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The state middle and long-term science and technology development plan guideline (2006-2007) arranged 27 advanced technologies and 18 basic science problems in 8 key fields. As to the key fields, agriculture has 9 priority topics, 6 of which were environment-friendly fertilizer. The importance of the research is to develop environment-friendly fertilizer, key technology of pesticide innovation, controlled release fertilizer, fertilizer technology and relevant equipment.
Fertilizer consumption in China is now challenging the acceptance limit of resource and environment. For example, excessive usage of nitrogen has caused atmosphere and water pollutes, and excessive appliance of phosphate has made the river and sea nutritious.
According to the forecast of Ministry of Agriculture, the fertilizer consumption amount was about 58 million tons in China in 2006, accounted for 37.1% in the total consumption of the world, and it will exceed 40% in 2008 at such pace. Compared 2006 with 1992, it is China that made the greater contribution for the international fertilizer consumption increase.
The synthetic ammonia output was 42.22 million tons in China in 2004, and the national average energy consumption per ton was 1.80 tons standard coal, that is to say, the coal consumption to product the synthetic ammonia was 76.13 million tons in China in 2004. While the utilization rate of the nitrogenous fertilizer for different regions and corps was only 40%, 35%, 25% and 15% respectively, and even lower than 10% in the shed vegetable region and fertigation (fertilization and irrigation) ) in open fields.
The phosphate output was 11.25 million tons in China in 2005, while the phosphor mine exceeded 50 million tons. In order to meet the phosphate or fertilizer production technology, rich mine ore was selected, and poor ore was eliminated. Crude mine exploited each year probably amounted to 100 million tons.
Import of potash was 8.83 million tons in China in 2005, the CIF price of imported potash was USD 161 per ton in 2004, up 36.1% compared to 2003, and it rose to USD 206 per ton in 2005. Meanwhile, the capital for purchasing potash per year in China rose to USD 1.8 billion in 2005 from 2003's USD 800 million.
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The state middle and long-term science and technology development plan guideline (2006-2007) arranged 27 advanced technologies and 18 basic science problems in 8 key fields. As to the key fields, agriculture has 9 priority topics, 6 of which were environment-friendly fertilizer. The importance of the research is to develop environment-friendly fertilizer, key technology of pesticide innovation, controlled release fertilizer, fertilizer technology and relevant equipment.
Fertilizer consumption in China is now challenging the acceptance limit of resource and environment. For example, excessive usage of nitrogen has caused atmosphere and water pollutes, and excessive appliance of phosphate has made the river and sea nutritious.
According to the forecast of Ministry of Agriculture, the fertilizer consumption amount was about 58 million tons in China in 2006, accounted for 37.1% in the total consumption of the world, and it will exceed 40% in 2008 at such pace. Compared 2006 with 1992, it is China that made the greater contribution for the international fertilizer consumption increase.
The synthetic ammonia output was 42.22 million tons in China in 2004, and the national average energy consumption per ton was 1.80 tons standard coal, that is to say, the coal consumption to product the synthetic ammonia was 76.13 million tons in China in 2004. While the utilization rate of the nitrogenous fertilizer for different regions and corps was only 40%, 35%, 25% and 15% respectively, and even lower than 10% in the shed vegetable region and fertigation (fertilization and irrigation) ) in open fields.
The phosphate output was 11.25 million tons in China in 2005, while the phosphor mine exceeded 50 million tons. In order to meet the phosphate or fertilizer production technology, rich mine ore was selected, and poor ore was eliminated. Crude mine exploited each year probably amounted to 100 million tons.
Import of potash was 8.83 million tons in China in 2005, the CIF price of imported potash was USD 161 per ton in 2004, up 36.1% compared to 2003, and it rose to USD 206 per ton in 2005. Meanwhile, the capital for purchasing potash per year in China rose to USD 1.8 billion in 2005 from 2003's USD 800 million.
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2005-2006 www.researchinchina.com All Rights Reserved |
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1 Preface 1.1 Status Quo of Fertilizer Application in China 1.2 Influence of Agriculture Production on New Fertilizer Research 1.3 Meaning of Nutrition Control and Release 1.4 Slow/Controlled Release Fertilizer Research Progress in China and Foreign Countries 1.4.1 Concept 1.4.2 Technology Means and Function Principle of Nutrition Control and Slow Release 1.4.2.1 Technology Means 1.4.2.2 Control Principle 1.4.2.3 Release Principle 1.4.3 Status Quo of Application 1.4.4 Evaluation 2 Global Slow/Controlled Release Fertilizer Industry 2.1 Market 2.2 Production 2.3 Consumption and Application 2.4 Supply & Demand and Price 2.5 Core Manufacturers 2.6 Industry Development Trend 3 China Slow/Controlled Release Fertilizer Industry 3.1 Market 3.2 Production 3.3 Consumption and Application 3.4 Supply & Demand and Price 3.5 Industry Development Trend 4 Main Enterprises, Science Research Institutes and Potential Partners 4.1 Main Manufacturers 4.1.1 Hanfeng Group 4.1.2 Sanmenxia Sinian Slow Released Fertilizer Co., Ltd 4.1.3 Shandong Jinan Kunyuan Fertilizer Co., Ltd 4.1.4 Shaoyang Haina Xingye Chemical Co., Ltd 4.1.5 Jinan Nongboshi Green Fertilizer Co., Ltd 4.1.6 Laizhou Aidier Biology Science &Technology Co., Ltd 4.1.7 Jinxi Natural Gas Chemical Co., Ltd 4.1.8 Jiangzhou Tongzhou Special Fertilizer Factory 4.1.9 Beijing Pioneer New-type Fertilizer Making Co., Ltd 4.1.10 Henan Leef Fertilizer Co., Ltd 4.1.11 Shandong Kingenta Group 4.1.12 Hebei Sanhe Xiangfeng Fertilizer Co., Ltd 4.1.13 Shandong Shikefeng Chemical Co., Ltd 4.1.14 Shenyang Zhongke Green Field Agriculture Development Co., Ltd 4.1.15 Anhui Chengxiang Fertilizer Co., Ltd 4.1.16 Beijing Fengpei Technology Development Co., Ltd 4.1.17 Jinan Chunlong Industry Co., Ltd 4.2 Main Science Research Institutes 4.2.1 Shenyang Zoology Institute, Chinese Academy of Sciences 4.2.2 Shijiazhuang Agriculture Modernization Institute, Chinese Academy of Sciences 4.2.3 Agriculture Source Research Center of Inheritance & Growth Biology Institute, Chinese Academy of Sciences 4.2.4 Plant Nutrition and Resource Office of Beijing Academy of Agricultural and Forestry 4.2.5 Shandong Agricultural University 4.2.6 College of Resources and Environment of China Agriculture University 4.2.7 Guangdong Agricultural Science Institute 4.2.8 Zhejiang Agricultural Science Institute 4.2.9 Hunan Agricultural Science Institute 4.2.10 Zhengzhou Lexishi Phosphor and Compound Fertilizer Technology Research & Popularization Center 4.2.11 Soil and Fertilizer Research Office of Xinjiang Agricultural Institute 4.2.12 Shanxi Coal Science Institute, Chinese Academy of Sciences 5 Feasibility of Slow/Controlled Release Fertilizer Market 5.1 Factors Influencing Industry Development 5.2 Short-term and Long-term Forecast 5.3 Industry Investment Direction, Risk Control and SWOT of New Entrants 5.4 Risk Evaluation and Flexibility for Slow/Controlled Fertilizer Industrialization of Enterprises by Technology Transference 6 Suggestions 6.1 Industry and Technology 6.2 Future Industry Competition 6.3 Feasibility Research 6.4 Conclusion
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2005-2006 www.researchinchina.com All Rights Reserved |
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Utilization Rate of Common Nitrogen, Phosphate and Potash in China Carbamide Output in China, 2000-2006 Nitrogen Fertilizer Utilization Rate in China and Foreign Countries Comparison of Slow Release Fertilizer Consumption Amount by Corp in Northeast, China Difference between Slow/Controlled Release Fertilizer and Common Fertilizer Five Advantages of Slow/Controlled Release Fertilizer in Modern Agriculture Four Common Making Methods of Slow/Controlled Release Fertilizer in the International Market Slow/Controlled Release Fertilizer Output in the World, 2001-2006 Slow/Controlled Release Fertilizer Output Structure Distribution in the World, 2006 Slow/Controlled Release Fertilizer Product Structure made in USA Slow/Controlled Release Fertilizer Product Structure made in West Europe Slow/Controlled Release Fertilizer Product Structure made in Japan Global Slow/Controlled Release Fertilizer Consumption Amount, 2001-2006 Global Slow/Controlled Release Fertilizer Consumption Distribution, 2006 Slow/Controlled Release Fertilizer Consumption Amount by Country, 2006 Slow/Controlled Release Fertilizer Application Structure in America and Europe Slow/Controlled Release Fertilizer Application Structure in Japan Comparison of Slow/Controlled Release Fertilizer Prices in the Main Global Markets, Jul, 2007 (USD/ton) Comparison of Acceptable Prices by Application Market in Europe and America Comparison of Main Slow/Controlled Release Fertilizer Manufacturers, Product Performance and Global Market Positions in the World Comparison of Growth Rate of Common and Slow/Controlled Release Fertilizer in USA and Japan Forecast of Global Slow/Controlled Release Fertilizer Consumption Amount, 2007-2011 Output and Output Capability of Slow/Controlled Release Fertilizer in China, 2000-2006 Slow/Controlled Release Fertilizer Regional Distribution in China Comparison of Ratios of Slow/Controlled Release Fertilizer to Total Fertilizer Consumption in China, USA and Japan, 2006 Slow/Controlled Release Fertilizer Application Structure in China Slow/Controlled Release Fertilizer Consumption in China, 2001-2006 Comparison of Two Kinds of Slow/Controlled Release Fertilizer Manufacturers in China Potential Demand of Slow/Controlled Release Fertilizer in China, 2007-2011 Shanghai Hanfeng Slow/Controlled Release Fertilizer Co., Ltd Statistics and Forecast of Output and Turnover of Shanghai Hanfeng Slow/Controlled Release Fertilizer Co., Ltd, 2004-2007 Clients Structure of Shanghai Hanfeng Slow/Controlled Release Fertilizer Co., Ltd, 2006 Jiangsu Hanfeng Slow/Controlled Release Fertilizer Co., Ltd Heilongjiang Hanfeng Slow/Controlled Release Fertilizer Co., Ltd Sanmenxia Sinian Slow/Controlled Release Fertilizer Co., Ltd Four Advantages of Sinian Slow/Controlled Release Fertilizer Co., Ltd Shandong Jinan Kunyuan Fertilizer Co., Ltd Comparison of Main Specifications and Nitrogen Release Term of Special Luxecote Lawn Fertilizer Comparison of Main Specifications and Nitrogen Release Term of Special Luxecote Flower Fertilizer Comparison of Main Specifications and Nitrogen Release Term of Special Luxecoteuf Series of Products Price Comparison of Aidier Garden Professional Slow/Controlled Release Fertilizer by Type Price Comparison of Aidier Garden Professional Golf and Lawn Slow/Controlled Release Fertilizer by Type Price Comparison of Aidier Economic Slow/Controlled Release Fertilizer by Type Price Comparison of Aidier Family Flower Professional Slow/Controlled Release Fertilizer by Type SWOT of New Entrants of Industry Comparison of Competition Level of Products by Quality Comparison of Controlled Release and Slow Release Fertilizer Competition Comparison of Output and Input of Two Investment Solutions
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