTORS KUMHO SUNYUNG NCC PETROCHEM. WATECH 03, 2009 01, 01, 04, 03, 2004 2004 2002 2009 TEAYONG SK ENERGY 10, INDUSTRY DAU METAL 2009 SKC 12, 2004 LG CHEMICAL JSE 10, 2009 NAMGU FWTF NAMBU 04, 2002 09, 2004 YONGYEON MWWTF SK CHEMICAL DONGGU FWTF HANGIL 2010 2010 ULSAN PACIFIC DCC 05, 2009 KOREA PTG 05, 2009 KP CHEMICAL 9

領 來 年 年 率 度 年 年 降 年 降 領 量 年 年 量 年 年 量 10

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1 AC CHC 1,250,000T/a 240,000T/a CSC 2,760,000T/a, CHC, Young Ching / 15

2() CSC CHC 16

3 CSC HIMAG 1,142T/a CSMC 542T/a CH Steel 17

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8 20

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~ ~ 7 23

RDF-5 Stock Preparation System CH4 RDF-5 COD: 180 ppm BOD: 30 ppm S S : 30 ppm Courtesy of Cheng long Corp. 24

1900 T/month RDF-5 7100T/month 900T/month 4300T/month 1.: 79,200 Tons/year 2.: 9,900 Tons 3.11,023 Tons (RDF55 ) BFB 450 T/month Steam 7200 T/month 3. 2009 $800,000 Courtesy of Cheng long Corp. 25

lower water consumption 6.5M 3 /T higher COD 2700ppm CO 2 H 2 S-65000ppm Courtesy of Cheng long Corp. 26

RDF Courtesy of Cheng long Corp. 2009 6,852 tons 15,400 tons (Deduct those generated by burning plastics contained in RDF5 ) 150/ :19,800 tons/year US$ 75/ton 2727

Process Steam Courtesy of Ta-Yuan Cogen Corp. 28

Power Line Steam Line Resource Line Courtesy of Ta-Yuan Cogen Corp. 29

19 30

31 16

32 32

(CHP) (Integrated Gasification Combined Cycles, IGCC) IGCC IGCC(, 2010) 33 IGCC

(Tri-generation) (Tri-generation)Cogeneration(CHP)() Tri-generationCo-generation Tri-generationCo-generation 50% Tri-generationCo-generation 34

(Tri-generation) Co-generationTri-generation Tri-generationCo-generation () (10%~50%) Tri-generation system 35 Co-generation system Tri-generation system

Back River CHP project Back River WWTP Renewable Project 36 (Reference: Rex A. Wright, PE, on U.S. Combined Heat and Power Partnership Partners Meeting,

Energy Conservation Measure Digester Gas Utilization: Gas Conditioning - ALL gas on site Engine Generators 3 MW Heat Recovery -LP Steam 37 (Reference: Rex A. Wright, PE, on U.S. Combined Heat and Power Partnership Partners Meeting,

Latest MAN Diesel Projects Feature Renewable In Renewable Out Application bio-fuel power generation and cogeneration capacity based on medium speed engines is now building up rapidly in Italy. The plant operates in grid parallel baseload mode and also produces around 5.2 MW of recovered for heat industrial processes. In a tri-generation arrangement, the recovered heat is used both as process heat and feeds absorption chillers for processes requiring refrigeration. 38 (Reference: MAN Diesel Group)

Urea-based SCR and Oxicat (Oxidation catalyst) All the bio-fuel power and cogeneration plants include selective catalytic reduction (SCR) to control emissions of oxides of nitrogen (NOx). The tri-generation plant is based on two 2.6 MW generator sets driven by nine cylinder inline MAN Diesel type 9L 27/38 bio-fuel engines. 39 (Reference: MAN Diesel Group)

About MAN Diesel MAN Diesel is the world s leading provider of large-bore diesel engines for marine and power plant applications. The company develops two-stroke and four-stroke engines, auxiliary engines, turbochargers and propulsion packages that are manufactured both by the MAN Diesel Group and its licensees and deliver between 450 kw and 97.3 MW of power. 40 (Reference: MAN Diesel Group)

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