The survey of methionine (feed grade) in China

Content

• Executive summary
• Methodology and Sources
• I Production situation of methionine in China
  • I-1 Development history
  • I-2 Summary of production
    • I-2.1 Overview of AT88 project
    • I-2.2 Technology, research situation and cost structure
    • I-2.3 Supply Chain for BlueStar's AT88 project
    • I-2.4 Other information
  • I-3 Supply situation of raw materials
    • I-3.1 Methanthiol
      • I-3.1.1 Summary of manufacturers
      • I-3.1.2 Supply and demand
      • I-3.1.3 Supply situation of raw materials: methanol and hydrogen sulfide
        • I-3.1.3.1 Supply situation of methanol
        • I-3.1.3.2 Supply situation of hydrogen sulfide
      • I-3.1.4 Problems existing in the domestic methanthiol industry
      • I-3.1.5 Manufacturing cost
      • I-3.1.6 Price
    • I-3.2 Acrolein
    • I-3.3 Hydrogen cyanide
      • I-3.3.1 Acrylonitrile pathway
      • I-3.3.2 Natural gas route (Andrussow method)
      • I-3.3.3 Light oil cracking method
      • I-3.3.4 Methanol route
    • I-3.4 Sulfuric acid and sulfur
• II Import Situation of Feed Grade Methionine
• III Consumption of methionine in China
  • III-1 Market size and share of methionine in major end use segments
  • III-2 Brief introduction to major downstream industries in China
    • III-2.1 Feed industry
    • III-2.2 Food and pharmaceutical
  • III-3 Key factors and driven forces for the development of methionine in China
    • III-3.1 Governmental policies
    • III-3.2 Population
    • III-3.3 Meat, egg and milk consumption per capita
    • III-3.4 Breeding
      • III-3.4.1 Pig
      • III-3.4.2 Cattle
      • III-3.4.3 Sheep
      • III-3.4.4 Poultry and eggs
    • III-3.5 China's feed industry
    • III-3.6 China's amino acids industry
      • III-3.6.1 Lysine
      • III-3.6.2 Threonine
      • III-3.6.3 Glutamate
      • III-3.6.4 L-phenylalanine
      • III-3.6.5 Others
  • III-4 Prospect of China's methionine consumption, forecast to 2013
• IV SWOT analysis and barriers for foreign company to invest on feed grade methionine in China
• V Conclusion
• VI Appendix: Profile of BlueStar (Group) Co., Ltd.
• LIST OF TABLES
  • TableI-2.1-1 Overview of AT88 project
  • Table I-2.2-1 Consumption of raw materials for AT88
  • Table I-2.3-1 New projects and their relationship with AT88 project in BlueStar's new material base
  • Table I-3.1.1-1 Manufacturers of Methanthiol in China
  • Table I-3.1.3.1-1 Supply and demand of methanol in China in 2004~2007 (Unit: 1,000 tonnes)
  • Table I-3.1.3.1-2 Estimated methanol consumption structure in China in 2005, 2008 & 2010
  • Table I-3.1.3.2-1 Production and consumption of sulfur in China, 2000~2007 (unit: 1,000 tonnes)
  • Table I-3.1.5-1 Methanethiol production cost in Shandong Xingwu
  • Table I-3.2-1 Production situation of acrolein in China in 2007 (Unit: tonne)
  • Table I-3.3-1 Production situation of Hydrogen cyanide in China
  • Table I-3.3.1-1 Producers of HCN by acrylonitrile pathway in China in 2008 (t/a)
  • Table I-3.3.2-1 HCN manufacturers by natural gas route in China in 2008 (tonne)
  • Table I-3.3.3-1 HCN manufacturers by light oil cracking method as of February 2008 (tonne)
  • Table I-3.4-1 Production situation of sulfuric acid in China in 2002~2007(Unit: kt)
  • Table I-3.4-2 Import situation of sulfuric acid in China in 2001~2007 (Unit: kt)
  • Table I-3.4-3 Situation of sulfur in China in 2000~2007 (Unit: kt)
  • Table II-1 Growth rate of methionine import volume in 2008(Jan-Aug)
  • Table II-2 Import share of major importers in 2007 and 2008(Jan-Aug)
  • Table II-3 Main importers of Methionine in 2007(Quantity: tonne; Price: USD/Kg; Value: USD)
  • Table II-4 Main importers of Methionine in 2008 (Jan-Aug) (Quantity: tonne; Price: USD/Kg; Value: USD)
  • Table II-5 Origins of China's imported Methionine in 2007 (Quantity: tonne; Price: USD/Kg; Value: USD)
  • Table II-6 Share of import origins in 2007
  • Table II-7 Origin of Methionine in 2008 (Jan-Aug) (Quantity: tonne; Price: USD/Kg; Value: USD)
  • Table II-8 Share of import Origin in 2008 (Jan-Aug)
  • Table III-1-1 Consumption structure of feed grade methionine in China in 2005~2007 (tonne)
  • Table III-2.1-1 Methionine consumption in feed in China, 2005~2007 (tonne)
  • Table III-2.1-2 Methionine consumption in different feeds in 2007 (tonne)
  • Table III-2.1-3 Comparison of DLM and MHA
  • Table III-2.1-4 Methionine consumption in some feed companies in 2007
  • Table III-2.2-1 DLM consumption in food and pharmaceutical industry in 2007
  • Table III-2.2-2 DLM end users in food and pharmaceutical industry in 2007 (tonne)
  • Table III-3.3-1 Per capita consumption of meat, egg and milk in China (Unit: kg/a)
  • Table III-3.4-1 Production situation of animal products in China in 2001~2007 (Unit: 1,000 tonnes)
  • Table III-3.4-2 Growth rate of animal products in China in 2002~2007
  • Table III-3.4-3 Population of animals in China in 1996~2006 (Unit: thousand)
  • Table III-3.4.1-1 Amino acid requirements of lean type growing-finishing pigs at libitum (88% DM)
  • Table III-3.4.1-2 Daily amino acid requirements of lean type growing-finishing pigs at libitum (88% DM)
  • Table III-3.4.1-3 Amino acid requirements of lean type gestating sow (88% DM )(%)
  • Table III-3.4.1-4 Amino acid requirements of lean type lactating sow (88% DM) (%)
  • Table III-3.4.1-5 Amino acid requirement of breeding boar (88%DM)
  • Table III-3.4.1-6 Amino acid requirements of lean-fat type gestating and lactating sow (88%DM)(%)
  • Table III-3.4.1-7 Amino acid requirement of local replacement gilt (88% DM) (%)
  • Table III-3.4.1-8 Amino acid requirements of lean-fat type growing-finishing pig at libitum (type.88%DM) (%)
  • Table III-3.4.1-9 Amino acid requirements of lean-fat type breeding boar (88%DM)(%)
  • Table III-3.4.1-10 Daily amino acid requirements of lean-fat type breeding boar (88%DM) (g/d)
  • Table III-3.4.4-1 Amino acid requirements of immature Egg-type Chickens (%)
  • Table III-3.4.4-2 Amino acid requirements of laying hens (%)
  • Table III-3.4.4-3 Body Weight and Feed Consumption of Immature Egg-type Chicken
  • Table III-3.4.4-4 Amino acid requirements of Broilers (%)
  • Table III-3.4.4-5 Amino acid requirements of Broilers (%)
  • Table III-3.4.4-6 Body Weight and Feed Consumption of Broilers
  • Table III-3.4.4-7 Amino acid requirements of Meat-type Chicken Breeders (%)
  • Table III-3.4.4-8 Body weight and feed consumption of meat-type chicken breeders
  • Table III-3.4.4-9 Amino acid requirements of Chinese color-feathered Chicken (%)
  • Table III-3.4.4-10 Body weight and feed Consumption of Chinese color-feathered Chicken
  • Table III-3.4.4-11 Amino acid requirements of Chinese color-feathered chicken breeders (%)
  • Table III-3.4.4-12 Body weight and feed consumption of Chinese color-feathered chicken breeders during growing period
  • Table III-3.4.4-13 Body weight and feed consumption of Chinese color-feathered chicken breeders during laying period
  • Table III-3.5-1 Output of feed in China in 1990~2007 (10,000 tonnes)
  • Table III-3.5-2 Output of different feeds in China, 2005~2007 (1,000 tonnes)
  • Table III-3.5-3 Output of formula feed in China, 2005~2007 (1,000 tonnes)
  • Table III-3.5-4 Output of concentrate feed in China, 2005~2007 (1,000 tonnes)
  • Table III-3.5-5 Output of premix feed in China, 2005~2007 (1,000 tonnes)
  • Table III-3.6.1-1 Output of lysine in China, 2000~2007 (1,000 tonnes)
  • Table III-3.6.1-2 Apparent consumption of lysine in China in 200~2007 (1,000 tonnes)
  • Table III-3.6.3-1 Supply situation of Glutamate in China, 2000~2007 (1,000 tonnes)
  • Table III-3.6.4-1 Major producers of L-phenylalanine in China in 2007
  • Table IV-1-1 SWOT analysis of BlueStar's AT88 project
  • Table VI-1 The progress of the main projects of the first stage in BlueStar's New Material Base
• LIST OF FIGURES
  • Figure I-3.1.3.1-1 Price of methanol in China in 2005~2008
  • Figure I-3.1.5-1 Flowchart of Methanethiol production in Shandong Xingwu
  • Figure I-3.4-1 Consumption structure of sulfuric acid in China in 2007
  • Figure II-1 Import volume of Methionine in 2007~2008 (Jan-Aug) (tonne)
  • Figure II-2 Import price of Methionine in 2007-2008(Jan-Aug) (USD/kg)
  • Figure III-1-1 Consumption structure of DLM in China in 2007
  • Figure III-1-2 Consumption structure of methionine in feed industry before and after MHA is converted into DLM in 2007
  • Figure III-2.1-1 Methionine consumption in different feeds in 2007
  • Figure III-2.1-2 Methionine consumption in feeds for different animals in 2007
  • Figure III-2.2-1 Consumption structure of methionine in China from 2001 to 2007 in China
  • Figure III-3-1 Relationship among human, animals, feed industry and feed grade methionine.
  • Figure III-3-2 Ratio of feed grade methionine consumption against population, feed, meat and eggs in 2001~2007
  • Figure III-3.2-1 Population and growth rate in China in 2000~2007
  • Figure III-3.2-2 Population structure in 2000~2007 in China
  • Figure III-3.3-1 Per capita consumption of meat, egg and milk in China in the past several years
  • Figure III-3.4-1 Meat output structure in China in 2001 and 2007
  • Figure III-3.4-2 China's and world's meat output and China's share in the world in 2006
  • Figure III-3.5-1 Relationship of different feeds
  • Figure III-3.5-2 Feed structure in 1990 and 2007
  • Figure III-3.5-3 Structure of feed for different animals in China in 2007, by output
  • Figure III-4-1 Forecast on feed output in China, 2008~2013
  • Figure III-4-2 Forecast on feed grade methionine consumption in feed in China, 2008~2013
  • Figure III-4-3 Forecast on food and pharmaceutical methionine output in China, 2008~2013
  • Figure III-4-4 Forecast on feed grade methionine consumption in food and pharmaceutical methionine in China, 2008~2013
  • Figure III-4-5 Forecast on total feed grade methionine consumption in China, 2008~2013