World demand for water disinfection products to reach $7.4B in 2012

Sponsored by

CLEVELAND, OH, Oct. 27, 2008 -- Global demand for water disinfection products is projected to increase 7.4 percent annually to $7.4 billion in 2012, according to a new study from The Freedonia Group Inc., a Cleveland-based industry research firm. Overall, growth will be fastest in China, India and other developing countries, especially those with large industrial sectors. Growth is expected to be substantial in nearly every region, although the underlying reasons for growth can vary widely. These and other trends are presented in Freedonia's 'World Water Disinfection' report.

The US is expected to register healthy growth due to upgrades of disinfection techniques in an otherwise mature market. This will be a continuation of a longstanding trend favoring better performing specialty chemicals at the expense of chlorine and other commodities. Municipal water treatment operators have begun to use chloramines and other chemicals that allow for reductions in disinfection byproducts. Additionally, these same motivations are prompting greater adoption of UV and ozone disinfection, which are often used in tandem with chlorine or other chemicals. Growth in Mexico, on the other hand, will be driven by continued efforts to expand and improve access to safe water supplies and sanitation infrastructure.

In developing countries, such as China, India, Brazil and Russia, growth in disinfection products will be based on dramatic expansions in the use of relatively traditional techniques and products. Industrialization in many of these areas will also drive growth for higher value specialty biocides. Western Europe and Japan are fairly comparable to the US in terms of the level of maturity of their respective water infrastructures and level of technological sophistication, although there are some differences. Western Europe has been an earlier adopter of nonchemical disinfection techniques and has become less reliant on chlorine. Moreover, neither Western Europe nor Japan are nearly as large a market for recreational water treatment as the US.

The municipal water segment is projected to register the best growth, as there will be some level of growth in nearly every country, due to expansions or upgrades of water infrastructures, particularly in the wastewater segment. The industrial segment will register more modest growth due to the maturity of the largest industrial markets, but will be fueled by advances in developing industrial powers. The recreational segment will post the slowest growth, due to the maturity of the larger, more affluent markets that account for most of the world's sales.

World Water Disinfection (published 10/2008, 297 pages) is available for $5,700 from The Freedonia Group Inc., 767 Beta Drive, Cleveland, OH 44143-2326. For further details, please contact Corinne Gangloff by phone 440.684.9600, fax 440.646.0484 or e-mail pr@freedoniagroup.com.
>> More information

###

Sponsored by

TODAY'S HEADLINES

WaterWorld launches third WaterShots online photo contest

WaterWorld has officially launched its third WaterShots online photo contest, intended to capture the essence of aging water and wastewater infrastructure across the nation.

CT water treatment plants to make significant upgrades under EPA settlements

The cities of Groton and Norwich, Conn., will make significant upgrades to their drinking water treatment plants by eliminating chlorine gas at these facilities. These actions settle claims by the EPA that the cities violated federal clean air laws meant to prevent chemical accidents.

Expert Q & A: Meeting and Solving Industrial Water Conservation and Regulatory Challenges

U.S. Water Services is a leading national provider of integrated solutions for water treatment. Brand Manager Karen Danielson shares her insights on what's driving industrial water treatment technology innovation and how her company is rising to the challenge.

International collaboration leading to cost-effective agriculture water reuse policies

Researchers at the University of California in Riverside and Hebrew University of Jerusalem in Israel have partnered to launch a two-year study of the use of treated wastewater in agriculture, which will lead to viable and cost-effective regional water reuse policies.

FOLLOW US ON SOCIAL MEDIA