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| No. | 0003G003 | Glycine Survey in China - Edition(2) |
About This Report:
| Report edition: | 2010 edition(2) | |
| Language version: | English | |
| Document type: | PPT|PDF + Excel (PPT or PDF document with additional Excel Document) | |
| For ready report -- | ||
| Finished in: | Feb 2010 ,edition(2) | |
| Total pages: | 74 | |
| Delivery: | Delivery within 1-1 work days by email | |
| Price/copy: | - USD6500.00 for single user | |
| -USD16250.00 for corporate license/site license |
| For update report -- | ||
| Delivery time: | Delivery within 10-30 work days upon confirmation | |
| Price/copy: | - USD8000.00 for single user PDF | |
| - USD20000.00 for corporate license/site license |
* The corporate license/site license is only for the sole and confidential use within the subscriber company and its affiliates in which the subscriber company owns, directly or indirectly, a fifty percent or greater, financial interest.
Report Edition List:
| Version | Finished in | Availability | Language | Pages | Delivery | Price/Copy (For single user) |
| update report | - | update on request | English | - | within 10-30 work days upon confirmation | USD8000.00 |
| 2010,edition(2) | Feb,2010 | available | English | 74 | within 1-1 work days by email | USD6500.00 |
| 2008,edition(1) | Dec,2008 | available | English | 79 | within 1-1 work days by email | USD5000.00 |
Description:
Glycine, including tech-grade, feed-grade, food-grade, pharmaceutical-grade, is widely used as raw materials for CMC, agrochemicals and surfactant. China is not only a major production base of glycine, but also a large consumer.
Glycine has experienced strong growth momentum over the past few years especially after 2007, seeing a surge in demand at home, which pushes up capacity expansion and output increase. China’s glycine capacity is expected to reach 370,700t/a in 2010, and its output was over 150,000 tonnes in 2009.
Besides production situation, this report also provides answers to the key issues in Chinese glycine industry as follows.
(1) Chongqing Sanxia Yingli Chemical Company is the first and the only company adopting natural gas as starting raw material to produce glycine in China, and it has suffered a lot in its glycine business notably from unstable production, immature technology etc. What’s its current situation and how it will get out of the predicament to seek further development?
(2) Glycine industry has encountered poor profit and low price in 2009, due to the sluggish glyphosate. What is the development trend in 2010 and even to 2014? How about the industry integration of glycine and its upstream products?
(3) At present, in what field glycine is applied in China? Will other potential end-use segments be developed?
You can also figure out the breakdown of drivers and barriers for Chinese glycine industry, as well as the forecast on glycine development in China in 2009~2013.
Main Content:
| No. | Content | Page |
| Chapter One | Introduction | 1 |
| Research objectives | 1 |
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| Reasons for doing this research | 1 |
|
| Scope of report | 2 |
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| Methodology | 2 |
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| Information sources | 3 |
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| Chapter Two | Executive summary | 4 |
| Chapter Three | Overview of glycine in China | 5 |
| III-1 | Introduction | 5 |
| III-2 | Classification of glycine | 5 |
| III-3 | Driving forces for the industry | 6 |
| III-4 | Technology progress of glycine | 7 |
| III-4.1 | Brief introduction of chloroactic acid ammonolysis process | 7 |
| III-4.2 | Brief introduction of Strecker process | 8 |
| III-4.3 | Brief introduction of hydantion process | 9 |
| III-4.4 | Brief introduction of Sanxia Yingli’s natural gas-HCN process | 10 |
| III-4.5 | Development trend of glycine technology | 11 |
| III-5 | Regulatory issues | 11 |
| III-6 | Industry players | 13 |
| Chapter Four | Market summary and assumption | 17 |
| IV-1 | Historical evolution of glycine markets | 17 |
| IV-1.1 | Price | 17 |
| IV-1.2 | Export | 19 |
| IV-1.3 | Markets by grade | 28 |
| IV-2 | Predicted market value | 29 |
| IV-2.1 | Markets by grade | 29 |
| IV-2.2 | Pricing summary | 30 |
| IV-3 | Market challenges | 31 |
| Chapter Five | Industry structure and competitive analysis | 33 |
| V-1 | Market segmentation | 33 |
| V-2 | Brief introduction to major end-use segments | 33 |
| V-2.1 | Glyphosate | 33 |
| V-2.2 | Food | 37 |
| V-2.3 | Feed | 37 |
| V-2.4 | Pharmaceutical | 38 |
| V-3 | Industry concentration of glycine materials | 39 |
| V-3.1 | Urotropine | 39 |
| V-3.2 | Chloroacetic acid | 40 |
| V-4 | Industry concentration of glycine companies | 42 |
| V-5 | Market trends | 44 |
| Appendix | Glycine suppliers | 45 |
| VI-1 | Hebei Donghua Chemical Group | 45 |
| … | … | 72 |
| VI-20 | Baoding Mantong Fine Chemistry Co., Ltd. | 74 |
LIST OF TABLES
Table III-2.1 Comparison on properties of Chinese glycine and overseas glycineTable III-3.1 Major factors influencing glycine industryTable III-4.1.1 Raw material consumption of chloroactic acid ammonolysis process in China, Feb. 2009Table III-4.4.1 Raw material consumption of natural gas route in China, Feb. 2009Table III-5.1 Industry standard of tech-grade glycine and food-grade glycine in ChinaTable III-5.2 Overseas regulations involving Chinese glycine Table III-6.1 Production situation for glycine of various grades by producer, 2009 (√: produce, X: not produce)Table III-6.2 Production situation of Chinese glycine companies, 2009Table IV-1.1.1 Price change of tech-grade glycine, 2006-Jan.2010Table IV-1.2.1 Export destinations of China’s glycine, 2007Table IV-1.2.2 Export destinations of China’s glycine, 2008Table IV-1.2.3 Export destinations of China’s Glycine, 2009Table IV-1.2.4 Glycine exports of Chinese major producers, 2007 Table IV-1.2.5 Glycine exports of Chinese major producers, 2008 Table IV-1.2.6 Glycine exports of Chinese major producers, 2009 Table IV-3.1 Strengths and weaknesses of Chinese glycine industryTable V-2.1.1 Major glyphosate producers adopting AEA pathway in China, 2009Table V-2.1.2 Consumption of glycine in glyphosate, 2001-2009, tonneTable V-2.1.3 Main glycine producers and glycine consumers in China, 2009Table V-2.2.1 Main end-use segments of food-grade glycine in ChinaTable V-2.3.1 Main end-use segments of feed-grade glycine in ChinaTable V-2.4.1 Main end-use segments of pharmaceutical-grade glycine in ChinaTable V-3.1.1 Main urotropine producers in China, 2009Table V-3.1.2 Industrial concentration of urotropine in ChinaTable V-3.2.1 Main chloroacetic acid producers in China, 2009Table V-3.2.2 Industrial concentration of chloroacetic acid in ChinaTable V-4.1 Industrial concentration of glycine in China
LIST OF FIGURES
Figure III-4.1.1 Flowchart of chloroactic acid ammonolysis processFigure III-4.2.1 Flowchart of Strecker processFigure III-4.3.1 Flowchart of the hydantion processFigure III-4.4.1 Flowchart of Sanxia Yingli’s natural gas route Figure III-6.1 Production status of Chinese glycine producers, Feb. 2010Figure IV-1.1.1 Price of tech-grade glycine in China, 2006-Jan.2010Figure IV-1.2.2 Export price of feed-grade glycine in China, 2007-2009Figure IV-1.2.3 Export price of pharmaceutical-grade glycine in China, 2007-2009Figure IV-1.2.4 China’s export volume of glycine, 2007Figure IV-1.2.5 China’s export volume of glycine, 2008Figure IV-1.2.6 China’s export volume of glycine, 2009Figure IV-1.3.1 Market demand for Chinese glycine by grade and volume, 2007-2009Figure IV-1.3.2 Market demand for Chinese glycine by grade and value, 2007-2009Figure IV-2.1.1 Predicted market demand for Chinese glycine by grade and volume, 2010-2014Figure IV-2.1.2 Predicted market demand for Chinese glycine by grade and value, 2010-2014Figure IV-2.1.3 Predicted market of Chinese glyphosate, 2010-2014Figure IV-2.2.1 Forecast on price of Chinese tech-grade glycine, 2010Figure V-1.1 Consumption of glycine in China, 2009 Figure V-2.1.1 Output and capacity of glyphosate in China, 2001-2009Figure V-2.1.2 Output structure of glyphosate by different pathway in China, 2001-2009Figure V-4.1 Distribution of Chinese glycine producers by capacityFigure V-4.2 Distribution of Chinese glycine producers by company number
Part of Report: click here for sample pages
Four grades of glycine are produced in China, namely tech-grade, feed-grade, food-grade and pharmaceutical-grade. Among them, tech-grade glycine has been dominating the whole glycine market, accounting for XX% of the national glycine output in 2009.
Chinese glycine industry has witnessed fast development in recent years particularly since 2007. Though the outbreak of global financial crisis in 2008 depressed glyphosate industry in the whole 2009, the capacity of glycine, whose demand is highly subject to Chinese glyphosate market, still kept a rapid increase in 2009, up to XX t/a with over XX companies were active in glycine production. Despite growing capacity, glycine supply had exceeded the demand in 2008, and the fast expansion in 2009 worsened this situation. The operating rate of glycine in 2009 stayed at low level of only XX%.
Hebei Donghua Chemical Group is the top glycine producer in Asia with capacity of XX, and the company produced about XX tonnes of tech-grade glycine in 2009.
Almost all Chinese glycine producers adopt a lagging technology called chloroacetic acid ammonolysis process. Sanxia Yingli is the only company in China adopting Natural gas-HCN process (improved Hydantion process) to produce glycine though it has suffered a lot in its glycine business notably from unstable production, immature technology and profit loss, etc.
Chinese glycine production is highly concentrated, while its upstream industry including both chloroacetic acid and urotropine are scattered.
Glycine producers have witnessed poor profit or even loss in 2009 due to sluggish glyphosate market and glycine oversupply.
The price of glycine is closely related to urotropine and chloroacetic acid (its key raw materials), as well as Chinese glyphosate market. Hebei Donghua has been playing a dominant position in glycine pricing since it shares more than XX% share of Chinese tech-grade glycine market.
Quite different from the overseas consumption structure, the largest end use segment of glycine in China is glyphosate, followed by pharmaceuticals, dyeing, carboxymethyl cellulose (CMC), carboxymethyl starch etc. Output of glyphosate by AEA pathway reached XX tonnes in 2009, consuming about XX tonnes glycine totally. Around XX tonne glycine is consumed to produce 1 tonne glyphosate.
Chinese glycine industry trends to develop stably in the coming few years with global economic recovery, promotion of GM crops especially GM soybean and GM corn, and sustained demand for glyphosate, etc.
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(The rest content of this report is omitted.)
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