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Table of Contents
 
Summary
Industry Structure and Trends
Forces at work
Trans Fats Issues
Research and Development
Introduction
Manufacturing Processes
Raw Material Sources and Types of Fatty Acids
Tallow
Tall Oil Fatty Acids
Coconut and Palm Kernel
SOYA
Other
Environmental Issues
Supply and Demand by Region
North America
Producing Companies
Fat and Oil Splitting
Akzo Nobel Inc.
Cognis Oleochemicals
Dial Corporation
PMC Biogenix
Procter & Gamble
Twin Rivers Technologies
Uniqema Americas
TOFA
Arizona Chemical Company
Ashland
Eastman Chemical Company
Georgia-Pacific Resins
MeadWestvaco
Salient Statistics
Consumption
Fatty Amine Derivatives (via Nitrile Route)
Quaternary ammonium salts
Amines, diamines and ethoxylated amines
Other Fatty Acid Derivatives
Esters
Heavy metal salts
Monomer/dimer/trimer acids
Ester quats
Anionic specialty surfactants
Fatty acid-polyamine condensates and their quats
Fatty acid amides
Amphoteric surfactants
Shorter-chain fatty acid production (ozonolysis)
Alkyl ketene dimer
Oleic/linoleic acids from tall oil fatty acids
Other
Fatty Acids Used as Such or as Alkali Metal Salts
Cosmetics, soaps, polishes and household and industrial cleaners
Emulsion polymerization
Alkyd resins
Rubber compounding
Crayons, waxes, candles
Animal feed
Mining
Buffing compounds
Other fatty acids
Price
Trade
Imports
Exports
Western Europe
Producing Companies
Fat and Oil Splitting
TOFA
Regulatory Issues
Salient Statistics
Consumption
Fatty Amine Derivatives (via Nitrile Route)
Amines, diamines and ethoxylated amines
Quaternary ammonium salts
Other Fatty Acid Derivatives
Esters
Ester quats
Metal salts
Monomer/dimer/trimer acids
Fatty alcohols
Amphoteric surfactants/betaine
Price
Trade
Imports
Exports
Central and Eastern Europe
Producing Companies
Salient Statistics
Consumption
Africa
Salient Statistics
Consumption
Middle East
Producing Companies
Salient Statistics
Consumption
Japan
Producing Companies
Salient Statistics
Consumption
Fatty Amine Derivatives (via Nitrile Route)
Other Fatty Acid Derivatives
Esters and specialty surfactants
Heavy metal salts (calcium, zinc, magnesium and aluminum stearates)
Fatty acid amides (including fatty alkanolamides)
Monomer/dimer/trimer acids
Other heavy metal salts (lead, barium, cadmium and other stearates)
Other derivatives
Fatty Acids Used as Such or as Alkali Metal Salts
Soap and cleaners
Rubber processing
Emulsion polymerization
Alkyd resins
Lubricants, grease and waxes
Detergents
Price
Trade
Southeast Asia
China
Producing Companies
Trade
India
Producing Companies
Trade
Indonesia
Producing Companies
Price
Trade
Republic of Korea
Producing Companies
Price
Trade
Malaysia
Producing Companies
Price
Trade
Philippines
Producing Companies
Trade
Taiwan
Producing Companies
Trade
Thailand
Producing Companies
Trade
   
  Natural Fatty Acids
   
  Michael Malveda and Milen Blagoev and Chiyo Funada
  Published March 2009
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  Abstract
   
 

In recent years, the buildup of significant fatty acids production capacity has continued in Southeast Asia. Companies in these countries formed joint ventures with U.S., Western European and Japanese fatty acid producers, with production being exported to the parent companies in the United States, Western Europe and Japan. Recently, parent companies have shifted much of the production to these Southeast Asia sites, where overall production costs are often lower.

In recent years, there has been an increase in global fatty acid demand as a result of end-use consumption growth, as well as strong oleochemicals (fatty acids, fatty alcohol, glycerin, etc.) growth and competition, particularly in Asia. Whether used as such or in the form of various derivatives, fatty acids are ultimately consumed in a wide variety of end-use industries. The economic growth of many of these industries (e.g., rubber, plastics and detergents) is often a good indicator of the overall economic performance of a region. Not surprisingly, the historical growth in the consumption of fatty acids has tended to approximate the growth in the GDP of the region of their consumption.

The following pie chart shows world consumption of natural fatty acids:

Among the trends in the industry are the following:

  • Use of oil and fat feedstocks in place of petroleum-based feedstocks to produce biofuels, plastics, etc. will create competition for fatty acids production/supply, and affect pricing. However, this use will largely be dependent on crude oil prices and whether switching costs make sense.
  • New glycerin uses as chemical feedstock (for example, in the manufacture of propylene glycol and epichlorohydrin) and increased uses in industry will lead to less concern about its oversupply as a by-product of fatty acids production.
  • Tax credits/subsidies or environmental legislation can create competitive advantage for biofuels over fatty acids production in terms of securing raw materials. For example, the soap and detergent industry competes with the biofuels industry for use of tallow as a raw material.
 
Company Information
 

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