Summary:
 

(2009-2013 Deep Research Report on China Solar Grade Polysilicon Industry)  was published by Solar Energy Research Center in Mar 2009. It was a deep research report on China and Global SG polysilicon industry. In this report, the following information was included:

Global and China Polysilicon Supply Demand 2006-2008 data and 2009-2013 forscast

Detail information of Global 70+ polysilicon projects

Project capacity production cost price profit profit margin technology source and equipments source expansion plan and investment return rate etc information were introduced in the commercial production projects

Project background technology feasibility expansion capacity production cost price etc information were introduced in the building projects

Market Share and comparison analysis by different technologies (Siemens FBR Physical Other Method) different manufacturers (Global 30+ companies) different regions (China US EU Japan etc regions)

Project development strategy was also introduced according supply and demand relationship

Also analyse global and China polysilicon development trend according Global PV industry development trend and related countires policies

At last, listed deep research conclusions according polysilicon yesterday today and tomorrow and also analyse new polysilicon project feasibility via a special case.

……

In a word, it was a deep research report on global and china polysilicon industry chain. And thanks to the global and China polysilicon marketing or technology experts support during polysilicon research team survey and interviews.
 

Chapter One Polysilicon Industry Overview 1
1.1 Definition of Polysilicon 1
1.2 Classification and Application 4
1.3 Industry Chain Structure 6

Chapter Two Manufacture Technology and Processes of Polysilicon 8
2.1 Polyslicon Manufacturing Technology Overview 8
2.2 Seimens Method 10
2.3 Fluidized-bed Reactor(FBR) Method 17
2.4 Physical Method (UMG) 20
2.5 Other Method 25

Chapter Three Polysilicon Productions Supply Sales Demand Market Status and Forecast 39
3.1 Polysilicon Productions Overview 40
3.1.1 Siemens Polysilicon Productions Overview 40
3.1.2 FBR Polysilicon Productions Overview 45
3.1.3 UMG Polysilicon Productions Overview 48
3.1.4 Other Method Polysilicon Productions Overview 51
3.1.5 Global Total Polysilicon Productions Overview 53
3.1.6 Global EG Polysilicon Productions Overview 58
3.1.7 Global SG Polysilicon Productions Overview 59
3.2 Polysilcon Demand 61
3.2.1 Solar Cell Production Overview 61
3.2.2 SG Polysilicon Demand 63
3.2.3 EG Polysilicon Demand 64
3.3 Polysilicon Demand 64
3.3.1 Supply and Demand of Global Polysilicon 64
3.3.2 Supply and Demand of China Polysilicon 66
3.4 Polysilicon Cost Price Production Value Profit Purity 71

Chapter Four Global Key Polysilicon Manufactuers 75
4.1 Hemlock(US Michigan Siemens) 75
4.2 Wacker Chemie(Germany Burghausen Siemens FBR) 85
4.3 MEMC Electronic Materials(US Missouri FBR Siemens) 99
4.3.1 MEMC(US Texas FBR) 105
4.3.2 MEMC(Italy Merano Siemens) 107
4.4 REC(AsiMI+SGS)(Norway Oslo Siemens FBR) 108
4.4.1 REC(AsiMI)(US Montana Siemens) 121
4.4.2 REC(SGS)(US Washington FBR Siemens) 122
4.5 Tokuyama(Japan Shunan Siemens VLD) 123
4.6 Mitsubishi Materials(Japan Tokyo Siemens) 132
4.6.1 Mitsubishi Materials(Japan Yokkaichi Siemens) 135
4.6.2 Mitsubishi Polucrystalline Materials(US Alabama Siemens) 136
4.7 DC Chemical(Korea Kunsan Siemens) 138
4.8 M.SETEK(Japan Soma Siemens) 145
4.9 Osaka Titanium(Japan Hyogo Siemens)[Sumitomo Titanium] 155
4.10 Nitol Solar(Russia Usolie-Siberian Siemens) 161

Chapter Five China Key Polysilicon Manufacturers 167
5.1 GCL Silicon(Jiangsu Xuzhou Siemens) 168
5.2 SINO-SI(Henan Luoyang Siemens) 173
5.3 XINGUANG SILICON(Sichuan Leshan Siemens) 183
5.4 Emei Semiconductor(Sichuan Emeishan Siemens) 194
5.5 DAQO Group (Chongqing Wanzhou Siemens) 200
5.6 Tongwei and Juxing [Yongxiang Polysilicon] (Sichuan Leshan Siemens) 205
5.7 Shunda Polysilicon(Jiangsu Yangzhou Siemens) 208
5.8 Tehua New Material (Jiangsu Yancheng Siemens) 212
5.9 Sunshine Polysilicon (Ningxia Shizuishan Siemens) 215
5.10 JiangxiTn Silicon Material (Jiangxi Zhangshu Siemens) 220
5.11 CSG Polysilicon(Hubei Yichang Siemens) 226
5.12 Asia Silicon (Qinghai Xining Siemens) 232
5.13 LDK (Jiangxi Xinyu Siemens) 236

Chapter Six International Building or Planning Polysilicon Projects 241
6.1 Hoku Materials (US Idaho Siemens) 241
6.2 MutoSilicon(Taiwan Pingdong SRI) 245
6.3 Top Green Energy Technologies (Taiwan Chung Ho Siemens) 247
6.4 Fuju Solar(Southern Taiwan Siemens) 249
6.5 Asahi Energy (CTSP SRI) 252
6.6 Silfab(Italy Padova Siemens) 252
6.7 TIMMINCO(Canada Quebec Physical) 256
6.8 WOONGJIN POLYSILICON(Korea Sangju Siemens) 267
6.9 Korea Advanced Materials (KMA)(Korea Chungcheong Siemens) 269
6.10 AE Polysilicon(US Pennsylvania FBR) 270
6.11 ESTELUX(Italy Ferrara Siemens) 272
6.12 Italsilicon(Italy Brugherio Siemens) 274
6.13 JAPAN SOLAR SILICON(Japan Kamisu New Technology) 276
6.14 “Semiconductor Plant” JSC (Ukraine Zaporozhye Siemens) 278
6.15 NorSun(Saudi Arabia Jubail Siemens) 281
6.16 Prime Solar(Germany Saxony-Anhalt Siemens) 282
6.17 Silpro(France Saint Auban Siemens) 283
6.18 Silicio Energia(Spain Málaga Siemens) 284
6.19 Elkem Solar(Norway Kristiansand Physical) 287
6.20 Dow Corning(Brazil PV 1101 Physical) 290
6.21 Globe Specialty Metals(US Ohio Physical) 292
6.22 ARISE Technologies(Canada Ontario Physical) 294
6.23 6N Silicon(Canada Ontario Physical) 297
6.24 JFE Steel(Japan Kurashiki Physical) 300
6.25 NS Solar Material (Japan Fukuoka Physical) 301
6.26 TSM(Holand Limburg Siemens) 302
6.27 PV Crystalox(Germany Bitterfeld Siemens) 305
6.28 Bhaskar Silicon(India Haldia Siemens) 308
6.28 RSI Silicon(US PA RSI) 309

Chapter Seven China Building or Planning Polysilicon Projects 316
7.1 Shenzhou Silicon (Inner Mongolia Huhhot Siemens) 316
7.2 Zhongcai Group (Jiangsu Wuxi Siemens) 319
7.3 Sichuan Renen Silicon Material (Sichuan Meishan Siemens) 320
7.4 Yongwang Silicon (Sichuan Yaan Siemens) 322
7.5 CICO (Sichuan Chengdu Xinjin Siemens) 323
7.6 Jiangxi Jingda (Jiangxi Nanchang Siemens) 325
7.7 Lu’an Group (Shanxi Changzhi Siemens) 325
7.8 Yunnan Metallurgical Group (Yunnan Qujing Siemens) 333
7.9 TBEA (Xinjiang Urumqi Siemens) 334
7.10 Other Polysilicon Projects 336
7.10.1 Hubei QixingJingxing (Hubei Suizhou Siemens) 336
7.10.2 Yiyang Jingxin (Hunan Yiyang Physical) 336
7.10.3 Shanxi Tianhong Silicon Material (Shanxi Xianyang Siemens) 338
7.10.3 Nanjing Dalu Group (Inner Mongolia Huhhot Siemens) 340
7.10.4 HongKong Hongqiao Group (Shandong Jining Physical) 348
7.10.5 Shanghai ProPower Renewable Energy (Shanghai Nanhui Physical) 356
7.10.6 Nanan Sanjing (Fujian Nanan Physical) 359
7.10.7 Yinxing Polysilicon (Ningxia Wuzhong Physical) 361
7.10.8 JACO SOLARSI (Fujian Xiamen Physical) 362
7.10.9 Nanyang Green Silicon (Henan Fangcheng Physical) 364
7.10.10 Zhongning Silicon (Zhejiang Quzhou Siemens) 366
7.10.11 Jinhua Smelting (Liaoning Jinzhou Linghai Siemens) 367
7.10.12 Erdos (ErdosQipanjing Siemens) 368
7.10.13 DTK Silicon (Shandong Qingdao Siemens) 369

Chapter Eight Feasibility Analysis of China New Polysilicon Projects 370
8.1 Polysilicon Project Opportunity and Risk 370
8.2 Feasibility Analysis of New Polysilicon Project 372

Chapter Nine Polysilicon Research Summaries 374

Tables and Figures:

Figure Rod and Nugget form Polysilicon Pictures 3
Table Difference of EG and SG poly silicon 4
Table MG/SG/EG silicon purity and 2007 average selling price(USD/Kg) 6
Figure Industry Chain Structure of Polysilicon 6
Figure Polysilicon Manufacturing Process Flow(Sand—Polysilicon) 7
Figure Polysilicon Industry Chain Structure(Upstream raw materials and downstream applications) 8
Table Chemical Equation of Siemens Method 10
Figure Manufacturing Process Flow of Siemens Method 11
Table Siemens Reaction Furnace Hydride Reactor System CDI end gas recycling system Polysilcon Manufacturing Technology Suppliers etc Equipment Suppliers List 11
Figure Siemens Method Polysilicon Manufacturing (Hemlock) Process Flow 13
Figure Improved Siemens Method Closed loop Polysilicon Production Process 14
Figure Illestration of Bell Bar 15
Table Siemens CVD Polysilicon Reactor Related Parameter Comprasion of two different pressure 15
Figure Improved Siemens Method Finishing and Analysis Process 16
Table China 8 Polysilicon Projects Power Usage and Related Raw Materials Usage 16
Table Chemical Equation of MEMC FBR Method 18
Table FBR Method Advantage and Disadvantage List 18
Figure REC FBR Technology 19
Figure JFE Steel Physical Method (UMG) Silicon Manufacturing Process Flow 21
Figure JFE Metallurgical Method (Physical Purity Method) Process Flow 22
Figure Defference between JFE Metallurgical Method(Physical Purity Method) and Siemens Method 22
Table China Physical Method UMG Silicon Market Summary 23
Table US SRI Method Polysilicon Manufacturing Process 25
Figure US RSI Method Polysilicon Manufacturing Process Flow 25
Table Siemens FBR UMG etc Six Polysilicon Manu