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New analysis from Frost & Sullivan, European Water & Wastewater Disinfection Systems Market, reveals that the water and wastewater markets earned revenues of $485.5 million in 2006. The total European market is expected to generate more than $700 million in revenues by 2013.
The water and wastewater disinfection systems market is one of the fastest growing in the overall European water industry. Stringent legislation is the biggest driver of the market and will continue to create growth opportunities as concerns about water pollution and the spread of water-borne diseases in Europe increase, leading to further regulatory measures.
"Rising concerns about the effects of unregulated industrial activity and biological contamination on water supply have led the European Union (EU) to introduce numerous legislation aimed at enforcing compulsory disinfection of water and wastewater in the municipal sector with high purity process water being the key driver for disinfection in key industrial sectors," notes Frost & Sullivan research analyst Ajay Richard. "In the municipal sector, the key legislative drivers are the EU Drinking Water Directive (98/83/EC), the Bathing Water Directive (Council Directive 76/160/EEC)."
While legislative forces are driving the growth of disinfection systems in the municipal sector, the need for high purity water is creating demand in the industrial sector, particularly in industries such as food and beverages and pharmaceuticals. Opportunities in the industrial sector will also increase as the trend for industrial plants to set-up onsite water treatment plants instead of using public utilities for process water needs, becomes more prevalent.
Overall, the market is seeing a distinct shift away from conventional chlorination methods and toward technologies such as UV, ozonation, advanced chlorine dioxide-based disinfection, electrolytic chlorination and even membranes. Current use of conventional chlorination methods such as chlorine gas and liquid chlorine is high, but their revenues could be affected due to the increasing concerns on the harmful effects due to the formation of disinfection by-products (DBPs) in these methods.
In contrast, the formation of DBPs in conventional chlorine disinfection is likely to drive demand for UV, ozonation, and chlorine dioxide-based disinfection in the municipal drinking water segment. UV systems, in particular, are entering a period of high growth and offering strong competition to the chlorine-based compounds market.
The use of chlorine dioxide-based disinfection and electrolytic chlorination is also expected to increase as these methods require less chlorine, which results in the formation of relatively lower amounts of chlorination by-products in the water.
The overall European water and wastewater disinfection systems market is definitely in its growth stage, with growth rates and patterns varying from region to region. The Central and Eastern European and Iberian markets are gearing up for high growth in the municipal drinking water segment while the large industrial areas of Germany, France, and the United Kingdom are expected to offer significant opportunities for advanced disinfection technologies.