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Technology |
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Controlled Release Technologies: Established and Emerging Markets
Publication Date September 2006
Publisher Business Communications Company
Product Type Strategic Report
Pages 209
ISBN Number not applicable
Product Code BCC055
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Summary
Over the past decade, industry analysts have observed that the use of controlled release products had extended far beyond the medical applications and limited use in specialty agricultural products. During that time, accumulated industry know-how and the expiration of many of the original patents has made it economical to add controlled release components, chiefly engineered polymers, into less expensive products including commodities. The migration of controlled release features from high-margin specialty products to low-margin mass marketed products is, of course, characteristic of most advanced technologies. In the case of controlled release technology, three additional, and on the surface seemingly unrelated, forces have come into play to accelerate the demand for materials that impart sustained or timed delivery characteristics. Those forces are:
- Higher than previously anticipated petroleum costs.
- Consumer demand for faster meal preparation.
- Sweeping new European Union (EU) rules that could restrict the use of as many as 30,000 commonly used industrial chemicals.
The speed with which those changes will impact upon the markets for existing controlled release products makes it appropriate for BCC to prepare an in-depth analysis of the current state of the industry in 2006, and forecast its direction through 2012.
Scope Of Study
- This report contains: The basic controlled release technologies used in non-medical markets
- A detailed description of global forces shaping future markets for controlled release products
- Projections for the 2006 U.S. and global material sales in 22 market segments
- Forecasts 2007 to 2012 U.S. and global material demand in each segment
- Key patents for methods and materials that impart controlled release
- Profiles of the major controlled release technology developers.
Report Highlights
- BCC projects that sales of controlled release materials will be $553.25 million in 2006, and will rise to $572.80 in 2007. Over the course of the 5-year forecast period, sales will increase at an average annual growth rate (AAGR) of 6.6%, reaching $787.46 million in 2012.
- The market can be broken down into four different sectors: agriculture, food processing, consumer products, and infrastructure/industrial/energy. Of these four, agriculture has by far the largest market share, with 27.5% in 2006. By the end of the forecast period it will reach $259 million, almost 33% of the total market.
- Food processing has the highest growth rate through the forecast period, with an AAGR of 7.8%. The next highest AAGR was food processing at 7.4%.
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Content
- Introduction
- Study Goal And Objectives
- Reasons For Doing The Study
- Intended Audience
- Scope And Format
- Methodology
- Information Sources
- Analyst's Credentials
- Related BCC Publications
- BCC Online Services
- Disclaimer
- Executive Summary
- Summary Table: Global Market Forecast For Barrier Materials That Impart Controlled Release Properties, Through 2012 ($ Million)
- Summary Figure: Global Market For Controlled Release Technology Barrier Materials, 2006-2012 ($ Million)
- Overview Of The Controlled Release Technology Industry
- Overview Of The Controlled Release Technology Industry
- Commodity And Specialty Chemicals
- The Economic Outlook For Chemical Manufacturing
- Established And Emerging Markets For Controlled Release Technology
- Active Agents
- Barrier Materials
- Coatings And Encapsulation
- The Global Market For Controlled Release Technology
- The Global Market For Controlled Release Technology
- The Global Marketplace
- Countries Poised To Lead The Export Market
- A Limited Role For Global Standards Organizations
- Environmental Regulations Shape Regional Markets
- U.S. Chemical Workers Will Be Excluded From Growth
- Potential Impact Of The Green Chemistry Movement
- Forecasting The Supply Of Controlled Release Technology
- Forecasting The Demand For Controlled Release Products
- Key Company Profiles
- 3m
- Agrisense Technologies
- Agrium
- American Thermal Instruments
- Analytical Research Systems
- Appleton
- Austrialian Nuclear Science And Technical Organization
- Aveka
- Balchem Encapsulates
- Basf
- Bell Flavors & Fragrances
- Belmay
- Biomedical Materials Program
- Bioguard Technologies
- Brace Gmbh
- Capsulated Systems
- Cargill
- Cf Industries
- Ciba Specialty Chemicals
- Coffeyville Resources
- Cognis
- Control Release Society
- Council Of Textile And Fashion Industries
- Csiro
- Danisco
- Degussa
- Disperse Technologies
- Dow Chemical
- Eastman
- Dupont
- Firmenich
- Follmann & Co
- Genencor International
- Givaudan
- Haifa Chemical
- Harper International
- Hallcrest Limited
- Henkel
- Icc
- Imc Global
- International Flavors And Fragrances
- International Specialty Products
- Intervet
- Kao
- Lipo Technologies
- Lubrizol
- Microtek Laboratories
- Microtrace
- Mosaic
- National Starch
- Novozymes
- Nu-Gro Technologies
- Planet Polymer Technologies
- Procter & Gamble
- Pursell Technologies
- Quest
- Regenesis
- Rhodia
- Rohm And Haas
- Ronald T. Dodge
- Royster-Clark
- Salvona
- Sensient
- Scentsational Technologies
- Simplot
- Southwest Research Institute
- Sumitomo Chemical
- Sun Gro
- Sunstorm Research
- Symrise
- Tastetech
- The Andersons
- The Scotts Company
- United Horticultural Supply
- Yara
- Analysis Of Non-Medical Controlled Release Patents
- Key Controlled Release Patents Issued Since 2000
- Herbicide Potentiators
- Controlled Release Formulations Of Anionic Herbicides
- Granular Coated Fertilizer
- Microencapsulated Fragrances And Methods Of Coating Microcapsules
- A Controlled-Release Additive Composition For Use In Aqueous Systems
- Microencapsulated Particles And Manufacturing Process
- Controlled-Release Pesticide Composition
- Hydrocapsules And Method Of Preparation
- Suspensions Of Particles In Non-Aqueous Solvents
- Controlled-Release Pesticidal Composition
- Controlled Release Compositions
- Polymeric Controlled Release Compositions
- Polyurethane Foam Products With Controlled Release Of Agents And Additives
- Controlled Release Compositions
- Cross-Linked High Amylose Starch For Use In Controlled-Release
- Microencapsulated Particles And Manufacturing Process
- Method Of Forming Coating Materials
- Controlled Release Polyacrylic Acid Granules
- Controlled Release Compositions And Method
- Encapsulation Of Active Ingredients
- Method Of Forming Coating Materials
- Method For Producing Granular Coated Fertilizer
- Surface Coatings
- Alkaline Soluble Mixture Composed Of Cellulose Derivatives
- Treated Textile Fabric
- Feedstock For Ruminants With Controlled-Release Non-Protein Nitrogen
- Process For Preparing Controlled-Released Chitosan Microcapsule
- Slow Release Of Fragrant Compounds In Perfumery Using A Keto Esters
- Time Release Fragrance Sachet
- Dispersions Comprising An Oil-Based Biliquid Foam And An Aqueous Gel
- Optically Active Esters And Their Use As Perfuming Ingredients
- Vacuum Coated Particulate Fertilizers
- Slow Release Of Fragrant Compounds In Perfumery Using 2-Benzoyl Benzoates, 2-Alkanoyl Benzoates Or .Alpha.-Keto Esters
- Method And Apparatus For Providing Long Term Protection From Intrusion
- Controlled Release Coating Comprising Blend Of Silicone Polymer And Adhesion Promoter
- Controlled Release Supplemental Coolant Additive
- Key Controlled Release Patents Issued In The 1990s
- Method For Coupling Conduits Using Microencapsulatable Solvent Adhesive
- Liquid Cleaning Compositions Containing An Organic Ester Foam Control Agent
- Ph-Sensitive Modified Cellulose Ester
- Silicone-Containing Fluoropolymers For Controlled Release Of Organic Leachants
- Controlled Released Fabric Care
- Ph-Sensitive Coatings Based On Cellulose Acetoacetate
- Controlled Release Plant Nutrients
- Controlled-Release Insect Repellent Device
- Time-Release Delivery Matrix Composition
- Pet Toy Product With Activatable Scent
- Controlled Release Formulations Coated With Aqueous Dispersions Of Acrylic Polymers
- Cosmetic Deodorant Products Containing A Polymer/Fragrance-Encapsulated Bicarbonate Ingredient
- Controlled-Release Formulations Coated With Aqueous Dispersions Of Ethylcellulose
- Controlled-Release Delivery System
- Controlled-Release Microbe Nutrients And Method For Bioremediation
- Fragrance Use Of Dihydromethyl Jasmonic Acid
- Biologically-Active Compounds Comprising A Biologically-Active Anionic Portion
- Pigment Dispersions
- Granular Slow Release Fertilizer Composition
- Method Of Preparing Controlled Release Fertilizers And Products
- Novel Polymer Coated Bleaching Composition
- Process For Preparing Microcapsules With Controlled-Release
- One-Step Method Of Coating Nutrient Particles
- Water-Dispersible Polymeric Compositions
- Key Controlled Released Patents Issued In The 1980s
- Controlled Release Formulating Employing Resilient Microbeads
- Encapsulated Bleach Particles For Machine Dishwashing Compositions
- Controlled-Release Composition Having A Membrane Comprising Submicron Particles
- Controlled Release Formulation For Fertilizers
- Granular Fertilizer Composition Having Controlled Release
- Fertilizers Containing Nitrogen And Micronutrients
- Treatment Of Fouling With Microcapsules
- Microencapsulated Epoxy Adhesive System
- Microemulsion Of Nutrient Substances
- Pressure Sensitive Copying Paper
- Process Of Culturing Microorganisms Using A Microemulsion
- Hydrolyzed Ethylene Vinyl Acetate Encapsulating Coating
- Method Of Modifying A Substrate
- Resin Molded Productions Designed To Display Extinction Of Activity
- Impregnated Porous Granules With Slow Release Pore Membranes
- Key Controlled Released Patents Issued In The 1970s
- Controlled Release Formulations Of Douglas-Fir Beetle Anti-Aggregative Pheromone
- Encapsulated Bleaches And Methods For Their Preparation
- Bleaching Process
- Encapsulated Bleaches And Methods For Their Preparation
- Encapsulated Particles
- Process For The Preparation Of Urea-Formaldehyde Condensates
- Osmotic System For Delivering Selected Beneficial Agents
- Process For The Production Of Hot Melt Coating Compositions Containing Microcapsules
- Method Of Producing Microcapsules
- Sintered Herbicide-Filled Cellulose Ester Particles Having Improved Resistance To Water
- Encapsulated Bleaches
- Depletion Indicator For Controlled-Release Pesticide Formulations
- Particulate Urea-Formaldehyde Fertilizer Composition And Process
- Particulate Peroxygen Compounds
- Encapsulation Particles
- Controlled Release Delivery System By An Osmotic Bursting Mechanism
- Preparation For Making Hydrocarbon And Fats Into Biodegradable Emulsions
- Detergent Composition Containing Coated Bleach Particles
- Process Of Forming Minute Capsules
- Foamed Fertilizer And Combination Products
- Process Of Forming Minute Capsules And Three-Phase Capsule-Forming System
- Key Controlled Release Patents Issued In The 1960s
- Process For Forming Minute Capsules En Masse
- Slow Release Fertilizer Comprising A Dispersion Of Urea-Wax Adduct In Wax
- Slow Release Fertilizer With A Plurality Of Epoxy/Polyester Resin Coatings
- Slow Release Fertilizers And Method Of Making
- Granular Fertilizer Having A Plurality Of Coatings
- Encapsulation Process And Its Products
- Key Controlled Release Patents Issued In The 1950s
- Slow-Acting Fertilizer Compositions
- Oil-Containing Microscopic Capsules
- Controlled Release Technology In Agriculture
- Controlled Release Technology In Agriculture
- Controlled Release Technology For Agrichemicals
- Nitrogen Fertilizers
- Phosphate Fertilizers
- Potash (Potassium-Based) Fertilizers
- Controlled Release Pesticides
- Global Value Of Barrier Materials Used In Major Agricultural Applications
- Why Controlled Release Will Benefit The Poorest Nations
- Controlled Release Technology Can Contribute To Achieving Sustainability
- Using Controlled Release Technology To Deliver Organic Pesticides
- Controlled Release Technology In Food Production
- Forecast Demand For Barrier Materials For Agriculture
- Controlled Release Barrier Materials In Grain Production
- Controlled Release Barrier Materials In Oil Seed Production
- Controlled Release Barrier Materials In Citrus, Fruit And Nut Production
- Controlled Release Barrier Materials In Turf Grass Production
- Controlled Release Barrier Materials In Green House And Nursery Production
- Controlled Release Barrier Materials In Other Agricultural Production
- Genetically Engineered Crops Pose An Eventual Threat To Some Controlled Release Technologies
- Controlled Release Technology In Food Processing
- Controlled Release Technology In Food Processing
- Overview Of The Food Processing Industry
- Controlled Release Flavorings And Food Additives
- A Varying Global Outlook
- How Food Processors Will Use Controlled Release Technology
- Controlled Release Barrier Materials For Concentrates, Sauce, And Fruit And Vegetables
- Controlled Release Barrier Materials In Bread And Bakery Products Manufacturing
- Controlled Release Barrier Materials In Chocolates, Confectionery, Ice Creams And Deserts
- Controlled Release Barrier Materials For Dry, Condensed And Evaporated Dairy Products
- Controlled Release Barrier Materials In Other Food Manufacturing
- Controlled Release Technology In Consumer Products
- Controlled Release Barrier Materials For Cleaning Products And Cosmetics
- Controlled Release In Cosmetics
- Controlled Release Barrier Materials In Advanced Textiles
- Controlled Release Barrier Materials For Cotton Production
- Controlled Release Barrier Materials For Aroma Packaging
- Controlled Release Barrier Materials For Smart Packaging
- Controlled Release Technology In Infrastructure, Industrial And Energy Markets
- Infrastructure
- Barrier Materials Used In Infrastructure Related Uses
- Bioremediation
- Controlled Release Barrier Materials In Security Related Applications
- Industrial Applications
- Controlled Release Barrier Materials For Paints, Pigments And Coatings
- Controlled Release Barrier Materials In Other Industrial Uses
- Energy
- Controlled Release Barrier Materials In Oil Field Development
- Controlled Release Barrier Materials In Biofuels
- Controlled Release Barrier Materials In Energy Conservation
- List Of Figures
- Summary Table: Global Market Forecast For Barrier Materials That Impart Controlled Release Properties, Through 2012 ($ Million)
- Table 1 The Marketing Structure Of Chemical Manufacturing
- Table 2 National Chemical Production Capabilities (Fractional Share Of World Total)
- Table 3 Regional Chemical Production Capabilities ($ Billion, Excluding Pharmaceuticals)
- Table 4 U.S. Chemical Industry Exports And Imports ($ Billion, Excluding Pharmaceuticals)
- Table 5 Typical Applications For Active Agents And Barrier Materials In Areas Other Than Agriculture And Healthcare
- Table 6 Commonly Used Active Agents
- Table 7 Active Agents Suitable For Microencapsulation
- Table 8 Global Market Forecast Of Barrier Materials Used In Coating And Encapsulating Products For Non-Medical Applications, Through 2012 ($ Million)
- Table 9 Relationship Between Population, Income And Density ($ Million)
- Table 10 Market Potential For Controlled Release Technologies
- Table 11 A Surrogate Measure Of Export Potential (Number Of Comparable Biotechnology Patents Granted Prior To 2005)
- Table 12 Regions With Below Average Food Production (Cereal Yield In Kilograms Per Hectare In 2004)
- Table 13 Top Tier Chemical Producing Countries
- Table 14 Projected Changes In The U.S Chemical Manufacturing Workforce Between 2004 And 2014 (% (NEGATIVE))
- Table 15 Members Of The European Union
- Table 16 Countries With 80% Of The World's Chemial Production Capability (% Of World Total)
- Table 17 Countries With Unique Conditions That Will Impede The Development Of A Controlled Release Industry
- Table 18 Countries With The Greatest Demand For Controlled Release Technology In Consumer, Industrial And Institutional Products, Through 2012 (Based On Gdp In $ Billion)
- Table 19 Countries With Highest Demand For Controlled Release Technology For Agricultural Applications
- Table 20 Agricultural Component Of National Incomes ($ Billion)
- Table 21 What The World Grows (Major Cash Crops, Excluding Illegal Vegetation)
- Table 22 Global Crop Lands (Million Sq Km)
- Table 23 Mechanization As An Indicator Of The Ability To Utilize Emerging Technologies (Tractors Per Thousand Agricultural Workers)
- Table 24 Largest Purchasers Of U.S. Agricultural Products, Through 2012 ($ Million)
- Table 25 Largest Suppliers Of Agricultural Products To The U.S., Through 2012 ($ Million)
- Table 26 U.S. Nitrogen Use By Crop, 1980-2003 (For Year Ending On June 30, 1,000 Nutrient Tons)
- Table 27 U.S. Consumption Of Plant Nutrients, 1980-2003 (For Year Ending On June 30, 1,000 Nutrient Tons)
- Table 28 New Urea Plants Coming On-Line During Forecast Period, 2004-2008 (Million Metric Tons)
- Table 29 Other Nitrogen Fertilizer Products (Short Tons)
- Table 30 U.S. Phosphate Use By Crop, 1980-2003 (For Year Ending On June 30, 1,000 Nutrient Tons)
- Table 31 Raw Materials Used To Manufacture Fertilizer
- Table 32 Major Fertilizer Formulations
- Table 33 U.S. Potash Use By Crop, 1980-2003 (For Year Ending On June 30, 1,000 Nutrient Tons)
- Table 34 Factors Effecting Demand For Controlled Release Technology In Agriculture
- Table 35 Current Global Fertilizer Use On Arable Land, 2004 (Estimated Pounds Per Acre)
- Table 36 Human-Induced Soil Degradation, 2005 (Million Hectares, %)
- Table 37 Effect Of Controlled Release Fertilizer On Onions (Yield, Of Medium Jumbo And Colossal Onions, Cwt Per Acre)
- Table 38 Cereal Planting By Country (Thousand Acres Planted For 2003 Growing Season)
- Table 39 Cereal Yield By National Wealth (Kilograms Per Hectare In 2004)
- Table 40 Cereal Yield By Country (Kiilograms Per Hectare In 2004)
- Table 41 Global Market Forecast For Barrier Materials Used In Agricultural Applications, Through 2012 ($ Million)
- Table 42 Global Market Forecast For Barrier Materials Used In Grain Production, Through 2012 ($ Million)
- Table 43 Global Market Forecast For Barrier Materials Used In Oil Seed Production, Through 2012 ($ Million)
- Table 44 Global Market Forecast For Barrier Materials Used In Citrus, Fruit And Nut Production, Through 2012 ($ Million)
- Table 45 Global Market Forecast For Barrier Materials Used In Turf Grass Production, Through 2012 ($ Million)
- Table 46 Global Market Forecast For Barrier Materials Used In Greenhouse And Nursery Production, Through 2012 ($ Million)
- Table 47 Global Market Forecast For Barrier Materials Used In Other Agricultural Production, Through 2012 ($ Million)
- Table 48 Dominant Biotech Crops (Planted In 2005 Growing Season)
- Table 49 Where Biotech Crops Are Planted (Million Acres Planted In 2005 Growing Season)
- Table 50 What Families Spend To Eat, Drink And Smoke, 2005 (% Of Total Family Expenditures For Food)
- Table 51 Largest Processed And Packaged Food Suppliers By Market Capitalization, 2005 ($ Billion)
- Table 52 The Nine Major Sectors Of Food Processing
- Table 53 Major Types Of Flavors And Fragrances
- Table 54 Major Flavor And Fragrance Suppliers
- Table 55 Global Market Forecast For Barrier Materials Used In Flavorings And Other Food Additives, Through 2012 ($ Million)
- Table 56 Global Market Forecast For Barrier Materials For Concentrates, Sauce, And Fruit And Vegetables, Through 2012 ($ Million)
- Table 57 Global Market Forecast For Value Of Barrier Materials Used In Bread And Bakery Products, Except Frozen, Manufacturing, Through 2012 ($ Million)
- Table 58 Global Value Of Barrier Materials Used In Chocolates, Confectionery, Ice Creams And Deserts, Through 2012 ($ Million)
- Table 59 Global Market Forecast For Barrier Materials For Dry, Condensed And Evaporated Dairy Products, Through 2012 ($ Million)
- Table 60 Global Market Forecast For Barrier Materials In All Other Food Manufacturing, Through 2012 ($ Million)
- Table 61 Global Market Forecast For Barrier Materials Used In Consumer Products, Through 2012 ($ Million)
- Table 62 Global Market Forecast For Barrier Materials Used In Household And Personal Cleaning Products And Cosmetics, Through 2012 ($ Million)
- Table 63 Structure Of The Textile And Apparel Industry
- Table 64 Global Market Forecast For Barrier Materials Used In Advanced Textiles, Through 2012 ($ Million)
- Table 65 Global Market Forecast For Barrier Materials Used In Cotton Production, Through 2012 ($ Million)
- Table 66 Projected Cotton Harvest, 2006 (ACRES)
- Table 67 Countries In Which Controlled Release Technology Is Most Likely To Improve Cotton Harvest
- Table 68 Countries In Which Controlled Release Technology Would Have A Moderate Impact On Cotton Harvest
- Table 69 Countries In Which Controlled Release Technology Will Likely Have A Minimal Impact On Cotton Harvest
- Table 70 Global Market Forecast For Barrier Materials Used In Print-Based Aroma Packaging, Through 2012 ($ Million)
- Table 71 Recent Attempts At Aroma Packaging
- Table 72 Representative Smart Packaging Systems
- Table 73 Global Market Forecast For Barrier Materials Used In Smart Packaging, Through 2012 ($ Million, Negative)
- Table 74 Global Market Forecast For Barrier Materials Used In Major Infrastructure, Industrial And Energy Applications, Through 2012 ($ Million)
- Table 75 Global Market Forecast For Barrier Materials Used In Infrastructure Related Uses ($ Million)
- Table 76 Global Market Forecast For Barrier Materials Used In Security Related Applications, Through 2012 ($ Million)
- Table 77 Segments Of The Paint And Pigment Market That Would Benefit From Controlled Release Technology
- Table 78 Chemicals Used In Paint Pigment Manufacturing
- Table 79 Global Market Forecast For Barrier Materials Used In Paints, Pigments And Coatings, Through 2012 ($ Million)
- Table 80 Global Market Forecast For Barrier Materials Used In Other Industrial Applications, Through 2012 ($ Million)
- Table 81 Global Market Forecast For Barrier Materials Used In Oil And Gas Extraction And Operations, Through 2012 ($ Million)
- Table 82 Global Market Forecast For Barrier Materials Used In Biofuels, Through 2012 ($ Million)
- List Of Figures
- Summary Figure: Global Market For Controlled Release Technology Barrier Materials, 2006-2012 ($ Million)
- Figure 1 Global Market Forecast For Barrier Materials Used In Agricultural Applications, 2006-2012 ($ Million)
- Figure 2 Global Market Forecast For Barrier Materials Used In Flavorings And Other Food Additives, 2006-2012 ($ Million)
- Figure 3 Global Market Forecast For Barrier Materials Used In Consumer Products, 2006-2012 ($ Million)
- Figure 4 Global Market Forecast For Barrier Materials Used In Major Infrastructure, Industrial And Energy Applications, 2006-2012 ($ Million)
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