Future of White Biotechnology in China

Report edition: 2011 edition(3)
Finished time: May 2011
Document type: PDF
Total pages : 301
Language version: English
Published by CCM

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CCM_sample_Future of White Biotechnology in China

Introduction
Main contents
List of tables
List of figures

Description:

White biotechnology (WB) industry, which is often referred to the third wave in biotechnology, is one of the most promising new approaches to pollution prevention, resource conservation, and cost reduction around the world. Eying the huge economic benefit, environmental benefit and social benefit from WB industry, China has paid great attention to WB industry development. In the last two decades, WB industry in China has developed at a rapid clip.

The first version and the second version of this report had been finished in April 2008 and by February 2009 by CCM. The third edition, with content improved and more insightful views, also has been finished in May 2011. The report is the only one and the latest one available in the world to provide good understanding about the white biotechnology in China and to find out the business opportunities in this field.

4 reasons to carry out this research

 -White biotechnology developing fast in China

 -Short supply of energy and fossil materials

 -Government supports WB industry

 -Huge opportunities

Major achievements in White Technology in China in recent years

 -Fuel ethanol produced from non-food renewable materials

 -Super yeast with higher ethanol tolerance (15%~17% ethanol concentration), used in fuel ethanol production

 -Pilot production of fuel ethanol using lignocellulosic materials

 -Biomaterials, such as PHA and PLA, were introduced into the market.

 -Some bio-based chemicals, such as di-acids, 1,3-PDO, acrylamide have been developed.

 -Technology of some bio-based chemicals was greatly improved, especially that of vitamins.

What is covered in the latest report?

 -Policies and regulations on renewable feedstock, WB products, environmental protection, subsidies, incentives, etc.

 -Renewable feedstock planting and supply situation in China. Over 15 major renewable feedstock essential to white biotechnology including the categories of main-food materials, non-food materials, vegetable oils and cellulosic materials are summarized.

 -Market info of key WB products. The market data, major players, technical suppliers, technologies or R&D situations are included. About 27 WB-related products are summarized falling into the categories of bio-fuels, bio-materials, bio-products and bio-based chemicals.

 -Overview of white biotechnology. Latest market value estimation breakdown by category, cutting-edge technology developments, development environments analysis, SWOT analysis.

 -Future prospects of white biotechnology, supply and demand forecasts on major products or categories, prospects on potential WB products, key drivers, bottlenecks, and opportunities.

 -Driven forces and key factors for the development of white biotechnology.

 -Opportunities in white biotechnology and recommendations.

 -Profiles of the major players, researching institutes, top scientists.

 -Supporting materials like water, energy, labor cost in different locations in China.

What are the benefits of the report?

 -Gain a clear understanding of the industry landscape and the latest developments in R&D, production, technology advances and future trends in industrial biotechnology in China

 -Know the development stages and international status of key WB products of China based on basic data and latest info

 -Get reasonable and constructive suggestions on the market opportunities in WB fields in China

 -Understand the overall situation of renewable materials supply situation in China based on comprehensive and integrated data

 -Get a thorough analysis of the market place for industrial biotechnology in China, the current trend and future growth prospects

 -Learn more about the latest advances in commercialization of WB products within China and how policies and incentives that can encourage growth

 -Know more about how innovative players and research groups are driving innovation, collaboration and achieving commercial success in China

What’s new in this edition?

The updated edition will be strengthened over the last edition mainly from the aspects of:

● Volume and value of market size, production, etc. will be presented.

● Analysis on the development bottleneck and investment opportunities of White Biotechnology in China will be more detailed.

● Analysis on bio-fuels and bio-materials will be more in-depth.

● Overviews of the cutting-edge technology development and development environments of China’s White Biotechnology will be more detailed.

● SWOT analysis on analysis of China’s white biotechnology will more detailed.

Besides, some other significant differences from the previous version are listed as follows:

-Driving forces and barriers are more etailed in new edition.

-Supply & demand are more higher accurate in new edition.

-SWOT analysis is more detailed.

-Bio-materials(Starch-based materials,PPC) is new added in new edition.

-Microalgae diesel is potential in new edition.

Who needs to subscribe this report?

Biotechnology companies

-Update your knowledge and notice on the latest developments of the market, R&D and applications in China

-Discover the potential opportunities for white biotechnology in China

-Benefit from a thorough review of new applications for bio-based products and assess the potential for the further growth of your company

Chemicals and plastic companies

-Learn how white biotechnologies and renewable raw materials will change the status quo of this industry and its future

-Keep informed of recent developments of white biotechnology in China

End users of bio-based products

-Know what superior and novel WB products you can get from China and then create more value to your customers and present commercial opportunities for you

Research organizations and academies

-Know the latest technical developments and the newest scientific breakthroughs

-Identify the most significant commercial opportunities to steer future research

Main contents:

No.	Content	Page
	Executive summary	1
	Introduction and methodology	2
I	Governmental regulations on white biotechnology	5
I-1	Regulations on white biotechnology, feedstock and products	5
I-2	Environmental regulations	11
I-3	Subsidies and incentives	15
I-4	Other regulations	19
I-5	Entry barriers/regulations	21
II	Renewable feedstock supply in China	24
II-1	Comparision of renewable feedstock between China and major developed countries	24
II-2	Introduction to each renewable feedstock	27
II-2.1	Feedstocks as the main food	27
II-2.1.1	Corn	27
II-2.1.2	Sugarcane & sugarbeet	34
II-2.1.3	Wheat	39
II-2.1.4	Rice	44
II-2.2	Food feedstock	48
II-2.2.1	Cassava	48
II-2.2.2	Molasses	54
II-2.2.3	Sweet potato	58
II-2.2.4	Sweet sorghum	60
II-2.3	Vegetables & animal oils	62
II-2.3.1	Soybean oil	62
II-2.3.2	Rapeseed oil	67
II-2.3.3	Animal oil	71
II-2.4	Lignocellulosic raw materials	71
II-2.4.1	Corn cob	71
II-2.4.2	Corn stover	76
II-2.4.3	Wheat/rice straw	79
II-2.4.4	Wood wastes	81
III	Overview of white biotechnology industry in China	81
III-1	Market value estimation breakdown by category	81
III-2	Cutting-edge technology development	82
III-3	Development environment analysis	82
III-4	Overview of SWOT analysis of white biotechnology in China	83
III-4.1	SWOT analysis of bio-products industry	85
III-4.2	SWOT analysis of bio-fuels industry	85
III-4.3	SWOT analysis of bio-based fine chemicals industry	85
III-4.4	SWOT analysis of bio-based chemicals industry	86
III-4.5	SWOT analysis of bio-materials industry	86
IV	Key WB products	87
IV-1	Existing commercial products	87
IV-1.1	Bio-products	87
IV-1.1.1	Yeast	87
IV-1.1.2	Enzymes	92
IV-1.1.2.1	α-Amylase	92
IV-1.1.2.2	Gluco-amylase	97
IV-1.1.2.3	Lipase	102
IV-1.1.2.4	Pectinase	106
IV-1.2	Bio-fuels	111
IV-1.2.1	Fuel ethanol	111
IV-1.2.2	Bio-diesel	115
IV-1.3	Bio-based fine chemicals	122
IV-1.3.1	Lactic acid	122
IV-1.3.2	Amino acids	131
IV-1.3.2.1	MSG	131
IV-1.3.2.2	Lysine	137
IV-1.3.3	Vitamins	141
IV-1.3.3.1	Inositol	141
IV-1.3.3.2	Vitamin C	146
IV-1.3.3.3	Vitamin B	154
IV-1.4	Bio-based chemicals	159
IV-1.4.1	Acrylamide	159
IV-1.4.2	Di-acids	162
IV-1.4.3	Itaconic acid	169
IV-1.4.4	Butanol	177
IV-1.5	Bio-materials	179
IV-1.5.1	PHA	179
IV-1.5.2	PLA	185
IV-2	Emerging commercial products	188
IV-2.1	Bio-products	188
IV-2.1.1	C5/C6 yeast	188
IV-2.2	Bio-based chemicals	192
IV-2.2.1	1,3-PDO	192
IV-2.2.2	Succinic acid	196
IV-2-3	Bio-materials	203
IV-2-3.1	Starch-based materials	203
IV-2-3.2	PPC	204
IV-3	Potential products	205
IV-3.1	C3 platform	205
IV-3.1.1	Acrylic acid	205
IV-3.1.2	3-HPA	214
IV-3.2	Caprolactam	220
IV-3.3	Microalgae diesel	230
V	Key white biotechnology players and researchers	234
V-1	Top 5 SOC players	234
V-2	Top 5 private companies	243
V-3	Top 5 MNC players	249
V-4	Startup players	254
V-5	Key research groups, technical suppliers and top researchers	259
VI	Future prospects	267
VI-1	Drivers and barriers	267
VI-1.1	Drivers	267
VI-1.2	Barriers	268
VI-1.2.1	Barriers of bio-products industry	270
VI-1.2.2	Barriers of bio-fuel industry	270
VI-1.2.3	Barriers of bio-based fine chemical industry	270
VI-1.2.4	Barriers of bio-based chemical industry	271
VI-1.2.5	Barriers of bio-material industry	271
VI-2	Supply & demand forecast breakdown by category to next 5~10 years	271
VII	Conclusion and recommendation	282
VII-1	Conclusion	282
VII-2	Recommendation	283
VIII	Appendix	286
VIII-1	Water, energy and labor cost in different areas of China	286
VIII-1.1	Water cost in different areas of China	286
VIII-1.2	Energy cost in different areas of China	287
VIII-1.3	Labor cost in different areas of China	288

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List of tables:

Table No.	Table Title
Table I-1-1	Major regulations on feedstock in WB industry
Table I-1-2	Main regulations on bio-energy industry in China
Table I-2-1	Major policies on environmental protection related to white biotechnology industry in China
Table I-2-2	CDM projects on WB industry in China, 2009-2010
Table I-3-1	Major State Science and Technology Programs in China
Table I-3-2	973 Program on WB industry, 2008-2010
Table I-3-3	863 Projects on WB industry, 2008-2010, million USD
Table I-3-4	National Key Technology R&D Program on WB industry in the 11th Five year Plan, million USD
Table I-3-5	Subitems of research on biotechnology product pilot production and technology for scale production, million USD
Table I-3-6	Subitems of key technology on sharing and exchanging of public information about biotechnology industry, million USD
Table I-4-1	Industry standards for main WB products
Table I-5-1	Catalogue for the Guidance of Foreign Investment WB Industry (amended in 2007)
Table II-1-1	Comparison of biofuel’s renewable feedstock between China and major developed countries, 2011
Table II-2-1-1-1	Geographical distribution of corn yield in China, 2006-2010, million tonnes
Table II-2-4-4-1	Wood wastes in lumber mill, 2011
Table III-1-1	Market value of WB industry breakdown by category in China, 2004-2010, billion USD
Table III-4-1-1	SWOT analysis of China's bio-product industry
Table III-4-2-1	SWOT analysis of China's bio-fuel industry
Table III-4-3-1	SWOT analysis of China's bio-based fine chemical industry
Table III-4-4-1	SWOT analysis of China's bio-based chemical industry
Table III-4-5-1	SWOT analysis of China's bio-material industry
Table IV-1-1-1-1	Basic information about major domestic yeast producers, 2011
Table IV-1-1-1-2	Capacity and output of major domestic yeast producers, 2009-2011
Table IV-1-1-1-3	Quotation of dry yeast by producers, 2010-2011, USD/t
Table IV-1-1-1-4	Potential market for active dry yeast in China
Table IV-1-1-1-5	Hubei Angel’s super yeast for fuel ethanol
Table IV-1-1-2-1-1	Basic information about major domestic α-amylase producers, 2011
Table IV-1-1-2-1-2	Capacity and output of major domestic α-amylase producers, 2009-2011
Table IV-1-1-2-1-3	α-Amylase preparations and related characteristics
Table IV-1-1-2-1-4	Specification of high temperature-resistant α-amylase preparation
Table IV-1-1-2-1-5	Demand for α-amylase in China based on application, 2007-2016, '000 tonne
Table IV-1-1-2-2-1	Basic information about major domestic gluco-amylase producers, 2011
Table IV-1-1-2-2-2	Capacity and output of major domestic gluco-amylase producers, 2009-2011
Table IV-1-1-2-2-3	Production cost and profit margin of gluco-amylase in China, 2009
Table IV-1-1-2-2-4	Demand for glucoamylase based on application, 2007-2016, '000 tonne
Table IV-1-1-2-2-5	Situation of gluco-amylase end-use segments, 2002-2006
Table IV-1-1-2-3-1	Output and output value of lipase in China, 2002-2010
Table IV-1-1-2-3-2	Basic information about major domestic lipase producers, 2011
Table IV-1-1-2-3-3	Capacity and output of major domestic lipase producers, 2009-2011
Table IV-1-1-2-3-4	Demand for lipase based on application, 2008-2016e, tonne
Table IV-1-1-2-4-1	Basic information about major domestic pectinase producers, 2011
Table IV-1-1-2-4-2	Capacity and output of major domestic pectinase producers, 2009-2011
Table IV-1-1-2-4-3	Demand for pectinase based on applications, 2008-2016, tonne
Table IV-1-2-1-1	Basic information about domestic fuel ethanol producers, 2011
Table IV-1-2-1-2	Capacity and output of domestic fuel ethanol producers, 2009-2011
Table IV-1-2-1-3	Potential fuel ethanol producers in China, 2010
Table IV-1-2-2-1	Basic information about domestic biodiesel producers, 2011
Table IV-1-2-2-2	Capacity and output of domestic biodiesel producers, 2009-2011
Table IV-1-2-2-3	Comparison of different raw materials for biodiesel production in China, 2010
Table IV-1-2-2-4	Profit analysis for a bio-diesel plant with capacity of 50,000t/a, 2010, million USD
Table IV-1-3-1-1	Basic information about domestic lactic acid producers, 2011
Table IV-1-3-1-2	Capacity and output of major domestic lactic acid producers, 2009-2011
Table IV-1-3-1-3	Key items of lactic acid technology for major producers in China, May 2011
Table IV-1-3-1-4	Breakdown of COGS for L-lactic acid production (pharmaceutical grade), 2009
Table IV-1-3-1-5	Projected output and output value of lactic acid in China, 2011-2015
Table IV-1-3-2-1-1	Basic information about domestic MSG producers, 2011
Table IV-1-3-2-1-2	Capacity and output of domestic MSG producers, 2009-2011
Table IV-1-3-2-2-1	Basic information about major domestic lysine producers, 2011
Table IV-1-3-2-2-2	Capacity and output of major domestic lysine producers, 2009-2011
Table IV-1-3-3-1-1	Basic information about major domestic inositol producers, 2011
Table IV-1-3-3-1-2	Capacity and output of major domestic inositol producers, 2009-2011
Table IV-1-3-3-2-1	Capacity and output of major domestic VC producers, 2009-2011
Table IV-1-3-3-2-2	Quotation of VC from major VC producers, March 2011
Table IV-1-3-3-2-3	Cost & profit of VC production by capacity, 2009
Table IV-1-3-3-3-1	Basic information about major domestic VB2 producers, 2011
Table IV-1-3-3-3-2	Capacity and output of major domestic VB2 producers, 2009-2011
Table IV-1-3-3-3-3	Basic information about major domestic VB1 producers, 2011
Table IV-1-3-3-3-4	Capacity and output of major domestic VB1 producers, 2009-2011
Table IV-1-4-1-1	Basic information about major domestic acrylamide producers, 2011
Table IV-1-4-1-2	Capacity and output of major domestic acrylamide producers, 2009-2011
Table IV-1-4-1-3	Comparison of chemical and biotechnology routes in acrylamide production
Table IV-1-4-2-1	Basic information about major domestic di-acids producers with fermentation method, 2011
Table IV-1-4-2-2	Capacity and output of major domestic di-acids producers by fermentation method, 2009-2011
Table IV-1-4-2-3	Comparison between fermentation route and chemical route for production of long chain di-acids, 2009
Table IV-1-4-2-4	Fermentation level of different research institutes, 2009
Table IV-1-4-2-5	DC12 fermentation technology from Institute of Microbiology, CAS
Table IV-1-4-2-6	DC13 fermentation technology from Institute of Microbiology, CAS
Table IV-1-4-2-7	DC15 fermentation technology from Institute of Microbiology, CAS
Table IV-1-4-3-1	Basic information about major domestic itaconic acid producers, 2011
Table IV-1-4-3-2	Indexes of itaconic acid from Qingdao Langyatai
Table IV-1-4-3-3	Breakdown of COGS for itaconic acid production of Qingdao Langyatai, 2009
Table IV-1-4-3-4	Users and suppliers of itaconic acid production technologies in China
Table IV-1-4-4-1	Basic information about major domestic butanol producers, 2011
Table IV-1-4-4-2	Capacity and output of major domestic butanol producers, 2009-2011
Table IV-1-5-1-1	PHA products from Shenzhen Ecomann Biotechnology Co., Ltd.
Table IV-1-5-1-2	Indices of PHA products from Shenzhen Ecomann Biotechnology Co., Ltd.
Table IV-1-5-1-3	Basic information about domestic PHA producers, 2011
Table IV-1-5-1-4	Capacity and output of domestic PHA producers, 2009-2011
Table IV-1-5-1-5	Application fields of PHA
Table IV-1-5-1-6	Production routes of PHA
Table IV-1-5-2-1	Basic information about domestic PLA producers, 2011
Table IV-1-5-2-2	Capacity and output of domestic PLA producers, 2009-2011
Table IV-2-2-1-1	Market development of 1,3-PDO in China, 2009-2010
Table IV-2-2-1-2	Basic information about major domestic 1,3-PDO producers, 2011
Table IV-2-2-1-3	Capacity, output of major 1,3-PDO yeast producers, 2009-2011
Table IV-2-2-1-4	Comparison among three production routes for 1,3-PDO
Table IV-2-2-1-5	Comparison of several fermentation routes
Table IV-2-2-2-1	Capacity and output of major succinic acid producers in China, 2009-2011
Table IV-2-2-2-2	Comprehensive comparison of different technologies for production of succinic acid
Table IV-2-3-1-1	Basic information about domestic starch-based material producers, 2011
Table IV-2-3-1-2	Capacity and output of domestic starch-based material producers, 2009-2011
Table IV-2-3-2-1	Basic information about domestic polypropylene-carbonate (PPC) producers, 2011
Table IV-2-3-2-2	Capacity and output of domestic polypropylene-carbonate (PPC) producers, 2009-2011
Table IV-3-1-1-1	Market share of acrylic acid in major countries by capacity, 2010
Table IV-3-1-1-2	Market development of acrylic acid in China, 2004-2010
Table IV-3-1-1-3	Major producers of acrylic acid in China, 2011
Table IV-3-1-1-4	Capacity, output, price of major acrylic acid producers in China, 2009-2011
Table IV-3-1-1-5	Consumption structure of acrylic acid in the world, 2010
Table IV-3-1-1-6	End users of acrylic acid in China, 2010
Table IV-3-1-1-7	Biological routes for acrylic acid production
Table IV-3-1-1-8	Forecast on growth rate of acrylic acid demand in China and the world, 2011-2015
Table IV-3-2-1	Basic information about major domestic caprolactam producers, 2011
Table IV-3-2-2	Capacity and output of major caprolactam producers in China, 2009-2011
Table IV-3-2-3	Price of caprolactam in China, 2005-2011, USD/t
Table IV-3-2-4	List of major caprolactam end users in China, 2011
Table IV-3-2-5	Future demand & supply situation of caprolactam in China, 2007-2011
Table IV-3-3-1	Oil production rate of different biological materials, L/h㎡.a
Table IV-3-3-2	Production cost of biodiesel taking different raw materials, USD/t
Table V-1-1	Partner of Henan Tianguan Group Co., Ltd.
Table V-1-2	Partner of Angle Yeast
Table V-2-1	History of Wuhan Sanjiang
Table V-3-1	History of Cathay
Table V-5-1	Researchers of bio-fuel in China
Table V-5-2	Researchers of raw material for bioenergy
Table V-5-3	Researchers of bio-production
Table V-5-4	Model of IC reactor
Table VI-2-1	Projected CAGR of bio-based fine chemical industry in China by questionnaire, 2011-2020
Table VII-1-1	Situation of major WB products in China, 2011
Table VII-2-1	Opportunities in white biotechnology industry in China
Table VII-2-2	SWOT analysis of each recommendation on market opportunities for WB products in China
Table VIII-2-1	Industrial water price and cost for sewage disposal in different areas, Dec. 2010
Table VIII-3-1	Price of electricity in Dec. 2010, USD/kWh
Table VIII-4-1	Average wage of workers by ownership of companies and region, 2010, USD/year

List of figures:

Figure No.	Figure Title
Figure I-1-1	Major regulations on WB industry in China, 2006-2009
Figure I-1-2	Projected status of Chinese biotechnology industry in the world, 2010-2020
Figure I-1-3	Target for Chinese biotechnology industry's development, 2006-2010
Figure I-1-4	Distribution of national biotechnology industrial bases, 2009
Figure I-1-5	Distribution of major plants as raw material of bio-diesel, 2010
Figure I-1-6	Distribution of major plants as raw material of fuel-ethanol, 2010
Figure I-2-1	Milestones of development of governmental department on environmental protection in China
Figure I-2-2	Investment in environmental protection in China by value, 2004-2010
Figure I-2-3	Major targets for environmental protection in China, 2005-2010
Figure I-2-4	Major China-involved international conventions on environmental protection, 1989-2002
Figure I-3-1	Subsidy standard for fuel-ethanol producers in China, 2005-2010
Figure I-3-2	Budget on major State Science and Technology Program in China, 2003-2009
Figure I-3-3	Item number for major State Science and Technology Program in China, 2003-2009
Figure I-3-4	Subitems of ultra-low emissions of industrial sugar wastewater technology, 2008-2010, million USD
Figure II-1-1	Yield of major renewable feedstocks in China, 2010
Figure II-1-2	Total crop planting area in China, 2006-2010
Figure II-1-3	Crop planting structure in China by planting area, 2010
Figure II-2-1-1-1	Corn planting area in China, 2006-2010
Figure II-2-1-1-2	Distribution of corn planting in China, 2010
Figure II-2-1-1-3	Corn yield in China, 2006-2010
Figure II-2-1-1-4	Monthly quotation of corn in China, 2009-2010
Figure II-2-1-1-5	China’s import and export volume of corn, 2006-2010
Figure II-2-1-1-6	Consumption structure of corn in China, 2006-2010
Figure II-2-1-1-7	Feed output and corn consumption in feed industry, 2008-2010
Figure II-2-1-1-8	Corn consumption volume in industrial production in China, 2008-2010
Figure II-2-1-1-9	Production chain of corn starch
Figure II-2-1-1-10	Corn consumption volume as food in China, 2008-2010
Figure II-2-1-1-11	Corn consumption volume as seed in China, 2008-2010
Figure II-2-1-2-1	Planting area of sugarcane and sugarbeet in China, 2006-2010
Figure II-2-1-2-2	Proportion of sugarcane planting area in major regions in China, 2006-2010
Figure II-2-1-2-3	Proportion of sugarbeet planting area in major regions in China, 2006-2010
Figure II-2-1-2-4	Sugar yield in China, 2006-2010
Figure II-2-1-2-5	Share of sugar yield of major provinces in China, 2010
Figure II-2-1-2-6	China's import and export of sugar, 2006-2010
Figure II-2-1-2-7	Sugar consumption in China, 2006-2010
Figure II-2-1-2-8	China’s sugar consumption volume per capita, 2006-2010
Figure II-2-1-3-1	Wheat planting area in China, 2006-2010
Figure II-2-1-3-2	Distribution of wheat planting in China, 2010
Figure II-2-1-3-3	Wheat yield in China, 2006-2010
Figure II-2-1-3-4	Wheat quotation in Zhengzhou Commodity Exchange, 2009-2010
Figure II-2-1-3-5	China's import and export of wheat, 2006-2010
Figure II-2-1-3-6	Wheat consumption structure in China, 2006-2010
Figure II-2-1-3-7	Flour consumption in China, 2010
Figure II-2-1-4-1	Rice planting area in China, 2006-2010
Figure II-2-1-4-2	Distribution of rice planting in China, 2010
Figure II-2-1-4-3	Rice yield in China, 2006-2010
Figure II-2-1-4-4	China's import and export of rice, 2006-2010
Figure II-2-1-4-5	Rice consumption structure in China, 2006-2010
Figure II-2-2-1-1	Cassava planting area in China, 2006-2010
Figure II-2-2-1-2	Cassava yield in China, 2006-2010
Figure II-2-2-1-3	China's import and export of cassava, 2006-2010
Figure II-2-2-1-4	Cassava consumption in China, 2010
Figure II-2-2-1-5	Unit raw material consumption of cassava starch production
Figure II-2-2-1-6	Comparison of alcohol production with different raw materials, 2010
Figure II-2-2-1-7	Applications of cassava alcohol in China
Figure II-2-2-2-1	Production of molasses and sugar in China, 2006-2010
Figure II-2-2-2-2	Molasses output share in major province in China, 2010
Figure II-2-2-2-3	China's export of molasses, 2006-2010
Figure II-2-2-2-4	Consumption structure of molasses in China, 2010
Figure II-2-2-3-1	China's import and export of sweet potato, 2006-2010
Figure II-2-2-4-1	Sorghum planting area in China, 2006-2010
Figure II-2-2-4-2	Sweet sorghum yield in China, 2006-2010
Figure II-2-3-1-1	Soybean planting area in China, 2006-2010
Figure II-2-3-1-2	Distribution of soybean planting in China, 2010
Figure II-2-3-1-3	Soybean yield in China, 2006-2010
Figure II-2-3-1-4	Soybean oil yield in China, 2006-2010
Figure II-2-3-1-5	China’s import and export of soybean oil, 2006-2010
Figure II-2-3-1-6	Soybean oil consumption in China, 2006-2010
Figure II-2-3-1-7	Consumption structure of soybean oil in China, 2006-2010
Figure II-2-3-2-1	Rape planting area in China, 2006-2010
Figure II-2-3-2-2	Distribution of rape planting in China, 2010
Figure II-2-3-2-3	Rape yield in China, 2006-2010
Figure II-2-3-2-4	Rapeseed oil yield in China, 2006-2010
Figure II-2-3-2-5	China’s import and export of rapeseed oil, 2006-2010
Figure II-2-3-2-6	Rapeseed oil consumption in China, 2006-2010
Figure II-2-4-1-1	Yield of corn and corn cob in China, 2006-2010
Figure II-2-4-1-2	Corn cob consumption in China, 2010
Figure II-2-4-2-1	Yield of corn and corn stover in China, 2006-2010
Figure II-2-4-2-2	Consumption structure of corn stover in China, 2010
Figure II-2-4-3-1	Yield of wheat and rice and wheat straw and rice straw in China, 2006-2010
Figure II-2-4-3-2	Consumption structure of wheat straw and rice straw in China, 2010
Figure III-4-1	SWOT analysis of China’s white biotechnology
Figure IV-1-1-1-1	Output and output value of active dry yeast in China, 2006-2010
Figure IV-1-1-1-2	Projected output an output value of dry yeast in China, 2011-2015
Figure IV-1-1-2-1-1	Output and output value of α-amylase in China, 2004-2010
Figure IV-1-1-2-1-2	Consumption pattern of α-amylase in China, 2009
Figure IV-1-1-2-1-3	Projected output and output value of α-amylase in China, 2011-2015
Figure IV-1-1-2-2-1	Output and output value of gluco-amylase in China, 2004-2010
FigureIV-1-1-2-2-2	Projected gluco-amylase output and output value in China, 2011-2015
Figure IV-1-1-2-3-1	Consumption pattern of lipase in China, 2009
Figure IV-1-1-2-3-2	Projected output and output value of lipase in China, 2011-2015
Figure IV-1-1-2-4-1	Output and output value of pectinase in China, 2004-2010, tonne
Figure IV-1-1-2-4-2	Projected output and output value of pectinase in China, 2011-2015
Figure IV-1-2-1-1	Output of fuel ethanol in China, 2004-2010
Figure IV-1-2-1-2	Fuel ethanol capacity structure of different raw materials in China, 2010
Figure IV-1-2-1-3	Flowchart of fuel ethanol production technology in China
Figure IV-1-2-1-4	Projected capacity of fuel ethanol market in China, 2011-2015
Figure IV-1-2-2-1	Capacity of bio-diesel in China, 2004-2010
Figure IV-1-2-2-2	Bio-diesel capacity structure of different raw materials in China, 2010
Figure IV-1-2-2-3	Projected capacity of bio-diesel in China, 2011-2015
Figure IV-1-2-2-4	Projected market value of bio-diesel in China, 2011-2015
Figure IV-1-3-1-1	Output and output value of lactic acid in China, 2004-2010
Figure IV-1-3-1-2	Consumption pattern of lactic acid in China, 2009
Figure IV-1-3-1-3	Demand for lactic acid in the world and in China, 2005-2010
Figure IV-1-3-2-1-1	Output and output value of MSG in China, 2004-2010
Figure IV-1-3-2-1-2	Export volume and average export price of MSG, 2004-2010
Figure IV-1-3-2-1-3	MSG consumption in China, 2007-2010
Figure IV-1-3-2-1-4	Market value of MSG in China, 2007-2010
Figure IV-1-3-2-1-5	Projected output and output value of MSG in China, 2011-2015
Figure IV-1-3-2-2-1	Output and output value of lysine in China, 2004-2010
Figure IV-1-3-2-2-2	Average export/import price of lysine in China, 2004-2010
Figure IV-1-3-2-2-3	Profit margin, disclosed by Dacheng Company, 2004-2008
Figure IV-1-3-2-2-4	Projected output and output value of lysine in China, 2011-2015
Figure IV-1-3-3-1-1	Output and output value of inositol in China, 2004-2010
Figure IV-1-3-3-1-2	Consumption pattern of inositol in China, 2009
Figure IV-1-3-3-1-3	Average export price of inositol in China, 2004-2010
Figure IV-1-3-3-1-4	Projected output and output value of inositol in China, 2011-2015
Figure IV-1-3-3-2-1	Output and output value of VC in China, 2006-2010
Figure IV-1-3-3-2-2	Basic information about major domestic VC producers, 2011
Figure IV-1-3-3-2-3	Market share of VC producers in China by output, 2010
Figure IV-1-3-3-2-4	VC consumption pattern in the global market, 2009
Figure IV-1-3-3-2-5	VC consumption pattern in China, 2009
Figure IV-1-3-3-2-6	Export volume of VC in China, 2004-2010
Figure IV-1-3-3-2-7	Chemical synthesis route to produce VC
Figure IV-1-3-3-2-8	The first fermentation stage of two-stage fermentation method to produce VC
Figure IV-1-3-3-2-9	The second fermentation stage of two-stage fermentation method to produce VC
Figure IV-1-3-3-2-10	The route taking place in basic condition to transform 2-KLG into VC
Figure IV-1-3-3-2-11	The route of Xi’an Pharmaceutical Factory to transform 2-KLG to VC
Figure IV-1-3-3-2-12	Projected output and output value of VC in China, 2011-2015
Figure IV-1-3-3-3-1	Output and output value of VB2
Figure IV-1-3-3-3-2	Market situation of VB1
Figure IV-1-4-1-1	Output and output value of acrylamide in China, 2007-2010
Figure IV-1-4-1-2	Flow chart of acrylamide production with biotechnology route
Figure IV-1-4-1-3	Flow chart of acrylamide production with biotechnology route
Figure IV-1-4-1-4	Projected output and output value of acrylamide in China, 2011-2015
Figure IV-1-4-2-1	Output and output value of di-acids with fermentation method in China, 2006-2010
Figure IV-1-4-2-2	Projected output and output value of di-acids with fermentation method in China, 2011-2015
Figure IV-1-4-3-1	Output and output value of itaconic acid in China, 2007-2010
Figure IV-1-4-3-2	Production proportion of itaconic acid around the world, 2008
Figure IV-1-4-3-3	Capacity and output of major domestic itaconic acid, 2009-2011
Figure IV-1-4-3-4	Consumption structure of itaconic acid in China, 2008
Figure IV-1-4-3-5	Price of itaconic acid, 2004-2011
Figure IV-1-4-3-6	Projected output and output value of itaconic acid in China, 2011-2015
Figure IV-1-4-4-1	Output and output value of butanol in China, 2008-2010
Figure IV-1-4-4-2	Projected output and output value of butanol in China, 2011-2015
Figure IV-1-5-1-1	Chemical formula of PHA
Figure IV-1-5-1-2	PHA family and major members
Figure IV-1-5-1-3	Projected capacity and output of PHA in China, 2011-2015
Figure IV-1-5-2-1	Flow chart of PLA production technology
Figure IV-1-5-2-2	Detailed PLA production process from lactic acid
Figure IV-1-5-2-3	Projected capacity and output of PLA in China, 2011-2015
Figure IV-2-1-1-1	Approach to utilize renewable lignocellulosic materials to produce ethanol
Figure IV-2-2-2-1	Market development of succinic acid in China, 2008-2010
Figure IV-2-2-2-2	Consumption pattern of succinic acid in China, 2010
Figure IV-2-2-2-3	Succinic acid consumed in chemical industry, 2010
Figure IV-2-2-2-4	Succinic acid consumed in pharmaceutical industry, 2010
Figure IV-2-2-2-5	Succinic acid consumed in food industry, 2010
Figure IV-2-2-2-6	Succinic acid consumed in agricultural industry, 2010
Figure IV-3-1-1-1	Consumption structure of acrylic acid in China, 2010
Figure IV-3-1-1-2	Demand for acrylic acid in China, 2007-2015
Figure IV-3-1-1-3	Future capacity and output of acrylic acid in china, 2011-2015
Figure IV-3-1-2-1	Commodity chemicals production achieved by 3-HPA, adopting renewable feedstock route
Figure IV-3-1-2-2	Metabolic pathway designed for 3-HPA production from microorganism
Figure IV-3-1-2-3	Project based on 3-HPA by Cargill’s team
Figure IV-3-1-2-4	Approach Cargill’s team adopted to develop 3-HPA
Figure IV-3-1-2-5	HPA as a novel C3 platform to many commodity chemicals
Figure V-5-1	Flow chat of waste water treatment technology
Figure VI-2-1	Projected market value of white biotechnology industry in China, 2010-2020
Figure VI-2-2	Projected CAGR of bio-product industry in China by questionnaire, 2011-2015
Figure VI-2-3	Projected CAGR of bio-product industry in China by questionnaire, 2016-2020
Figure VI-2-4	Projected market value of bio-product industry in China, 2010-2020
Figure VI-2-5	Projected CAGR of bio-fuel industry in China by questionnaire, 2011-2015
Figure VI-2-6	Projected CAGR of bio-fuel industry in China by questionnaire, 2016-2020
Figure VI-2-7	Projected market value of bio-fuel industry in China, 2010-2020
Figure VI-2-8	Projected market value of bio-based fine chemical industry in China, 2010-2020
Figure VI-2-9	Projected CAGR of bio-based chemical industry in China by questionnaire, 2011-2015
Figure VI-2-10	Projected CAGR of bio-based chemical industry in China by questionnaire, 2016-2020
Figure VI-2-11	Projected market value of bio-based chemical industry in China, 2010-2020
Figure VI-2-12	Projected CAGR of bio-material industry in China by questionnaire, 2011-2015
Figure VI-2-13	Projected CAGR of bio-material industry in China by questionnaire, 2016-2020
Figure VI-2-14	Projected market value of bio-material industry in China, 2010-2020
Figure VIII-1-1	Detailed geographical division of China
Figure VIII-3-1	Price of natural gas in Dec. 2010, USD/m3

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