Shopping Cart 0
Cart Subtotal
USD 0

Indonesia Agrochemicals Market Outlook to 2025- By Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio Pesticides and Others), By Type of Crop Protection Product (Generic and Patented), By Application (Cereals, Vegetables, Fruits and Plantations) and By Sales Regions (Java & Bali Region, Sulawesi, Sumatra and Kalimantan)

Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only.
Print Option : Yes
Copy Option : Yes
Deliverable Format : Excel Via Email

Excel Only
USD 2500

Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only.
Print Option: Yes
Copy Option: No
Deliverable Format : PDF Via Email

Single User License
USD 3000

Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only.
Print Option: Yes
Copy Option: Excel: Yes/ PDF: No
Deliverable Format : Excel, PDF Via Email

Single and Excel
USD 3500

Access to Printed Report; No Soft Copy
Print Option: N/A
Copy Option: N/A
Deliverable Format : Printed Publication/ Book by Post

Hard Copy License
USD 3500

Multiple Users within the Company/ Enterprise
Print Option: Yes
Copy Option: Yes
Deliverable Format : Excel, PDF Via Email

Corporate User License
USD 4000

Details

The report titled "Indonesia Agrochemicals Market Outlook to 2025- By Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio Pesticides and Others), By Type of Crop Protection Product (Generic and Patented), By Application (Cereals, Vegetables, Fruits and Plantations) and By Sales Regions (Java & Bali Region, Sulawesi, Sumatra, and Kalimantan)" provides a comprehensive analysis of the agrochemicals market in Indonesia. The report also covers agricultural overview scenarios in Indonesia, market genesis, market size in terms of revenue from formulants and technicals, various trends and developments driving the market and the issues and challenges generally faced by entities in the market. The report also provides an analysis of the overall value chain involved in the manufacturing process, Industry’s SWOT analysis and competitive scenario with company profiles of major companies. In the end, the report concludes with future projections and analyst recommendations with a light on major opportunities and cautions related to the market.
Indonesia Agrochemical Market Overview and Size
Agriculture has been one of the primary activities in the country which has been a major reason for high agrochemicals demand in the country. The country recorded normal agricultural product sales during 2014 and 2015. Owing to favorable climatic conditions and La Nina Phenomena during 2016, the industry recorded its highest sales growth in the country. However, with the emergence of palm oil production regulations and prolonged dry seasons in the country, the production and sales of agrochemicals decreased to a certain scale.
Indonesia Agrochemicals Market Segmentation
By Types of Pesticides: Owing to its wide application in a variety of crops, herbicides occupy the highest share in terms of overall sales of agrochemicals in the country. In major crops such as rice, corn, soybean, herbicides are usually applied in combination with insecticides, thereby driving insecticides demand as well in the country. Bio-pesticides have been present in the market for the last 5-7 years, however, due to lack of awareness and education among farmers, there is still low demand for these products. However, with various government initiatives and training programs by international companies to increase awareness among farmers, it is expected that sales of Biopesticides would increase in the coming years.
By Types of Herbicides: The major herbicide types in Indonesia are Glyphosate, Paraquat, Atrazine, Acetochlor with Glyphosate occupying the highest demand in the country.
By Types of Insecticides: The major insecticide types present in Indonesia are Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos, Azadirachti. It was witnessed that players were focusing on introducing new types of insecticide products owing to a gap in demand and supply for a few particular insecticides in the market.
By Types of Fungicides: The major fungicide types in Indonesia are Triazole, Strobilurin, Chlorothalonil, sodium dichromate.
By Type of Product: In Indonesia, the major proportion of the market is occupied by generic products. Generic products are relatively low priced and easily available when compared to patented products in the market. These are some of the major reasons for its high demand among consumers, on the other hand, the high-quality nature of patented products are generally demanded by large scale farmers and plantation companies.
By Form of Agrochemicals: Agrochemicals are generally available in three forms including Liquid, Granule, and Powder. Liquid agrochemicals have an easy application and therefore are most preferred in crops such as chilies where an application is complex in nature. Granules and Powder are applied either directly onto crops or are generally mixed with other formulations such as oil and water. However, when compared with a liquid formulation, granule and powder are used in higher quantities.
By Types of Crops: In Indonesia, cereals are observed to occupy the highest usage of agrochemicals with rice occupying the highest share. Major cereal crops grown in Indonesia include soybean, corn, maize, barley, oats, rice, and others thereby driving demand for pesticides including Glyphosate, Strobilurin, Pyrethroid, Abamectin and contact fungicides. The second-highest demand for pesticides is observed by vegetables followed by plantation and fruits. Major fruits and vegetables cultivated in Indonesia include Onion, Cassava, Mango, banana, Potatoes, Tomatoes, and others.
By Region: Major agriculture regions in Indonesia are Java, Bali, Sulawesi, Sumatra, and Kalimantan. Famous for its rice production and tropical climatic conditions, major agrochemical sales are observed in Java and Bali region. However, Java and Bali's region are considered to be inclining towards mature market stage thereby shifting agricultural activities to high potential regions of Sulawesi ad Sumatra.
Competitive Landscape
Indonesia's agrochemical market is observed to be concentrated in nature with the majority of market share in terms of revenue occupied by international players having manufacturing facilities located in Indonesia. Major production clusters in the country are East Java, West Java, Central Java, Sumatra (Medan) and Sulawesi. New regulations including RSPO and PSAT for fresh food of plant origin have impacted the sales of agrochemicals in the country and with these regulations becoming stricter in the future; the players are focussing to be more innovative and increasing their expenditure in R&D activities in the coming years. 
Indonesia Agrochemical Market Future Outlook
The future prospects of the agrochemicals market in Indonesia is expected to grow at a CAGR of 9.2% over the period 2019(P)-2025F. The growth in demand is expected to be supported by factors including government support to promote agricultural activities, increasing population thereby increasing demand for agricultural products, the emergence of new national and international players in the market.
 
Key Segments Covered
By Types of Pesticides
  • Herbicides
  • Insecticides
  • Fungicides
  • Biopesticides and Others
By Type of Herbicides
  • Glyphosate
  • Paraquat
  • Atrazine
  • Others (including Metsulfuron, Acetochlor, etc.)
By Type of Insecticides
  • Pyrethroids
  • Abamectin
  • Rynaxypyr
  • Chlorpyrifos
  • Others (including Azadirachti, Bacillus thuringiensis)
By Type of Fungicides
  • Triazole
  • Strobilurin
  • Contact Fungicides including Propionic, Chlorothalonil
  • Others (including Carbendazim,  Organomerkuri, Sodium Dichromate)
By Type of Crop Protection Product
  • Generic
  • Patented
By Form of Pesticide
  • Liquid
  • Granules
  • Powder
By Types of Crops
  • Cereals
  • Vegetables
  • Fruits
  • Plantation
By Type of Cereal Crops
  • Rice
  • Corn
  • Soybean
  • Others (including maize, barley, and other cereal crops)
By Type of Vegetables
  • Onion
  • Chillies
  • Tomato
  • Potatoes
  • Cabbage
  • Others
By Type of Fruits
  • Citrus
  • Banana
  • Mango
  • Others (Including Guava, Mangosteen, and other fruits)
By Type of Plantation:
  • Oil Palm
  • Sugarcane
  • Rubber and Tea
  • Forestry
By Region
  • Java and Bali Region
  • Sulawesi
  • Sumatra
  • Kalimantan
 
Key Target Audience
  • Venture Capitalist Firms
  • Agrochemical Manufacturers
  • Raw Material Suppliers
  • Research & Development Institutes
  • Government Bodies & Regulating Authorities
Time Period Captured in the Report:
  • Historical Period: 2014-2019P
  • Forecast Period: 2019P-2025F
Companies Covered:
  • PT Syngenta Indonesia
  • PT Bayer Indonesia
  • PT Bina Guna Kimia (FMC)
  • PT Bima Kimia Nufarm
  • PT Corteva Agriscience
  • PT BASF Indonesia
  • PT UPL Indonesia
  • PT Agricon,
  • PT Dharma Guna Wibawa
  • Bingei Agung
  • PT Excel Meg Indonesia
  • PT BISI International Tbk
Key Topics Covered in the Report
  • Indonesia Agrochemical Market Overview and Genesis (Overview and Genesis including Market Stage, Market Nature and Growth Drivers, Business Cycle Graph)
  • Indonesia Agrochemical Market Value Chain Analysis
  • Overview of Indonesia Agricultural Scenario (Agricultural Overview, Contribution to GDP,  Planted Area and Production, Mechanization Rate, Major Crops, Climate, Challenges, and Sources of Credit)
  • Introduction to Indonesia Agrochemical Market (Revenue from Formulants, Revenue from Sale of Technical Products and Pricing Trends)
  • Indonesia Agrochemical Market Segmentation
  • Trade Scenario in Indonesia Agrochemicals Market (By Value, By Volume and By Countries)
  • Trends and Developments in Indonesia Agrochemicals Market
  • Issues and Challenges in Indonesia Agrochemicals Market
  • Indonesia Agrochemicals Market Regulatory Landscape
  • SWOT Analysis Indonesia Agrochemicals Market
  • Analyst Recommendations
  • Indonesia Agrochemicals Market Competition Scenario  (Competition Scenario, Strength and Weakness, Market Shares, Cross Comparisons, Company Profile of Major Players)
  • Indonesia Agrochemicals Market Future Projection, 2019P-2025F
  • Future Outlook of Indonesia Agrochemicals Market Segmentation, 2019P-2025F
READ MORE

Table Of Content

Scope

1. Executive Summary

2. Research Methodology

2.1. Market Definitions
2.2. Abbreviations
2.3. Market Sizing and modeling
Consolidated Research Approach
Market Sizing Aproach– Indonesia Agrochemical Market
Sample Size Inclusion Table
Limitations
Variables (Dependent And Independent)
Multi Factor Based Sensitivity Model
Regression Matrix
Final Conclusion

3. Indonesia Agriculture Overview (Farm Holding Structure, Major Crops, Crop Production, Cropping Pattern, number of Agricultural Households, Farm Mechanisation and Other Parameters)
3.1. Farm Holding Structure in Indonesia
3.2. Cropping Pattern in Indonesia
3.3. Crop Rotation Cycle
3.4. Mechanization Scenario
3.5. Expected Changes in Cropping Pattern by Major Crops
3.5.1. Rice
3.5.2. Cassava
3.5.3. Maize
3.5.4. Palm Oil
3.5.5. Rubber
3.5.6. Sugarcane

4. Indonesia Agrochemicals Market Overview and Genesis

5. Indonesia Agrochemicals Market Ecosystem


6. Value Chain Analysis in Indonesia Agrochemicals Market (Inter-Entity Relationship and Margin Analysis)


7. Indonesia Agrochemicals Market Introduction

7.1. By Revenue from Formulants, 2014-2019(P)
7.2. By Revenue From Technical, 2014-2019(P)
Pricing trends

8. Indonesia Agrochemicals Market Segmentation
8.1. By Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio pesticides & Others), 2019(P)
8.1.1. By Herbicides Type (Glyphosate, Paraquat, Atrazine and Others), 2019(P)
8.1.2. By Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and others), 2019(P)
8.1.3. By Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others), 2019(P)
8.2. By Type of Crop Protection Products (Generic and Patented), 2019(P)
8.3. By Form of Pesticide (Liquid, Granules, Powder), 2019(P)
8.4. By Types of Crops (Cereals, Vegetables, Fruits & Plantation), 2019(P)
8.4.1. By Cereals Type (Rice, Corn, Soybean & Others), 2019(P)
Rice
Corn
Soybean
8.4.2. By Vegetables Type (Onion, Chilies, Tomato, Potatoes, Cabbage & Others), 2019(P)
8.4.3. By Fruits Type (Citrus, Banana, Mango & Others), 2019
8.4.4. By Plantation Type (Oil Palm, Sugarcane, Rubber& Tea and Forestry, 2019(P)
Roundtable on Sustainable Palm Oil
8.5. By Sales Regions (Java & Bali Region, Sulawesi, Sumatra and Kalimantan, 2019(P)

9. Trade Scenario in Indonesia Agrochemicals Market (Import and Export Scenario Analysis, Major Export and Import Partners, Major Products Imported and Exported)
9.1. Import Scenario, 2018
Import By Value, 2014-2018
Import by Volume, 2014-2018
9.2. Export Scenario, 2018
Export by Value, 2014-2018
Export By Volume, 2014-2018

10. Regulatory Landscape in Indonesia Agrochemicals Market

11. Trends and Developments in Indonesia Agrochemicals Market
Increased Usage of Bio Pesticides
Increase in Number of Registerd Pesticides
Agricuture Being the Major Contributor to Country’s GDp
Increased Demand Owing to Delayed Monsoons
Increased Investment in Research & Development of new products
Growing Population and Constant Aerable Land
12. Issues and Challenges in Indonesia Agrochemicals Market
Stringent Regulatory and Environmental Constraints
Lack of Awareness among Farmers
Circulation of Counterfiet Products

13. SWOT Analysis of Indonesia Agrochemicals Market

14. Competitive Landscape in Indonesia Agrochemicals Market
14.1. Strengths & Weakness of Major Players Operating in Indonesia Agrochemicals Market
14.2. Market Share of Major Players Operating in Indonesia Agrochemicals Market (PT Syngenta Indonesia, PT Bayer Indonesia, PT Bina Guna Kimia (FMC), PT Bima Kimia Nufarm , PT Corteva Agriscience, PT BASF Indonesia, PT UPL Indonesia and Others), 2018
14.3. Cross Comparison of Major Players
14.4. Company Profiles of Major Players Operating in Indonesia Agrochemicals Market (Including Business Strategies, Crop Protection Products, Products in Pipeline, Marketing Strategies, Recent Developments, Financial Matrix and Other Paramters
14.4.1. PT Bayer Indonesia
14.4.2. PT Syngenta Indonesia
14.4.3. PT BASF Indonesia
14.4.4. PT Bima Kimia Nufarm
14.4.5. PT Bina Guna Kimia (FMC)
14.4.6. PT BISI International Tbk
14.4.7. PT Agricon
14.4.8. PT Excel Meg Indo
14.4.9. PT UPL Indonesia
14.4.10. PT Corteva Agriscience

15. Indonesia Agrochemicals Market Future Outlook and Projections, 2019(P)-2025
15.1. By Revenue from Formulants, 2019(P)-2025F
15.2. By Revenue from Technicals, 2019(P)-2025F
15.3. By Types of Pesticides (Herbicides, Insecticides, Fungicides and bio pesticides & others), 2019(P)-2025F
15.3.1. By Type of Herbicides (Glyphosate, Paraquat, Atrazine and Others), 2019(P)-2025F
15.3.2. By Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and others), 2019(P)-2025F
15.3.3. By Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others), 2019(P)-2025F
15.4. By Type of Crop Protection Product (Generic and Patented), 2019(P)-2025F
15.5. By Form of Agrochemicals (Liquid, Granule, Powder), 2019(P)-2025F
15.6. By Application (Cereaals, Vegetables, Fruits and Plantation), 2019(P)-2025F
15.6.1. By Type of Cereals (Rice, Corn, Soybean and Others), 2019(P)-2025F
15.6.2. By Type Of Vegetables (Onion, Chilies, Tomato, Potatoes, Cabbage and Others), 2019(P)-2025F
15.6.3. By Type of Fruits (Citrus, Banana, Mango and Others), 2019(P)-2025F
15.6.4. By Type of Plantations (Oil Palm, Sugarcane, Rubber and Tea and Forestry), 2019(P)-2025F

16. Analyst Recommendations in Indonesia Agrochemicals Market
Disclaimer
Contact Us


List Of Figure

Figure 1-1: : Indonesia Agrochemicals Market Flowchart on the Basis of Sales Value in USD Million of Agrochemicals in Metric tons, 2019(P)
Figure 1-2: : Indonesia Agrochemicals Market Flowchart on the Basis of Sales Value in USD Million of Agrochemicals in Metric Tons, 2025F
Figure 4-1: Indonesia Agrochemicals Industry Life Cycle
Figure 5-1: Agrochemical Supplier Entities in Indonesia Agrochemicals Market Ecosystem, 2019(P)
Figure 6-1: Value Chain Analysis for Indonesia Agrochemicals Market, 2019(P)
Figure 7-1: Indonesia Agrochemical (Formulants) Market Size on the Basis of Revenue in USD Million and Growth Rate in Percentage, 2014-2019 (P)
Figure 7-2: Indonesia Agrochemical (Technical) Market Size on the Basis of Revenue in USD Million and Growth Rate in Percentage, 2014-2019 (P)
Figure 7-3: Indonesia Agrochemicals Average Prices in USD, 2014-2019 (P)
Figure 8-1: Indonesia Agrochemicals Market Segmentation by Type of Pesticides (including Herbicides, Insecticides, Fungicides, Bio Pesticides and Others) on the basis of Sales Value in Percentage (%), 2014 and 2019(P)
Figure 8-2: Indonesia Agrochemicals Market Segmentation by Type of Herbicides (Glyphosate, Paraquat, Atrazine and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-3: Indonesia Agrochemicals Market Further Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-4: Indonesia Agrochemicals Market Further Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-5: Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Products (Generic and Patented) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-6: Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Products (Generic and Patented) on the basis of Sales Volume in Percentage (%), 2019(P)
Figure 8-7: Indonesia Agrochemicals Market Segmentation by Form of Agrochemicals (Liquid, Granule and Powder) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-8: Indonesia Agrochemicals Market Segmentation by Types of Crops (Cereals, Vegetables, Fruits and Plantations) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-9: Indonesia Agrochemicals Further Market Segmentation by Types of Cereals (Rice, Corn, Soybean and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-10: Indonesia Agrochemicals Further Market Segmentation by Types of Vegetables (Onion, Chilies, Tomatoes, Potatoes, Cabbage and Others ) on the basis of Sales Value in Percentage (%), 2019
Figure 8-11: Indonesia Agrochemicals Further Market Segmentation by Types of Fruits (Citrus, Banana, Mango and others) on the basis of Sales Value in Percentage (%), 2019
Figure 8-12: Indonesia Agrochemicals Further Market Segmentation by Types of Plantation (Oil Palm, Sugarcane, Rubber & Tea and Forestry) on the basis of Sales Value in Percentage (%), 2019
Figure 8-13: Indonesia Agrochemicals Market Segmentation by Sales Regions (Java & Bali region, Sulawesi, Sumatra and Kalimantan) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 9-1: Import of Agrochemicals in Indonesia on the basis of Import Value in USD Thousand, 2014-2018
Figure 9-2: Leading Exporting Countries in Indonesia Agrochemicals Market by Import Value of Agrochemicals, 2018
Figure 9-3: Import of Agrochemicals in Indonesia on the basis of Import Volume in Tons, 2014-2018
Figure 9-4: Leading Exporting Countries in Indonesia Agrochemicals Market by Import Volume of Agrochemicals, 2018
Figure 9-5: Export of Agrochemicals in Indonesia on the basis of Export Value in USD Thousand, 2014-2018
Figure 9-6: Leading Importing Countries in Indonesia Agrochemicals Market by Value of Agrochemicals Exported, 2018
Figure 9-7: Export of Agrochemicals in Indonesia on the basis of Export Volume in Tons, 2014-2018
Figure 9-8: Leading Importing Countries in Indonesia Agrochemicals Market by Volume of Agrochemicals Exported, 2018
Figure 10-1: Pesticide Patent Registration Process in Indonesia, 2019(P)
Figure 11-1: Contribution by Agriculture Sector to Overall Indonesia’s GDP, 2013-2018
Figure 11-2: Indonesia Gross Domestic Product in USD Billion, 2013-2018
Figure 11-3: Employment in Indonesia Agriculture Sector in Percentage (%), 2013-2018
Figure 11-4: Indonesia Employment in Agriculture, 2013-2018
Figure 11-5: Indonesia Arable Land Available in Thousand Square Kilo Meters, 2013-2018
Figure 11-6: Indonesia Total Population in Million, 2013-2018
Figure 14-1: Market Share of Major Players including PT Syngenta Indonesia, PT Bayer Indonesia, PT Bina Guna Kimia (FMC), PT Bima Kimia Nufarm , PT Corteva Agriscience, PT BASF Indonesia, PT UPL Indonesia, Other Major Players and Other Local Manufacturers on the basis of Sales Value in Percentage (%), 2018
Figure 14-2: Financial Performance of PT Bayer Indonesia on the basis of Revenue from Crop Science Segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-3: Financial Performance of PT Syngenta Indonesia on the basis of Revenue from Crop Protection segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-4: Financial Performance of BASF Indonesia on the basis of Revenue from Agricultural Solutions Segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-5: Financial Performance of PT Bima Kimia Nufarm on the basis of Revenue from Crop Protection Segment (Asia) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-6: Financial Performance of FMC on the basis of Revenue from Agricultural Solutions Segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 15-1: Future Projections of Indonesia Agrochemical (Formulants) Market Size by Revenue on the basis of USD Million and Growth Rate in Percentage, 2019(P) – 2025F
Figure 15-2: Future Projections of Indonesia Agrochemical (Technicals) Market Size by Revenue on the basis of USD Million and Growth Rate in Percentage, 2019(P) – 2025F
Figure 15-3: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio Pesticides and others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-4: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Herbicides (Glyphosate, Paraquat, Atrazine, Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-5: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos And Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-6: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-7: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Product (Generic and Patented) on the basis of Revenue in Percentage (%), 2025F
Figure 15-8: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Product (Generic and Patented) on the basis of Sales Volume in Percentage (%), 2025F
Figure 15-9: Future Projections of Indonesia Agrochemicals Market Segmentation by Form of Agrochemicals (Liquid, Granule, and Powder) on the basis of Revenue in Percentage (%), 2025F
Figure 15-10: Future Projections of Indonesia Agrochemicals Market Segmentation by Application (Cereals, Vegetables, Fruits and Plantation) on the basis of Revenue in Percentage (%), 2025F
Figure 15-11: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Form of Application (Cereals, Vegetables, Fruits and Plantation) on the basis of Revenue in Percentage (%), 2025F
Figure 15-12: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Type of Vegetables (Onion, Chilies, Tomato, Potatoes, Cabbage and Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-13: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Type of Fruits (Citrus, Banana, Mango and Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-14: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Type of Plantation (Oil Palm, Sugarcane, Rubber and Tea and Forestry) on the basis of Revenue in Percentage (%), 2025F


List Of Table

Table 2-1: List of Abbreviations Used
Table 2-2: Consolidated Research Approach for Indonesia Agrochemical Market
Table 2-3: Indonesia Agrochemical Sample Size Inclusion Table Including Agrochemical Companies, Regulatory Bodies/Industry Associations, end Users/Farmers and Industry Experts
Table 2-4: Indonesia Agrochemical Market Size Inclusion Table Including Respondent Category and Percentage of Total Respondents
Table 2-5: Tentative Set of Questions Asked by Mode of Entities and Desired Outcome
Table 2-6: Correlation Matrix of Indonesia Agrochemicals Market
Table 2-7: Regression Coefficient Output for Indonesia Agrochemicals Market
Table 3-1: Indonesia Agriculture Land Holding Structure including Land Holding Area and Number of Households, 2018
Table 3-2: Major Crops Produced in Indonesia on the basis of Area Harvested (in Ha), Production (in tonnes) and Number of Households, 2018
Table 3-3: Heat Map for Seasonal Crop Rotation Cycle Followed in Indonesia Agriculture, 2018
Table 3-4: Mechanization Rate in Indonesia by Province including Mechanization Rate, Non Mechanization Rate, Both and Not Using Technology, 2018
Table 3-5: Rice Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-6: Cassava Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-7: Maize Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-8: Palm Oil Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-9: Rubber Production Cropping Cycle and Average Temperature Required for Production in Indonesia, 2019(P)
Table 3-10: Sugarcane Production Cropping Cycle and Average Temperature Required for Production in Indonesia, 2019(P)
Table 6-1: Value Chain Analysis in Indonesia Agrochemicals Market by Entities Involved, 2019(P)
Table 7-1: Indonesia Agrochemicals Market Distributer’s Price List for Insecticides in IDR, 2019 (P)
Table 7-2: Indonesia Agrochemicals Market Distributer’s Price List for Fungicides in IDR, 2019(P)
Table 7-3: Indonesia Agrochemicals Market Distributer’s Price List for Herbicides in IDR, 2019 (P)
Table 8-1: Cross Comparison of Herbicides, Insecticides, Fungicides, Bio Pesticides and Others on the basis of Revenue for 2014, Revenue for 2019 (P), CAGR (2014-2019(P) Including Usage, Major Usage Crops, Average Shelf Life, Preferred Form, Major Companies, Major Types and Recent Developments, 2019(P)
Table 8-2: Indonesia Pesticides Number of Registrations, 2013-2018
Table 8-3: Cross Comparison of Glyphosate, Paraquat and Atrazine on the basis of Revenue for 2019(P), Usage and Major Crops, 2019 (P)
Table 8-4: Indonesia Agrochemicals Market Segmentation by Type of Herbicides (Glyphosate, Paraquat, Atrazine and Others) in USD Million, 2019 (P)
Table 8-5: Cross Comparison of Pyrethroids, Abamectin, Rynaxypyr and Chlorpyrifos on the basis of Revenue for 2019(P), Usage and Major Crops, 2019(P)
Table 8-6: Indonesia Agrochemicals Market Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and Others) in USD Million, 2019(P)
Table 8-7: Cross Comparison of Triazole, Strobilurin and Contact Fungicides on the basis of Revenue in 2019(P), Usage and Major Crops, 2019(P)
Table 8-8: Indonesia Agrochemicals Market Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) in USD Million, 2019(P)
Table 8-9: Cross Comparison of Generic and Patented Crop Protection Products on the basis of Definition, Revenue in 2019(P), Types of Suppliers Involved, Level of Pricing , Level of Quality, Warranties, Level of Contamination, Effectiveness, Required Right to Manufacture, Companies Involved, Imported or Domestic Manufactured and Demand Side Entities Involved, 2019 (P)
Table 8-10: Cross Comparison of Liquid, Granule and Powder form of Agrochemicals on the basis of Revenue in 2019(P), Ease of Application, Scale of Application, Shelf Life, Mode of Application, Reasons for respective Market Shares, Crops Applied on and Environmental Impact, 2019(P)
Table 8-11: Cross Comparison of Cereals, Vegetables, Fruits and Plantation on the basis of Revenue from Agrochemicals, Major Crops Grown, Major Production Regions, Frequency of Application, Level of Application, Major Pesticides Used, 2019(P)
Table 8-12: Cross Comparison of Rice, Corn and Soybean on the basis of Revenue from Agrochemicals, Production (in Tons), Harvested Area (in ha), Productivity (Quintal/Hectares), Major Pesticides Used and Major Production Regions, 2019(P)
Table 8-13: Indonesia Agrochemicals Further Market Segmentation by Types of Cereals (Rice, Corn, Soybean and Others) on the basis of Sales Value in USD Million, 2019(P)
Table 8-14: Harvested Area under Rice Production (in ha) in Indonesia by Province, 2013-2018
Table 8-15: Rice Production (in tonnes) in Indonesia by Province, 2013-2018
Table 8-16: Productivity under Rice Production (in Quintal/Hectares) in Indonesia, 2013-2018
Table 8-17: Harvested Area under Corn Production (in ha) in Indonesia by Province, 2013-2015
Table 8-18: Corn Production (in tonnes) in Indonesia by Province, 2013-2015
Table 8-19: Productivity under Corn Production (in Quintal/Hectares) in Indonesia, 2013-2015
Table 8-20: Harvested Area under Soybean Production (in ha) in Indonesia by Province, 2013-2015
Table 8-21: Soybean Production (in tones) in Indonesia by Province, 2013-2015
Table 8-22: Productivity under Soybean Production (in Quintal/Hectares) in Indonesia, 2013-2015
Table 8-23: Cross Comparison of Onion, Chilies, Tomato, Potatoes and Cabbage on the basis of Revenue from Agrochemicals, Type of Agrochemicals Used, Major Regions, Level/Complexity of Application, Production (in thousand tonnes), 2018, Area under Production (in hectares), Productivity (in Hg/Ha), 2019(P)
Table 8-24: Indonesia Agrochemicals Further Market Segmentation by Types of Vegetables (Onion, Chilies, Tomatoes, Potatoes, Cabbage and Others ) on the basis of Sales Value in USD Million, 2019(P)
Table 8-25: Production of Vegetable Crops in Indonesia (in thousand tones) including Onion, Potatoes, Tomatoes, Sweet Potatoes and Cassava, 2013-2018
Table 8-26: Area under Production of Vegetable Crops in Indonesia (in Ha) including Onion, Potatoes, Tomatoes, Sweet Potatoes and Cassava, 2013-2018
Table 8-27: Productivity of Vegetable Crops in Indonesia (in Hg/Ha) including Onion, Potatoes and Tomatoes, 2013-2018
Table 8-28: Cross Comparison of Citrus, Banana, Mango and Others on the basis of Revenue from Agrochemicals, 2019, Type of Agrochemicals Used, Major regions, Production (in thousand tonnes), Area under Cultivation (in Ha) and Number of Households, 2019
Table 8-29: Fruits production in Indonesia (in tonnes), 2013-2016
Table 8-30: Cross Comparison of Oil Palm, Sugarcane, Rubber & Tea and Forestry on the basis of Revenue from Agrochemicals, Major Production Regions and Pesticides Used, 2019(P)
Table 8-31: Indonesia Palm Oil Production (in thousand tones) and Area Harvested (in hectares), 2013-2018
Table 8-32: Area and Production of Palm Oil by Region, 2014 and 2015 (Provincial)
Table 8-33: Cross Comparison of Java & Bali region, Sulawesi, Sumatra and Kalimantan on the basis of Revenue in 2019(P), Major Crops Grown , Crop Rotation Followed, Climatic Conditions and Market Stage, 2019(P)
Table 9-1: Indonesia Agrochemicals Market Import Scenario including Major Exporting Countries, Value of Agrochemicals Imported in 2018, Volume Agrochemicals Imported, Major Products Imported and Indonesia’s Import Position in World, 2018
Table 9-2: Segmentation of Agrochemicals Imported in Indonesia on the basis of Import Value in USD Thousand, 2014-2018
Table 9-3: Segmentation of Agrochemicals Imported in Indonesia on the basis of Import Volume in Tons, 2014-2018
Table 9-4: Indonesia Agrochemicals Market Export Scenario including Major Importing Countries, Value of Agrochemicals Exported in 2018, Volume Agrochemicals Exported, Major Exporting Companies and Indonesia’s Export Position in World, 2018
Table 9-5: Segmentation of Agrochemicals Exported from Indonesia on the basis of Export Value in USD Thousand, 2014-2018
Table 9-6: Segmentation of Agrochemicals Exported from Indonesia on the basis of Export Volume in Tons, 2014-2018
Table 10-1: Government Regulations in Indonesia Agrochemicals Market Including Use and Distribution in Indonesia, Pesticide Registration Requirements, Pesticide Registration Process, Registered Chemical Groups in Indonesia, Packaging and Labeling Regulations and List of Prohibitive Active Ingredients in Indonesia, 2018
Table 10-2: Recent Regulations affecting Indonesia Agrochemicals Market, 2019(P)
Table 11-1: Types of Bio Pesticide Active Ingredients with their Respective Crop Usage
Table 11-2: Number of Registered Pesticides by Type in Indonesia, 2013-2018
Table 13-1: SWOT Analysis of Indonesia Agrochemicals Market
Table 14-1: Strengths and Weaknesses of Major Players Operating in Indonesia Agrochemicals Market
Table 14-2: Market Share of Major Players including PT Syngenta Indonesia, PT Bayer Indonesia, PT Bina Guna Kimia (FMC), PT Bima Kimia Nufarm , PT Corteva Agriscience, PT BASF Indonesia, PT UPL Indonesia, Other Major Players and Other Local Manufacturers on the basis of Sales Value in USD Million, 2018
Table 14-3: Cross Comparison of Major Players in Indonesia Agrochemicals Market on the basis of Year of Establishment, Number of Production Facility and Operational Segments in Indonesia, 2019 (P)
Table 14-4: Cross Comparison of Major Players in Indonesia Agrochemicals Market on the basis of Geographical Presence, Number of Products, Number of Employees and Number of Distributers, 2019(P)
Table 14-5: Company Profile of Bayer Indonesia Including Business Strategies, Crop Protection Products, Products in Pipeline, Marketing Strategies, Recent Developments and Financial Matrix, 2018
Table 14-6: Company Profile of PT Syngenta Indonesia including Business Strategies, Production Facility, Marketing Strategies, USP, Services Provided, Future Strategies, The Good Growth Plan, International Presence, Recent Developments and Financial Matrix, 2018
Table 14-7: Product Portfolio of PT Syngenta Indonesia including Category, Brands, Target Crop and Description, 2018
Table 14-8: Company Profile of BASF Indonesia including Business Strategies, Product Portfolio, Products in Pipeline, Operating Business Segments, Product Portfolio, Recent Developments and Company Financials, 2018
Table 14-9: Company Profile of PT Bima Kimia Nufarm Including Business Strategies, Operating Model, Product Portfolio, Company Financials and Indonesia Sales Analysis, 2018
Table 14-10: Company Profile of PT Bina Guna Kimia(FMC) Including Business Strategies, Recent Developments, New Formulations, Leading Crop Protection Products, Future Strategies and Company Financials, 2018
Table 14-11: Company Profile of BISI International Tbk Including Business Strategies, Marketing Strategies, Ownership Structure, Value Chain, Recent Developments, Crop Protection Sales, Future Strategies and Company Financials, 2018
Table 14-12: Company Profile of PT Agricon Indonesia Including Business Strategies and Recent Developments, 2018
Table 14-13: Company Profile of Excel Meg Indo Including Business Strategies, Research & Development Facilities and Recent Developments, 2018
Table 14-14: Product Portfolio of PT Excel Meg Indo including Product Name, Target Crops and Target Weeds/Pests/Diseases, 2018
Table 14-15 Company Profile of PT UPL Indonesia including Business Strategies, Recent Developments, Mergers and Acquisitions, Crop Protection Programs, Key Brands, Product Portfolio and Company Financials, 2018
Table 14-16: Company Profile of Corteva Agriscience Including Business Strategies, Products in Pipeline, Major Brands, Recent Developments and Company Financials, 2018
Table 14-17: Product Portfolio of Corteva Agriscience including Target Crop Type and Product Name, 2018
Table 15-1: Indonesia Agrochemicals List of Products in Pipeline with expected launch in 2019-2025F
Table 15-2: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Pesticides (Herbicides, Insecticides, Fungicides and Biopesticides & Others) on the basis of Sales Value in USD Million, 2025F
Table 15-3: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Herbicides (Glyphosate, Paraquat , Atrazine and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-4: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and others) on the basis of Sales Value in USD Million, 2025F
Table 15-5: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-6: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Product (Generic and Patented) on the basis of Sales Value in USD Million, 2025F
Table 15-7: Future Projections of Indonesia Agrochemicals Market Segmentation by Form of Agrochemicals (Liquid, Granule and Powder) on the basis of Sales Value in USD Million, 2025F
Table 15-8: Future Projections of Indonesia Agrochemicals Market Segmentation by Application (Cereals, Vegetables, Fruits and Plantation) on the basis of Sales Value in USD Million, 2025F
Table 15-9: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Cereals (Rice, Corn, Soybean and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-10: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Vegetables (Onion, Chilies, Tomato, Potatoes, Cabbage and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-11: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Fruits (Citrus, Banana, Mango and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-12: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Plantation (Oil Palm, Sugarcane, Rubber and Tea and Forestry) on the basis of Sales Value in USD Million, 2025F
Table 16-1: Analyst Recommendations for Indonesia Agrochemicals Market

Licence Rights

License Type Excel Only Single User Single User + Excel Hard Copy Corporate User License
User Sharing Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only. Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only. Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only. Access to Printed Report; No Soft Copy Multiple Users within the Company/ Enterprise
Print Option
Copy Option :Yes :No
Citation Yes (Not Publically; but to Private Parties within the company/ affiliate)
Deliverable Format :via Email :via Email ; :via Email Printed Publication/ Book by Post ; :via Email
Customization 20%
Analyst Time (Post Purchase Queries on Call/ Email)
Disclaimer : In no circumstance, the complete / part of the publication may be resold for monetary terms by the client or any other party related to the client or can be made available on third party website or on Google for general public view.

Section Purchase

To know more information on Purchase by Section, please send a mail to support@kenresearch.com

INQUIRE FOR COVID-19 IMPACT ANALYSIS

Products and Companies

Products

By Types of Pesticides
  • Herbicides
  • Insecticides
  • Fungicides
  • Biopesticides and Others
By Type of Herbicides
  • Glyphosate
  • Paraquat
  • Atrazine
  • Others (including Metsulfuron, Acetochlor etc.)
By Type of Insecticides
  • Pyrethroids
  • Abamectin
  • Rynaxypyr
  • Chlorpyrifos
  • Others (including Azadirachti, Bacillus thuringiensis)
By Type of Fungicides
  • Triazole
  • Strobilurin
  • Contact Fungicides including Propionic, Chlorothalonil
  • Others (including Carbendazim,  Organomerkuri, Sodium Dichromate)
By Type of Crop Protection Product
  • Generic
  • Patented
By Form of Pesticide
  • Liquid
  • Granules
  • Powder
By Types of Crops
  • Cereals
  • Vegetables
  • Fruits
  • Plantation
By Type of Cereal Crops
  • Rice
  • Corn
  • Soybean
  • Others (including maize, barley and other cereal crops)
By Type of Vegetables
  • Onion
  • Chillies
  • Tomato
  • Potatoes
  • Cabbage
  • Others
By Type of Fruits
  • Citrus
  • Banana
  • Mango
  • Others (Including Guava, Mangosteen and other fruits)
By Type of Plantation:
  • Oil Palm
  • Sugarcane
  • Rubber and Tea
  • Forestry
By Region
  • Java and Bali Region
  • Sulawesi
  • Sumatra
  • Kalimantan


Companies

  • PT Syngenta Indonesia
  • PT Bayer Indonesia
  • PT Bina Guna Kimia (FMC)
  • PT Bima Kimia Nufarm
  • PT Corteva Agriscience
  • PT BASF Indonesia
  • PT UPL Indonesia
  • PT Agricon,
  • PT Dharma Guna Wibawa
  • Bingei Agung
  • PT Excel Meg Indonesia
  • PT BISI International Tbk

Company Profile

Company Profile Title

The report titled "Indonesia Agrochemicals Market Outlook to 2025- By Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio Pesticides and Others), By Type of Crop Protection Product (Generic and Patented), By Application (Cereals, Vegetables, Fruits and Plantations) and By Sales Regions (Java & Bali Region, Sulawesi, Sumatra, and Kalimantan)" provides a comprehensive analysis of the agrochemicals market in Indonesia. The report also covers agricultural overview scenarios in Indonesia, market genesis, market size in terms of revenue from formulants and technicals, various trends and developments driving the market and the issues and challenges generally faced by entities in the market. The report also provides an analysis of the overall value chain involved in the manufacturing process, Industry’s SWOT analysis and competitive scenario with company profiles of major companies. In the end, the report concludes with future projections and analyst recommendations with a light on major opportunities and cautions related to the market.
Indonesia Agrochemical Market Overview and Size
Agriculture has been one of the primary activities in the country which has been a major reason for high agrochemicals demand in the country. The country recorded normal agricultural product sales during 2014 and 2015. Owing to favorable climatic conditions and La Nina Phenomena during 2016, the industry recorded its highest sales growth in the country. However, with the emergence of palm oil production regulations and prolonged dry seasons in the country, the production and sales of agrochemicals decreased to a certain scale.
Indonesia Agrochemicals Market Segmentation
By Types of Pesticides: Owing to its wide application in a variety of crops, herbicides occupy the highest share in terms of overall sales of agrochemicals in the country. In major crops such as rice, corn, soybean, herbicides are usually applied in combination with insecticides, thereby driving insecticides demand as well in the country. Bio-pesticides have been present in the market for the last 5-7 years, however, due to lack of awareness and education among farmers, there is still low demand for these products. However, with various government initiatives and training programs by international companies to increase awareness among farmers, it is expected that sales of Biopesticides would increase in the coming years.
By Types of Herbicides: The major herbicide types in Indonesia are Glyphosate, Paraquat, Atrazine, Acetochlor with Glyphosate occupying the highest demand in the country.
By Types of Insecticides: The major insecticide types present in Indonesia are Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos, Azadirachti. It was witnessed that players were focusing on introducing new types of insecticide products owing to a gap in demand and supply for a few particular insecticides in the market.
By Types of Fungicides: The major fungicide types in Indonesia are Triazole, Strobilurin, Chlorothalonil, sodium dichromate.
By Type of Product: In Indonesia, the major proportion of the market is occupied by generic products. Generic products are relatively low priced and easily available when compared to patented products in the market. These are some of the major reasons for its high demand among consumers, on the other hand, the high-quality nature of patented products are generally demanded by large scale farmers and plantation companies.
By Form of Agrochemicals: Agrochemicals are generally available in three forms including Liquid, Granule, and Powder. Liquid agrochemicals have an easy application and therefore are most preferred in crops such as chilies where an application is complex in nature. Granules and Powder are applied either directly onto crops or are generally mixed with other formulations such as oil and water. However, when compared with a liquid formulation, granule and powder are used in higher quantities.
By Types of Crops: In Indonesia, cereals are observed to occupy the highest usage of agrochemicals with rice occupying the highest share. Major cereal crops grown in Indonesia include soybean, corn, maize, barley, oats, rice, and others thereby driving demand for pesticides including Glyphosate, Strobilurin, Pyrethroid, Abamectin and contact fungicides. The second-highest demand for pesticides is observed by vegetables followed by plantation and fruits. Major fruits and vegetables cultivated in Indonesia include Onion, Cassava, Mango, banana, Potatoes, Tomatoes, and others.
By Region: Major agriculture regions in Indonesia are Java, Bali, Sulawesi, Sumatra, and Kalimantan. Famous for its rice production and tropical climatic conditions, major agrochemical sales are observed in Java and Bali region. However, Java and Bali's region are considered to be inclining towards mature market stage thereby shifting agricultural activities to high potential regions of Sulawesi ad Sumatra.
Competitive Landscape
Indonesia's agrochemical market is observed to be concentrated in nature with the majority of market share in terms of revenue occupied by international players having manufacturing facilities located in Indonesia. Major production clusters in the country are East Java, West Java, Central Java, Sumatra (Medan) and Sulawesi. New regulations including RSPO and PSAT for fresh food of plant origin have impacted the sales of agrochemicals in the country and with these regulations becoming stricter in the future; the players are focussing to be more innovative and increasing their expenditure in R&D activities in the coming years. 
Indonesia Agrochemical Market Future Outlook
The future prospects of the agrochemicals market in Indonesia is expected to grow at a CAGR of 9.2% over the period 2019(P)-2025F. The growth in demand is expected to be supported by factors including government support to promote agricultural activities, increasing population thereby increasing demand for agricultural products, the emergence of new national and international players in the market.
 
Key Segments Covered
By Types of Pesticides
  • Herbicides
  • Insecticides
  • Fungicides
  • Biopesticides and Others
By Type of Herbicides
  • Glyphosate
  • Paraquat
  • Atrazine
  • Others (including Metsulfuron, Acetochlor, etc.)
By Type of Insecticides
  • Pyrethroids
  • Abamectin
  • Rynaxypyr
  • Chlorpyrifos
  • Others (including Azadirachti, Bacillus thuringiensis)
By Type of Fungicides
  • Triazole
  • Strobilurin
  • Contact Fungicides including Propionic, Chlorothalonil
  • Others (including Carbendazim,  Organomerkuri, Sodium Dichromate)
By Type of Crop Protection Product
  • Generic
  • Patented
By Form of Pesticide
  • Liquid
  • Granules
  • Powder
By Types of Crops
  • Cereals
  • Vegetables
  • Fruits
  • Plantation
By Type of Cereal Crops
  • Rice
  • Corn
  • Soybean
  • Others (including maize, barley, and other cereal crops)
By Type of Vegetables
  • Onion
  • Chillies
  • Tomato
  • Potatoes
  • Cabbage
  • Others
By Type of Fruits
  • Citrus
  • Banana
  • Mango
  • Others (Including Guava, Mangosteen, and other fruits)
By Type of Plantation:
  • Oil Palm
  • Sugarcane
  • Rubber and Tea
  • Forestry
By Region
  • Java and Bali Region
  • Sulawesi
  • Sumatra
  • Kalimantan
 
Key Target Audience
  • Venture Capitalist Firms
  • Agrochemical Manufacturers
  • Raw Material Suppliers
  • Research & Development Institutes
  • Government Bodies & Regulating Authorities
Time Period Captured in the Report:
  • Historical Period: 2014-2019P
  • Forecast Period: 2019P-2025F
Companies Covered:
  • PT Syngenta Indonesia
  • PT Bayer Indonesia
  • PT Bina Guna Kimia (FMC)
  • PT Bima Kimia Nufarm
  • PT Corteva Agriscience
  • PT BASF Indonesia
  • PT UPL Indonesia
  • PT Agricon,
  • PT Dharma Guna Wibawa
  • Bingei Agung
  • PT Excel Meg Indonesia
  • PT BISI International Tbk
Key Topics Covered in the Report
  • Indonesia Agrochemical Market Overview and Genesis (Overview and Genesis including Market Stage, Market Nature and Growth Drivers, Business Cycle Graph)
  • Indonesia Agrochemical Market Value Chain Analysis
  • Overview of Indonesia Agricultural Scenario (Agricultural Overview, Contribution to GDP,  Planted Area and Production, Mechanization Rate, Major Crops, Climate, Challenges, and Sources of Credit)
  • Introduction to Indonesia Agrochemical Market (Revenue from Formulants, Revenue from Sale of Technical Products and Pricing Trends)
  • Indonesia Agrochemical Market Segmentation
  • Trade Scenario in Indonesia Agrochemicals Market (By Value, By Volume and By Countries)
  • Trends and Developments in Indonesia Agrochemicals Market
  • Issues and Challenges in Indonesia Agrochemicals Market
  • Indonesia Agrochemicals Market Regulatory Landscape
  • SWOT Analysis Indonesia Agrochemicals Market
  • Analyst Recommendations
  • Indonesia Agrochemicals Market Competition Scenario  (Competition Scenario, Strength and Weakness, Market Shares, Cross Comparisons, Company Profile of Major Players)
  • Indonesia Agrochemicals Market Future Projection, 2019P-2025F
  • Future Outlook of Indonesia Agrochemicals Market Segmentation, 2019P-2025F
READ MORE

Scope

1. Executive Summary

2. Research Methodology

2.1. Market Definitions
2.2. Abbreviations
2.3. Market Sizing and modeling
Consolidated Research Approach
Market Sizing Aproach– Indonesia Agrochemical Market
Sample Size Inclusion Table
Limitations
Variables (Dependent And Independent)
Multi Factor Based Sensitivity Model
Regression Matrix
Final Conclusion

3. Indonesia Agriculture Overview (Farm Holding Structure, Major Crops, Crop Production, Cropping Pattern, number of Agricultural Households, Farm Mechanisation and Other Parameters)
3.1. Farm Holding Structure in Indonesia
3.2. Cropping Pattern in Indonesia
3.3. Crop Rotation Cycle
3.4. Mechanization Scenario
3.5. Expected Changes in Cropping Pattern by Major Crops
3.5.1. Rice
3.5.2. Cassava
3.5.3. Maize
3.5.4. Palm Oil
3.5.5. Rubber
3.5.6. Sugarcane

4. Indonesia Agrochemicals Market Overview and Genesis

5. Indonesia Agrochemicals Market Ecosystem


6. Value Chain Analysis in Indonesia Agrochemicals Market (Inter-Entity Relationship and Margin Analysis)


7. Indonesia Agrochemicals Market Introduction

7.1. By Revenue from Formulants, 2014-2019(P)
7.2. By Revenue From Technical, 2014-2019(P)
Pricing trends

8. Indonesia Agrochemicals Market Segmentation
8.1. By Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio pesticides & Others), 2019(P)
8.1.1. By Herbicides Type (Glyphosate, Paraquat, Atrazine and Others), 2019(P)
8.1.2. By Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and others), 2019(P)
8.1.3. By Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others), 2019(P)
8.2. By Type of Crop Protection Products (Generic and Patented), 2019(P)
8.3. By Form of Pesticide (Liquid, Granules, Powder), 2019(P)
8.4. By Types of Crops (Cereals, Vegetables, Fruits & Plantation), 2019(P)
8.4.1. By Cereals Type (Rice, Corn, Soybean & Others), 2019(P)
Rice
Corn
Soybean
8.4.2. By Vegetables Type (Onion, Chilies, Tomato, Potatoes, Cabbage & Others), 2019(P)
8.4.3. By Fruits Type (Citrus, Banana, Mango & Others), 2019
8.4.4. By Plantation Type (Oil Palm, Sugarcane, Rubber& Tea and Forestry, 2019(P)
Roundtable on Sustainable Palm Oil
8.5. By Sales Regions (Java & Bali Region, Sulawesi, Sumatra and Kalimantan, 2019(P)

9. Trade Scenario in Indonesia Agrochemicals Market (Import and Export Scenario Analysis, Major Export and Import Partners, Major Products Imported and Exported)
9.1. Import Scenario, 2018
Import By Value, 2014-2018
Import by Volume, 2014-2018
9.2. Export Scenario, 2018
Export by Value, 2014-2018
Export By Volume, 2014-2018

10. Regulatory Landscape in Indonesia Agrochemicals Market

11. Trends and Developments in Indonesia Agrochemicals Market
Increased Usage of Bio Pesticides
Increase in Number of Registerd Pesticides
Agricuture Being the Major Contributor to Country’s GDp
Increased Demand Owing to Delayed Monsoons
Increased Investment in Research & Development of new products
Growing Population and Constant Aerable Land
12. Issues and Challenges in Indonesia Agrochemicals Market
Stringent Regulatory and Environmental Constraints
Lack of Awareness among Farmers
Circulation of Counterfiet Products

13. SWOT Analysis of Indonesia Agrochemicals Market

14. Competitive Landscape in Indonesia Agrochemicals Market
14.1. Strengths & Weakness of Major Players Operating in Indonesia Agrochemicals Market
14.2. Market Share of Major Players Operating in Indonesia Agrochemicals Market (PT Syngenta Indonesia, PT Bayer Indonesia, PT Bina Guna Kimia (FMC), PT Bima Kimia Nufarm , PT Corteva Agriscience, PT BASF Indonesia, PT UPL Indonesia and Others), 2018
14.3. Cross Comparison of Major Players
14.4. Company Profiles of Major Players Operating in Indonesia Agrochemicals Market (Including Business Strategies, Crop Protection Products, Products in Pipeline, Marketing Strategies, Recent Developments, Financial Matrix and Other Paramters
14.4.1. PT Bayer Indonesia
14.4.2. PT Syngenta Indonesia
14.4.3. PT BASF Indonesia
14.4.4. PT Bima Kimia Nufarm
14.4.5. PT Bina Guna Kimia (FMC)
14.4.6. PT BISI International Tbk
14.4.7. PT Agricon
14.4.8. PT Excel Meg Indo
14.4.9. PT UPL Indonesia
14.4.10. PT Corteva Agriscience

15. Indonesia Agrochemicals Market Future Outlook and Projections, 2019(P)-2025
15.1. By Revenue from Formulants, 2019(P)-2025F
15.2. By Revenue from Technicals, 2019(P)-2025F
15.3. By Types of Pesticides (Herbicides, Insecticides, Fungicides and bio pesticides & others), 2019(P)-2025F
15.3.1. By Type of Herbicides (Glyphosate, Paraquat, Atrazine and Others), 2019(P)-2025F
15.3.2. By Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and others), 2019(P)-2025F
15.3.3. By Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others), 2019(P)-2025F
15.4. By Type of Crop Protection Product (Generic and Patented), 2019(P)-2025F
15.5. By Form of Agrochemicals (Liquid, Granule, Powder), 2019(P)-2025F
15.6. By Application (Cereaals, Vegetables, Fruits and Plantation), 2019(P)-2025F
15.6.1. By Type of Cereals (Rice, Corn, Soybean and Others), 2019(P)-2025F
15.6.2. By Type Of Vegetables (Onion, Chilies, Tomato, Potatoes, Cabbage and Others), 2019(P)-2025F
15.6.3. By Type of Fruits (Citrus, Banana, Mango and Others), 2019(P)-2025F
15.6.4. By Type of Plantations (Oil Palm, Sugarcane, Rubber and Tea and Forestry), 2019(P)-2025F

16. Analyst Recommendations in Indonesia Agrochemicals Market
Disclaimer
Contact Us


List Of Figure

Figure 1-1: : Indonesia Agrochemicals Market Flowchart on the Basis of Sales Value in USD Million of Agrochemicals in Metric tons, 2019(P)
Figure 1-2: : Indonesia Agrochemicals Market Flowchart on the Basis of Sales Value in USD Million of Agrochemicals in Metric Tons, 2025F
Figure 4-1: Indonesia Agrochemicals Industry Life Cycle
Figure 5-1: Agrochemical Supplier Entities in Indonesia Agrochemicals Market Ecosystem, 2019(P)
Figure 6-1: Value Chain Analysis for Indonesia Agrochemicals Market, 2019(P)
Figure 7-1: Indonesia Agrochemical (Formulants) Market Size on the Basis of Revenue in USD Million and Growth Rate in Percentage, 2014-2019 (P)
Figure 7-2: Indonesia Agrochemical (Technical) Market Size on the Basis of Revenue in USD Million and Growth Rate in Percentage, 2014-2019 (P)
Figure 7-3: Indonesia Agrochemicals Average Prices in USD, 2014-2019 (P)
Figure 8-1: Indonesia Agrochemicals Market Segmentation by Type of Pesticides (including Herbicides, Insecticides, Fungicides, Bio Pesticides and Others) on the basis of Sales Value in Percentage (%), 2014 and 2019(P)
Figure 8-2: Indonesia Agrochemicals Market Segmentation by Type of Herbicides (Glyphosate, Paraquat, Atrazine and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-3: Indonesia Agrochemicals Market Further Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-4: Indonesia Agrochemicals Market Further Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-5: Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Products (Generic and Patented) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-6: Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Products (Generic and Patented) on the basis of Sales Volume in Percentage (%), 2019(P)
Figure 8-7: Indonesia Agrochemicals Market Segmentation by Form of Agrochemicals (Liquid, Granule and Powder) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-8: Indonesia Agrochemicals Market Segmentation by Types of Crops (Cereals, Vegetables, Fruits and Plantations) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-9: Indonesia Agrochemicals Further Market Segmentation by Types of Cereals (Rice, Corn, Soybean and Others) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 8-10: Indonesia Agrochemicals Further Market Segmentation by Types of Vegetables (Onion, Chilies, Tomatoes, Potatoes, Cabbage and Others ) on the basis of Sales Value in Percentage (%), 2019
Figure 8-11: Indonesia Agrochemicals Further Market Segmentation by Types of Fruits (Citrus, Banana, Mango and others) on the basis of Sales Value in Percentage (%), 2019
Figure 8-12: Indonesia Agrochemicals Further Market Segmentation by Types of Plantation (Oil Palm, Sugarcane, Rubber & Tea and Forestry) on the basis of Sales Value in Percentage (%), 2019
Figure 8-13: Indonesia Agrochemicals Market Segmentation by Sales Regions (Java & Bali region, Sulawesi, Sumatra and Kalimantan) on the basis of Sales Value in Percentage (%), 2019(P)
Figure 9-1: Import of Agrochemicals in Indonesia on the basis of Import Value in USD Thousand, 2014-2018
Figure 9-2: Leading Exporting Countries in Indonesia Agrochemicals Market by Import Value of Agrochemicals, 2018
Figure 9-3: Import of Agrochemicals in Indonesia on the basis of Import Volume in Tons, 2014-2018
Figure 9-4: Leading Exporting Countries in Indonesia Agrochemicals Market by Import Volume of Agrochemicals, 2018
Figure 9-5: Export of Agrochemicals in Indonesia on the basis of Export Value in USD Thousand, 2014-2018
Figure 9-6: Leading Importing Countries in Indonesia Agrochemicals Market by Value of Agrochemicals Exported, 2018
Figure 9-7: Export of Agrochemicals in Indonesia on the basis of Export Volume in Tons, 2014-2018
Figure 9-8: Leading Importing Countries in Indonesia Agrochemicals Market by Volume of Agrochemicals Exported, 2018
Figure 10-1: Pesticide Patent Registration Process in Indonesia, 2019(P)
Figure 11-1: Contribution by Agriculture Sector to Overall Indonesia’s GDP, 2013-2018
Figure 11-2: Indonesia Gross Domestic Product in USD Billion, 2013-2018
Figure 11-3: Employment in Indonesia Agriculture Sector in Percentage (%), 2013-2018
Figure 11-4: Indonesia Employment in Agriculture, 2013-2018
Figure 11-5: Indonesia Arable Land Available in Thousand Square Kilo Meters, 2013-2018
Figure 11-6: Indonesia Total Population in Million, 2013-2018
Figure 14-1: Market Share of Major Players including PT Syngenta Indonesia, PT Bayer Indonesia, PT Bina Guna Kimia (FMC), PT Bima Kimia Nufarm , PT Corteva Agriscience, PT BASF Indonesia, PT UPL Indonesia, Other Major Players and Other Local Manufacturers on the basis of Sales Value in Percentage (%), 2018
Figure 14-2: Financial Performance of PT Bayer Indonesia on the basis of Revenue from Crop Science Segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-3: Financial Performance of PT Syngenta Indonesia on the basis of Revenue from Crop Protection segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-4: Financial Performance of BASF Indonesia on the basis of Revenue from Agricultural Solutions Segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-5: Financial Performance of PT Bima Kimia Nufarm on the basis of Revenue from Crop Protection Segment (Asia) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 14-6: Financial Performance of FMC on the basis of Revenue from Agricultural Solutions Segment (Asia Pacific) in USD Million and Growth rate in Percentage (%), 2013-2018
Figure 15-1: Future Projections of Indonesia Agrochemical (Formulants) Market Size by Revenue on the basis of USD Million and Growth Rate in Percentage, 2019(P) – 2025F
Figure 15-2: Future Projections of Indonesia Agrochemical (Technicals) Market Size by Revenue on the basis of USD Million and Growth Rate in Percentage, 2019(P) – 2025F
Figure 15-3: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Pesticides (Herbicides, Insecticides, Fungicides, Bio Pesticides and others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-4: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Herbicides (Glyphosate, Paraquat, Atrazine, Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-5: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos And Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-6: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-7: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Product (Generic and Patented) on the basis of Revenue in Percentage (%), 2025F
Figure 15-8: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Product (Generic and Patented) on the basis of Sales Volume in Percentage (%), 2025F
Figure 15-9: Future Projections of Indonesia Agrochemicals Market Segmentation by Form of Agrochemicals (Liquid, Granule, and Powder) on the basis of Revenue in Percentage (%), 2025F
Figure 15-10: Future Projections of Indonesia Agrochemicals Market Segmentation by Application (Cereals, Vegetables, Fruits and Plantation) on the basis of Revenue in Percentage (%), 2025F
Figure 15-11: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Form of Application (Cereals, Vegetables, Fruits and Plantation) on the basis of Revenue in Percentage (%), 2025F
Figure 15-12: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Type of Vegetables (Onion, Chilies, Tomato, Potatoes, Cabbage and Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-13: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Type of Fruits (Citrus, Banana, Mango and Others) on the basis of Revenue in Percentage (%), 2025F
Figure 15-14: Future Projections of Indonesia Agrochemicals Further Market Segmentation by Type of Plantation (Oil Palm, Sugarcane, Rubber and Tea and Forestry) on the basis of Revenue in Percentage (%), 2025F


List Of Table

Table 2-1: List of Abbreviations Used
Table 2-2: Consolidated Research Approach for Indonesia Agrochemical Market
Table 2-3: Indonesia Agrochemical Sample Size Inclusion Table Including Agrochemical Companies, Regulatory Bodies/Industry Associations, end Users/Farmers and Industry Experts
Table 2-4: Indonesia Agrochemical Market Size Inclusion Table Including Respondent Category and Percentage of Total Respondents
Table 2-5: Tentative Set of Questions Asked by Mode of Entities and Desired Outcome
Table 2-6: Correlation Matrix of Indonesia Agrochemicals Market
Table 2-7: Regression Coefficient Output for Indonesia Agrochemicals Market
Table 3-1: Indonesia Agriculture Land Holding Structure including Land Holding Area and Number of Households, 2018
Table 3-2: Major Crops Produced in Indonesia on the basis of Area Harvested (in Ha), Production (in tonnes) and Number of Households, 2018
Table 3-3: Heat Map for Seasonal Crop Rotation Cycle Followed in Indonesia Agriculture, 2018
Table 3-4: Mechanization Rate in Indonesia by Province including Mechanization Rate, Non Mechanization Rate, Both and Not Using Technology, 2018
Table 3-5: Rice Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-6: Cassava Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-7: Maize Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-8: Palm Oil Production Cropping Cycle, Average Temperature Required and Expected Changes in Indonesia, 2019(P)
Table 3-9: Rubber Production Cropping Cycle and Average Temperature Required for Production in Indonesia, 2019(P)
Table 3-10: Sugarcane Production Cropping Cycle and Average Temperature Required for Production in Indonesia, 2019(P)
Table 6-1: Value Chain Analysis in Indonesia Agrochemicals Market by Entities Involved, 2019(P)
Table 7-1: Indonesia Agrochemicals Market Distributer’s Price List for Insecticides in IDR, 2019 (P)
Table 7-2: Indonesia Agrochemicals Market Distributer’s Price List for Fungicides in IDR, 2019(P)
Table 7-3: Indonesia Agrochemicals Market Distributer’s Price List for Herbicides in IDR, 2019 (P)
Table 8-1: Cross Comparison of Herbicides, Insecticides, Fungicides, Bio Pesticides and Others on the basis of Revenue for 2014, Revenue for 2019 (P), CAGR (2014-2019(P) Including Usage, Major Usage Crops, Average Shelf Life, Preferred Form, Major Companies, Major Types and Recent Developments, 2019(P)
Table 8-2: Indonesia Pesticides Number of Registrations, 2013-2018
Table 8-3: Cross Comparison of Glyphosate, Paraquat and Atrazine on the basis of Revenue for 2019(P), Usage and Major Crops, 2019 (P)
Table 8-4: Indonesia Agrochemicals Market Segmentation by Type of Herbicides (Glyphosate, Paraquat, Atrazine and Others) in USD Million, 2019 (P)
Table 8-5: Cross Comparison of Pyrethroids, Abamectin, Rynaxypyr and Chlorpyrifos on the basis of Revenue for 2019(P), Usage and Major Crops, 2019(P)
Table 8-6: Indonesia Agrochemicals Market Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and Others) in USD Million, 2019(P)
Table 8-7: Cross Comparison of Triazole, Strobilurin and Contact Fungicides on the basis of Revenue in 2019(P), Usage and Major Crops, 2019(P)
Table 8-8: Indonesia Agrochemicals Market Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) in USD Million, 2019(P)
Table 8-9: Cross Comparison of Generic and Patented Crop Protection Products on the basis of Definition, Revenue in 2019(P), Types of Suppliers Involved, Level of Pricing , Level of Quality, Warranties, Level of Contamination, Effectiveness, Required Right to Manufacture, Companies Involved, Imported or Domestic Manufactured and Demand Side Entities Involved, 2019 (P)
Table 8-10: Cross Comparison of Liquid, Granule and Powder form of Agrochemicals on the basis of Revenue in 2019(P), Ease of Application, Scale of Application, Shelf Life, Mode of Application, Reasons for respective Market Shares, Crops Applied on and Environmental Impact, 2019(P)
Table 8-11: Cross Comparison of Cereals, Vegetables, Fruits and Plantation on the basis of Revenue from Agrochemicals, Major Crops Grown, Major Production Regions, Frequency of Application, Level of Application, Major Pesticides Used, 2019(P)
Table 8-12: Cross Comparison of Rice, Corn and Soybean on the basis of Revenue from Agrochemicals, Production (in Tons), Harvested Area (in ha), Productivity (Quintal/Hectares), Major Pesticides Used and Major Production Regions, 2019(P)
Table 8-13: Indonesia Agrochemicals Further Market Segmentation by Types of Cereals (Rice, Corn, Soybean and Others) on the basis of Sales Value in USD Million, 2019(P)
Table 8-14: Harvested Area under Rice Production (in ha) in Indonesia by Province, 2013-2018
Table 8-15: Rice Production (in tonnes) in Indonesia by Province, 2013-2018
Table 8-16: Productivity under Rice Production (in Quintal/Hectares) in Indonesia, 2013-2018
Table 8-17: Harvested Area under Corn Production (in ha) in Indonesia by Province, 2013-2015
Table 8-18: Corn Production (in tonnes) in Indonesia by Province, 2013-2015
Table 8-19: Productivity under Corn Production (in Quintal/Hectares) in Indonesia, 2013-2015
Table 8-20: Harvested Area under Soybean Production (in ha) in Indonesia by Province, 2013-2015
Table 8-21: Soybean Production (in tones) in Indonesia by Province, 2013-2015
Table 8-22: Productivity under Soybean Production (in Quintal/Hectares) in Indonesia, 2013-2015
Table 8-23: Cross Comparison of Onion, Chilies, Tomato, Potatoes and Cabbage on the basis of Revenue from Agrochemicals, Type of Agrochemicals Used, Major Regions, Level/Complexity of Application, Production (in thousand tonnes), 2018, Area under Production (in hectares), Productivity (in Hg/Ha), 2019(P)
Table 8-24: Indonesia Agrochemicals Further Market Segmentation by Types of Vegetables (Onion, Chilies, Tomatoes, Potatoes, Cabbage and Others ) on the basis of Sales Value in USD Million, 2019(P)
Table 8-25: Production of Vegetable Crops in Indonesia (in thousand tones) including Onion, Potatoes, Tomatoes, Sweet Potatoes and Cassava, 2013-2018
Table 8-26: Area under Production of Vegetable Crops in Indonesia (in Ha) including Onion, Potatoes, Tomatoes, Sweet Potatoes and Cassava, 2013-2018
Table 8-27: Productivity of Vegetable Crops in Indonesia (in Hg/Ha) including Onion, Potatoes and Tomatoes, 2013-2018
Table 8-28: Cross Comparison of Citrus, Banana, Mango and Others on the basis of Revenue from Agrochemicals, 2019, Type of Agrochemicals Used, Major regions, Production (in thousand tonnes), Area under Cultivation (in Ha) and Number of Households, 2019
Table 8-29: Fruits production in Indonesia (in tonnes), 2013-2016
Table 8-30: Cross Comparison of Oil Palm, Sugarcane, Rubber & Tea and Forestry on the basis of Revenue from Agrochemicals, Major Production Regions and Pesticides Used, 2019(P)
Table 8-31: Indonesia Palm Oil Production (in thousand tones) and Area Harvested (in hectares), 2013-2018
Table 8-32: Area and Production of Palm Oil by Region, 2014 and 2015 (Provincial)
Table 8-33: Cross Comparison of Java & Bali region, Sulawesi, Sumatra and Kalimantan on the basis of Revenue in 2019(P), Major Crops Grown , Crop Rotation Followed, Climatic Conditions and Market Stage, 2019(P)
Table 9-1: Indonesia Agrochemicals Market Import Scenario including Major Exporting Countries, Value of Agrochemicals Imported in 2018, Volume Agrochemicals Imported, Major Products Imported and Indonesia’s Import Position in World, 2018
Table 9-2: Segmentation of Agrochemicals Imported in Indonesia on the basis of Import Value in USD Thousand, 2014-2018
Table 9-3: Segmentation of Agrochemicals Imported in Indonesia on the basis of Import Volume in Tons, 2014-2018
Table 9-4: Indonesia Agrochemicals Market Export Scenario including Major Importing Countries, Value of Agrochemicals Exported in 2018, Volume Agrochemicals Exported, Major Exporting Companies and Indonesia’s Export Position in World, 2018
Table 9-5: Segmentation of Agrochemicals Exported from Indonesia on the basis of Export Value in USD Thousand, 2014-2018
Table 9-6: Segmentation of Agrochemicals Exported from Indonesia on the basis of Export Volume in Tons, 2014-2018
Table 10-1: Government Regulations in Indonesia Agrochemicals Market Including Use and Distribution in Indonesia, Pesticide Registration Requirements, Pesticide Registration Process, Registered Chemical Groups in Indonesia, Packaging and Labeling Regulations and List of Prohibitive Active Ingredients in Indonesia, 2018
Table 10-2: Recent Regulations affecting Indonesia Agrochemicals Market, 2019(P)
Table 11-1: Types of Bio Pesticide Active Ingredients with their Respective Crop Usage
Table 11-2: Number of Registered Pesticides by Type in Indonesia, 2013-2018
Table 13-1: SWOT Analysis of Indonesia Agrochemicals Market
Table 14-1: Strengths and Weaknesses of Major Players Operating in Indonesia Agrochemicals Market
Table 14-2: Market Share of Major Players including PT Syngenta Indonesia, PT Bayer Indonesia, PT Bina Guna Kimia (FMC), PT Bima Kimia Nufarm , PT Corteva Agriscience, PT BASF Indonesia, PT UPL Indonesia, Other Major Players and Other Local Manufacturers on the basis of Sales Value in USD Million, 2018
Table 14-3: Cross Comparison of Major Players in Indonesia Agrochemicals Market on the basis of Year of Establishment, Number of Production Facility and Operational Segments in Indonesia, 2019 (P)
Table 14-4: Cross Comparison of Major Players in Indonesia Agrochemicals Market on the basis of Geographical Presence, Number of Products, Number of Employees and Number of Distributers, 2019(P)
Table 14-5: Company Profile of Bayer Indonesia Including Business Strategies, Crop Protection Products, Products in Pipeline, Marketing Strategies, Recent Developments and Financial Matrix, 2018
Table 14-6: Company Profile of PT Syngenta Indonesia including Business Strategies, Production Facility, Marketing Strategies, USP, Services Provided, Future Strategies, The Good Growth Plan, International Presence, Recent Developments and Financial Matrix, 2018
Table 14-7: Product Portfolio of PT Syngenta Indonesia including Category, Brands, Target Crop and Description, 2018
Table 14-8: Company Profile of BASF Indonesia including Business Strategies, Product Portfolio, Products in Pipeline, Operating Business Segments, Product Portfolio, Recent Developments and Company Financials, 2018
Table 14-9: Company Profile of PT Bima Kimia Nufarm Including Business Strategies, Operating Model, Product Portfolio, Company Financials and Indonesia Sales Analysis, 2018
Table 14-10: Company Profile of PT Bina Guna Kimia(FMC) Including Business Strategies, Recent Developments, New Formulations, Leading Crop Protection Products, Future Strategies and Company Financials, 2018
Table 14-11: Company Profile of BISI International Tbk Including Business Strategies, Marketing Strategies, Ownership Structure, Value Chain, Recent Developments, Crop Protection Sales, Future Strategies and Company Financials, 2018
Table 14-12: Company Profile of PT Agricon Indonesia Including Business Strategies and Recent Developments, 2018
Table 14-13: Company Profile of Excel Meg Indo Including Business Strategies, Research & Development Facilities and Recent Developments, 2018
Table 14-14: Product Portfolio of PT Excel Meg Indo including Product Name, Target Crops and Target Weeds/Pests/Diseases, 2018
Table 14-15 Company Profile of PT UPL Indonesia including Business Strategies, Recent Developments, Mergers and Acquisitions, Crop Protection Programs, Key Brands, Product Portfolio and Company Financials, 2018
Table 14-16: Company Profile of Corteva Agriscience Including Business Strategies, Products in Pipeline, Major Brands, Recent Developments and Company Financials, 2018
Table 14-17: Product Portfolio of Corteva Agriscience including Target Crop Type and Product Name, 2018
Table 15-1: Indonesia Agrochemicals List of Products in Pipeline with expected launch in 2019-2025F
Table 15-2: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Pesticides (Herbicides, Insecticides, Fungicides and Biopesticides & Others) on the basis of Sales Value in USD Million, 2025F
Table 15-3: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Herbicides (Glyphosate, Paraquat , Atrazine and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-4: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Insecticides (Pyrethroids, Abamectin, Rynaxypyr, Chlorpyrifos and others) on the basis of Sales Value in USD Million, 2025F
Table 15-5: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Fungicides (Triazole, Strobilurin, Contact Fungicides and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-6: Future Projections of Indonesia Agrochemicals Market Segmentation by Type of Crop Protection Product (Generic and Patented) on the basis of Sales Value in USD Million, 2025F
Table 15-7: Future Projections of Indonesia Agrochemicals Market Segmentation by Form of Agrochemicals (Liquid, Granule and Powder) on the basis of Sales Value in USD Million, 2025F
Table 15-8: Future Projections of Indonesia Agrochemicals Market Segmentation by Application (Cereals, Vegetables, Fruits and Plantation) on the basis of Sales Value in USD Million, 2025F
Table 15-9: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Cereals (Rice, Corn, Soybean and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-10: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Vegetables (Onion, Chilies, Tomato, Potatoes, Cabbage and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-11: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Fruits (Citrus, Banana, Mango and Others) on the basis of Sales Value in USD Million, 2025F
Table 15-12: Future Projections of Indonesia Agrochemicals Market Further Segmentation by Type of Plantation (Oil Palm, Sugarcane, Rubber and Tea and Forestry) on the basis of Sales Value in USD Million, 2025F
Table 16-1: Analyst Recommendations for Indonesia Agrochemicals Market

License Type Excel Only Single User Single User + Excel Hard Copy Corporate User License
User Sharing Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only. Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only. Restricted to one authorized user; Open on 1 PC/ mobile / Tablet only. Access to Printed Report; No Soft Copy Multiple Users within the Company/ Enterprise
Print Option
Copy Option :Yes :No
Citation Yes (Not Publically; but to Private Parties within the company/ affiliate)
Deliverable Format :via Email :via Email ; :via Email Printed Publication/ Book by Post ; :via Email
Customization 20%
Analyst Time (Post Purchase Queries on Call/ Email)
Disclaimer : In no circumstance, the complete / part of the publication may be resold for monetary terms by the client or any other party related to the client or can be made available on third party website or on Google for general public view.
To know more information on Purchase by Section, please send a mail to support@kenresearch.com

INQUIRE FOR COVID-19 IMPACT ANALYSIS

Products

By Types of Pesticides
  • Herbicides
  • Insecticides
  • Fungicides
  • Biopesticides and Others
By Type of Herbicides
  • Glyphosate
  • Paraquat
  • Atrazine
  • Others (including Metsulfuron, Acetochlor etc.)
By Type of Insecticides
  • Pyrethroids
  • Abamectin
  • Rynaxypyr
  • Chlorpyrifos
  • Others (including Azadirachti, Bacillus thuringiensis)
By Type of Fungicides
  • Triazole
  • Strobilurin
  • Contact Fungicides including Propionic, Chlorothalonil
  • Others (including Carbendazim,  Organomerkuri, Sodium Dichromate)
By Type of Crop Protection Product
  • Generic
  • Patented
By Form of Pesticide
  • Liquid
  • Granules
  • Powder
By Types of Crops
  • Cereals
  • Vegetables
  • Fruits
  • Plantation
By Type of Cereal Crops
  • Rice
  • Corn
  • Soybean
  • Others (including maize, barley and other cereal crops)
By Type of Vegetables
  • Onion
  • Chillies
  • Tomato
  • Potatoes
  • Cabbage
  • Others
By Type of Fruits
  • Citrus
  • Banana
  • Mango
  • Others (Including Guava, Mangosteen and other fruits)
By Type of Plantation:
  • Oil Palm
  • Sugarcane
  • Rubber and Tea
  • Forestry
By Region
  • Java and Bali Region
  • Sulawesi
  • Sumatra
  • Kalimantan


Companies

  • PT Syngenta Indonesia
  • PT Bayer Indonesia
  • PT Bina Guna Kimia (FMC)
  • PT Bima Kimia Nufarm
  • PT Corteva Agriscience
  • PT BASF Indonesia
  • PT UPL Indonesia
  • PT Agricon,
  • PT Dharma Guna Wibawa
  • Bingei Agung
  • PT Excel Meg Indonesia
  • PT BISI International Tbk