Activated Carbon

Chemical Economics Handbook

Published November 2020

Activated carbon is an amorphous form of elemental carbon prepared by the destructive distillation of any one of a variety of carbonaceous raw materials, including wood, coal, or coconut shells. It is used as a substrate primarily to selectively adsorb gases, vapors, or colloidal solids from liquids or gases. The principal commercial product forms of activated carbon are granular, powdered, extruded, and fibers.

The activated carbon business has been and will continue to be driven by environmental regulations—principally regarding water and air purification—especially in the mature and more industrialized areas of the world. Environmental issues will continue to be the predominant force in the markets of rapidly developing countries, particularly mainland China and India.

The following chart shows world consumption of activated carbon:

Although the industry has consolidated in recent years by some of the major players, especially in Europe, and more recently in the United States, total world capacity has increased by approximately 500,000 metric tons since 2016. Most of this growth took place in mainland China. A growing trend is the push or recommendation to use reactivated carbon. Reactivation of spent carbon can be a cost-effective alternative to virgin activated carbon production because of reduced disposal costs and a lower CO₂ footprint for reactivated carbon.

Worldwide, water treatment accounts for 38% of the total consumption and continues to be the largest application for activated carbon. Air and gas purification accounted for 24% of the total, followed by food processing applications at 19%. During 2020–25, these percentages are not expected to change significantly. The consumption of activated carbon varies by region, both in terms of application and growth rate. For example, in the United States, activated carbon for food processing applications accounted for more than 7% of the total; whereas in mainland China, food processing applications made up 28% of the total. Total consumption in the United States is forecast to grow at an average annual rate of 2.4% compared with 6.7% in mainland China.

US regulations controlling mercury emissions from coal-fired power plants (where compliance had to be completed by April 2016) contributed to the significant consumption of activated carbon during 2012–16. Since that the compliance deadline has passed, consumption has declined in this application, driven by coal plant retirements (and this will likely continue) and lower coal-fired generation. However, there may be some significant growth in the United States from water purification markets, especially if future regulations are passed controlling certain chemicals in drinking water.

On 19 January 2013, a treaty called the Minamata Convention on Mercury was finalized in Geneva; it involved over 140 countries agreeing on a set of legally binding rules to control mercury pollution. The Minamata Convention entered into force in August 2017. As of September 2020, 123 countries have joined the convention. It provides a catalyst to global efforts to reduce and eliminate the use of mercury and mercury compounds. Over the next decades, the implementation of this international agreement will help reduce mercury pollution from the human activities responsible for the most significant mercury releases to the environment.

A new emerging use for activated carbon is in capacitors and batteries for energy applications (e.g., batteries used in hybrid vehicles). Although the energy field is a long-term application, this could be a significant market for activated carbon in the future.

Developing countries or regions, such as mainland China and the Indian Subcontinent, will have their average annual growth exceeding 6%, while Central and Eastern Europe, the Middle East, Africa, and Southeast Asia will have growth rates of 3–4%. Environmental concerns and/or legislation are driving growth in these regions, especially in mainland China. Water treatment/purification and air and industrial gas purification are contributing to this growth and activated carbon will play a major role. Food processing is also a large contributor to growth, especially in mainland China.

Overall, the forecast global average annual growth rate for activated carbon will be about 4.3% through 2025, driven by the large consuming regions of North America, Western Europe, and mainland China.

For more detailed information, see the table of contents, shown below.

S&P Global’s Chemical Economics Handbook – Activated Carbon is the comprehensive and trusted guide for anyone seeking information on this industry. This latest report details global and regional information, including

Key benefits

S&P Global’s Chemical Economics Handbook – Activated Carbon has been compiled using primary interviews with key suppliers and organizations, and leading representatives from the industry in combination with S&P Global’s unparalleled access to upstream and downstream market intelligence and expert insights into industry dynamics, trade, and economics.

This report can help you

Identify trends and driving forces influencing chemical markets
Forecast and plan for future demand
Understand the impact of competing materials
Identify and evaluate potential customers and competitors
Evaluate producers
Track changing prices and trade movements
Analyze the impact of feedstocks, regulations, and other factors on chemical profitability

Buy individual report now

Contact:
customercare@ihsmarkit.com

Find the chemical expertise you need

Contact a chemical expert or request a demo today.

Get started

View Report

Section Page Number

Executive summary 6

Summary 7

Introduction 12

Manufacturing processes 14

Raw materials 14

Conversion steps 14

Reactivation processes 14

Environmental issues 19

Supply and demand by region 21

United States 21

Producing companies 21

Salient statistics 23

Consumption 25

Liquid-phase applications 27

Potable water 27

Wastewater 28

Sweetener decolorizing 31

Groundwater 32

Household uses 33

Food, beverages, and oils 33

Mining 33

Pharmaceuticals 34

Dry cleaning 35

Electroplating 35

Chemical processing and other 35

Gas-phase applications 35

Air purification 35

Automotive evaporation control systems 37

Solvent vapor recovery 38

Cigarettes 38

Other 38

Price 39

Trade 40

Imports 41

Exports 42

Canada 43

Mexico 44

Central and South America 45

Western Europe 47

Producing companies 47

Salient statistics 52

Production 52

Consumption 52

Price 55

Trade 55

Central and Eastern Europe 57

Middle East 59

Africa 61

Indian Subcontinent 63

Producing companies 63

Salient statistics 65

Consumption 66

Trade 66

Mainland China 67

Producing companies 67

Salient statistics 70

Consumption 72

Water treatment 72

Food processing 73

Air and gas purification 73

Chemical processing, solvent, and heavy metal recovery 74

Pharmaceutical 74

Price 74

Trade 76

Northeast Asia 78

Producing companies 78

Japan 81

South Korea 82

Taiwan 82

Salient statistics 82

Production and sales 83

Japan 83

South Korea and Taiwan 84

Consumption 84

Consumption by application in Japan 85

Granular activated carbon 85

Powdered activated carbon 87

High-performance activated carbon 89

Price 89

Trade 91

Japan 91

South Korea 92

Taiwan 93

Southeast Asia 94

Producing companies 94

Salient statistics 97

Consumption 98

Trade 98

Appendix 100

Additional resources 102

Revisions 103

Products & Solutions from related industries

Cyclohexane China Report

Acetaldehyde - Chemical Economics Handbook (CEH)

Acetic Anhydride - Chemical Economics Handbook (CEH)

Acetic Acid - Chemical Economics Handbook (CEH)

Acetone - Chemical Economics Handbook (CEH)

Acetonitrile - Chemical Economics Handbook (CEH)

Acetylene - Chemical Economics Handbook (CEH)

Acrylamide - Chemical Economics Handbook (CEH)

Acrylic Acid, Acrylate Esters and Polymers - Chemical Economics Handbook (CEH)

Acrylic and Modacrylic Fibers - Chemical Economics Handbook (CEH)

Acrylic Surface Coatings - Chemical Economics Handbook (CEH)

Acrylonitrile-Butadiene-Styrene (ABS) Resins -Chemical Economics Handbook-CEHl Economics Handbook (CEH)

Acrylonitrile - Chemical Economics Handbook (CEH)

Adipic Acid - Chemical Economics Handbook (CEH)

Air Separation Gases - Chemical Economics Handbook (CEH)

Alkyd/Polyester Surface Coatings - Chemical Economics Handbook (CEH)

Alkyl Acetates - Chemical Economics Handbook (CEH)

Alkylamines (C1-C6) - Chemical Economics Handbook (CEH)

{"items" : [ {"name":"chat","enabled":true,"desc":"Chat Now","mobdesc":"Chat","mobmsg":"Welcome! How can we help you today?"}, {"name":"share","enabled":true,"desc":"<strong>Share</strong>","mobdesc":"Share","options":[ {"name":"facebook","url":"https://www.facebook.com/sharer.php?u=http%3a%2f%2fwww.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2factivated-carbon-chemical-economics-handbook.html","enabled":true},{"name":"twitter","url":"https://twitter.com/intent/tweet?url=http%3a%2f%2fwww.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2factivated-carbon-chemical-economics-handbook.html&text=Activated+Carbon+-+Chemical+Economics+Handbook+(CEH)+%7c+S%26P+Global","enabled":true},{"name":"linkedin","url":"https://www.linkedin.com/sharing/share-offsite/?url=http%3a%2f%2fwww.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2factivated-carbon-chemical-economics-handbook.html","enabled":true},{"name":"email","url":"?subject=Activated Carbon - Chemical Economics Handbook (CEH) | S&P Global&body=http%3a%2f%2fwww.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2factivated-carbon-chemical-economics-handbook.html","enabled":true},{"name":"whatsapp","url":"https://api.whatsapp.com/send?text=Activated+Carbon+-+Chemical+Economics+Handbook+(CEH)+%7c+S%26P+Global http%3a%2f%2fwww.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2factivated-carbon-chemical-economics-handbook.html","enabled":true}]}, {"name":"rtt","enabled":true,"mobdesc":"Top"} ]}

Customer Logins

My Logins

Activated Carbon

Chemical Economics Handbook

Table of Contents

Section Page Number