CCM>Market Reports>
| No. | 0051S001 | Seed Treatment Survey in China - Edition(1) |
About This Report:
| Report edition: | 2010 edition(1) | |
| Language version: | English | |
| Document type: | WORD|PDF + Excel(Word or PDF document,with additional Excel Document) | |
| For ready report -- | ||
| Finished in: | Feb 2010 ,edition(1) | |
| Total pages: | 94 | |
| 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 15-30 work days by email | |
| 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 15-30 work days by email | USD8000.00 |
Description:
Seed treatment industry has made remarkable progress in recent years, and shows attractive market potential in the future. China, consuming 41,277.23 tonnes agrochemicals in seed treatment with value of USD149.76 million in 2009, has become one of the largest consumption countries for seed treatment agents, though seed treatment rates for most crops are still low currently compared to foreign developed countries. With the increasing attention to seed treatment from Chinese government, seed treatment rate will certainly keep increasing in future years; meanwhile Chinese seed treatment industry will generate many new commercial opportunities.
This report aims to provide right understanding about Chinese seed treatment and to find out investment risk and business opportunities in this field. Following aspects of seed treatment are emphatically covered in this report.
- Governmental polices related to seed treatment. Such as raising direct grain subsidies, agricultural machinery subsidies, and improved varieties subsidies, enhancing environmental protection requirements, heightening industrial threshold, setting targets of raising seed treatment rate, and so on.
- Seed treatment market structure. Chemical treatment, including seed coating, seed soaking, seed dressing and seed sealing, captures over 90% market share in Chinese seed treatment industry, while market scale and commercialization level of physical treatment and biological treatment is rather low.
- Seed treatment market in major crops. Corn and wheat are the most important crops in seed treatment market, accounting for 85.67% of total seed treatment market in terms of value. And seed treatment in major production areas shows remarkable regional difference.
- Market of seed treatment agents. Seed coating is the most popular chemical treatment technology in China, constituting 83.55% China’s total seed treatment market value in 2009, while pesticides and fertilizers treating seeds capture a small market share.
- Risk assessment. Policy risk, industry competition risk, supply-demand fluctuation risk and technology risk are assessed, and proposals to avoid risk are provided in this report.
- Commercial opportunities. With the increasing market demand for seed treatment, commercial opportunities, including industry integration, supply increase of commercial coated seeds, demand growth of low-toxic and highly effective seed coating agents, and demand increase of machineries for seed coating and sowing, etc., are recommended.
This report is helpful to:
 Companies engaged in production, R&D and sales of seed coating agents, seed dressing agents, seed soaking agents, etc.
 Companies engaged in seed production, R&D and sales.
 Analysts and consultants trying to gain insight into Chinese seed treatment market.
 Governments with attention paid to Chinese seed treatment market.
 Chambers of commerce and associations regarding seed treatment.
Main Content:
| No. | Content | Page |
| Executive summary | 5 |
|
| Methodology | 9 |
|
| I | Background | 12 |
| I-1 | Seed situation | 12 |
| I-1.1 | Seed market scale | 12 |
| I-1.2 | Seed market structure | 13 |
| I-1.3 | Seed companies | 14 |
| I-1.4 | Main opportunities and challenges of China's seed industry | 14 |
| I-2 | Significance of seed treatment for agricultural production | 15 |
| I-2.1 | Economic benefits | 16 |
| I-2.2 | Ecological benefit | 17 |
| II | Seed treatment technologies | 18 |
| II-1 | Physical treatment | 19 |
| II-1.1 | Hot water treatment | 19 |
| II-1.2 | Electric field treatment | 20 |
| II-1.3 | Magnetic field treatment | 21 |
| II-1.4 | Plasma seed treatment technology | 22 |
| II-1.5 | Others | 23 |
| II-2 | Chemical treatment | 23 |
| II-2.1 | Seed soaking | 24 |
| II-2.2 | Seed dressing | 25 |
| II-2.3 | Seed coating | 26 |
| II-2.4 | Solvent sealing | 26 |
| II-3 | Biological treatment | 27 |
| III | Seed treatment market in major crops | 28 |
| III-1 | General situation of seed treatment market | 29 |
| III-2 | Seed treatment market in major crops | 30 |
| III-2.1 | Wheat | 30 |
| III-2.2 | Corn | 35 |
| III-2.3 | Rice | 39 |
| III-2.4 | Cotton | 44 |
| III-2.5 | Soybean | 48 |
| III-2.6 | Peanut | 53 |
| III-2.7 | Rapeseed | 56 |
| III-2.8 | Vegetable | 58 |
| III-2.9 | Sugar beet | 60 |
| III-2.10 | Flower | 63 |
| III-2.11 | Chinese medicinal materials | 64 |
| III-2.12 | Watermelon | 67 |
| III-2.13 | Tobacco | 71 |
| III-2.14 | Others | 73 |
| IV | Market of seed treatment agents | 75 |
| IV-1 | Seed coating agents | 75 |
| IV-1.1 | Development history | 75 |
| IV-1.2 | Supply situation | 76 |
| IV-1.3 | Trend | 81 |
| IV-2 | Pesticides | 82 |
| IV-3 | Fertilizers | 83 |
| IV-3.1 | Supply situation | 83 |
| IV-3.2 | Market volume and value | 84 |
| V | Key influencing factors of seed treatment | 86 |
| V-1 | Environmental protection | 86 |
| V-2 | Economy | 86 |
| V-2.1 | Rural peasants’ affordability | 86 |
| V-2.2 | High return of investment | 87 |
| V-3 | Government’s attitudes and actions | 88 |
| V-4 | MNC’s investment and activities | 89 |
| V-5 | Others | 90 |
| VI | Risk assessment and opportunities of Chinese seed treatment industry | 91 |
| VI-1 | Warnings and proposals for avoiding investment risks | 91 |
| VI-1.1 | Policy risk | 91 |
| VI-1.2 | Industry competition risk | 93 |
| VI-1.3 | Supply-demand fluctuation risk | 93 |
| VI-1.4 | Technology risk | 94 |
| VI-1.5 | Others | 94 |
| VI-2 | Opportunities | 94 |
| VI-2.1 | Industry integration | 94 |
| VI-2.2 | Supply increase of commercial coated seeds | 94 |
| VI-2.3 | Demand growth of low-toxic seed coating agents | 95 |
| VI-2.4 | Development of new seed coating formulation types | 95 |
| VI-2.5 | Development of machineries for seed coating and sowing | 95 |
LIST OF TABLES
Table I-1.2.1 Seed market structure in China, 2008~2009Table I-1.3.1 Major Chinese seed companies Table I-1.3.2 Major overseas seed companies Table II-1 Comparison of different seed treatment technologiesTable II-1.1.1 Recommended temperature and time of hot water seed treatmentTable II-2.1 Comparison of chemical treatment technologiesTable II-2.1.1 Recommended time of seed soakingTable III-1 Chemicals consumption volume in seed treatment, 2009Table III-2 Chemicals consumption value in seed treatment, 2009Table III-2.1.1 Planting situation of wheat, 2005~2009Table III-2.1.2 Application situation of wheat seed coating agentsTable III-2.1.3 Application situation of pesticides in wheat seed treatmentTable III-2.2.1 Planting situation of corn, 2005~2009Table III-2.2.2 Main pesticides used for corn seed coating agentsTable III-2.2.3 Application situation of main corn seed coating agentsTable III-2.3.1 Planting situation of rice, 2005~2009Table III-2.3.2 Main pesticide used for corn seed coatingTable III-2.3.3 Application situation of main corn seed coating agentsTable III-2.3.4 Application situation of pesticide in rice seed treatment Table III-2.4.1 Planting situation of cotton, 2005~2009Table III-2.4.2 Main pesticides used for cotton seed coatingTable III-2.4.3 Application situation of main corn seed coating agentsTable III-2.4.4 Application situation of pesticides in cotton seed treatment Table III-2.5.1 Planting situation of soybean, 2005-2009Table III-2.5.2 Application situation of main soybean seed coating agentsTable III-2.6.1 Planting situation of peanut, 2005~2009Table III-2.7.1 Planting situation of rapeseed, 2005-2009Table III-2.7.2 Planting situation of rapeseed in major production regions, 2008Table III-2.8.1 Planting situation of vegetable, 2005~2009Table III-2.9.1 Planting situation of sugar beet, 2005~2009Table III-2.9.2 Application situation of pesticides in sugar beet seed treatmentTable III-2.11.1 Planting situation of Chinese medicinal materials, 2005~2009Table III-2.11.2 Seed treatment for Chinese medicinal materials by physical methodsTable III-2.11.3 Seed treatment for Chinese medicinal materials by chemical methods Table III-2.12.1 Planting situation of watermelon, 2005~2009Table III-2.12.2 Registration situation of watermelon coating agents in ChinaTable III-2.12.3 Watermelon seed treatment by physical methodsTable III-2.12.4 Application situation of watermelon seed coating agents Table III-2.12.5 Pesticides and their functions in watermelon seed treatmentTable III-2.12.6 Application situation of fertilizers in watermelon seed treatmentTable III-2.13.1 Planting situation of tobacco, 2005~2009Table III-2.13.2 Tobacco seed treatment by physical methodsTable III-2.13.3 Pesticides and their functions in tobacco seed treatmentTable III-2.14.1 Registration situation of seed coating agents in other crops seed treatmentTable IV-1.2.1 Key seed coating agent suppliers in China, 2009Table IV-1.2.2 Key MNCs suppliers of seed coating agents in China, 2009Table IV-1.2.3 Main pesticide used as seed coating agentsTable IV-3.1.1 Fertilizer output in China, 2005~2009Table IV-3.1.2 Key fertilizer producers in China, 2009Table IV-3.1.3 Supply situation of trace fertilizers in ChinaTable IV-3.2.1 Market volume and value of seed fertilizers, 2009Table V-2.2.1 Control effect of crop diseases and pests by seed treatment, 2009Table V-4.1 Seed coating agents developed by foreign companiesTable VI-1.1 Description of risk levelTable VI-1.2 Risk assessment of Chinese seed treatment industry
LIST OF FIGURES
Figure I-1.1.1 Seed market value changes, 2005~2009 Figure I-2.1.1 Growth rate of crop unit yield with seed coating compared with untreated onesFigure I-2.1.2 Growth rate of crop germination with seed coating compared with untreated onesFigure II-1 Share of different seed treatment technologies in China by application, 2008Figure II-2 Share of different seed treatment technologies in China by application, 2008Figure II-1.2.1 Comparison of diseased plants in crop growth stagesFigure II-1.3.1 Yield growth rate with seed treated by magnetic fieldFigure II-1.4.1 Yield growth rate of seed treated by plasma technologyFigure III-2.1.1 Registration situation of wheat seed coating agents, 1996~2009Figure III-2.1.2 Toxicity change of registered wheat seed coating agents, 1996~2009Figure III-2.2.1 Registration situation of corn seed coating agents, 1988~2009Figure III-2.2.2 Toxicity change of registered corn seed coating agentsFigure III-2.3.1 Registration situation of rice seed coating agents, 1993~2009Figure III-2.3.2 Toxicity change of registered rice seed coating agentsFigure III-2.4.1 Registration situation of cotton seed coating agents, 1988~2009Figure III-2.4.2 Toxicity change of registered cotton seed coating agentsFigure III-2.5.1 Registration situation of soybean seed coating agents, 1994~2009Figure III-2.5.2 Toxicity change of registered soybean seed coating agentsFigure III-2.6.1 Registration situation of peanut seed coating agents, 1994~2009Figure IV-1.2.1 Supply situation of seed coating agents, 1998~2009Figure V-2.1.1 Income situation of rural residents, 2001~2009
Part of Report: click here for sample pages
As a key technology for diseases and pests prevention and grain yield growth, Chinese government has attached importance to seed treatment in recent years, taking the national grain safety into consideration.
Physical treatment, chemical treatment and biological treatment are three classes of seed treatment technologies, among which chemical treatment captures over xxx% market share in Chinese seed treatment industry. Common chemical treatment methods include seed soaking, seed dressing, seed coating and seed sealing, etc.
China consumed about xxx tonnes agrochemicals in seed treatment with total value of USDxxx million in 2009. Seed coating agents, pesticides and fertilizers accounted for xxx%, xxx% and xxx% of China’s total seed treatment market value separately in 2009.
Seed treatment market in major crops has the following characteristics in China.
- Wheat and corn are the most important crops in seed treatment market as they accounted for xxx% of total seed treatment market in terms of value.
- Market scale and commercialization level of physical treatment and biological treatment is rather low compared with chemical treatment now in China.
- Seed treatment difference in major planting regions is obvious in China, with relatively higher seed treatment rate in North China.
- Large farmlands enjoy higher seed treatment rate.
- Seed coating is the most popular chemical treatment technology in China.
Market of seed treatment agents has the following characteristics in China.
- The proportion of highly toxic seed treatment agents is decreasing in total seed treatment agents in China.
- In Chinese market of pesticides treating seeds, fungicide formulations capture about xxx% share, and mixed formulations of fungicides and insecticides constitute xxx% share, while insecticides and plant growth regulators capture another xxx% share.
- Though China is a large fertilizer producer and consumer in the world, application volume of fertilizers as seed treatment agents is very small, only about xxx tonnes in 2009.
- Seed treatment rate of different regions and crops is distinct. It is influenced by many factors, such as environmental protection, economic level, governmental attitudes and actions, etc.
Compared to foreign developed countries, Chinese seed treatment industry developed slowly in the past decades, and Chinese seed coating companies have weak competitiveness in international markets currently. Some potential threats still exist in the seed treatment industry, includes Policy risk, Industry competition risk and Supply-demand fluctuation risk etc. With the increasing attention from Chinese government, many commercial opportunities will generate in Chinese seed treatment, such as Industry integration, Supply increase of commercial coated seeds, Demand growth of low-toxic seed coating agent and Development of new seed coating formulation types
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(The rest content of this report is omitted.)
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