Frost: Increasing Water Demand Increases Growth in Water Recycling, Reuse Systems Market
October 29, 2007 // Published as a news service by IHS
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Stringent federal wastewater discharge regulations, growing population and increasing demand for freshwater essentially drives water recycling and reuse in the U.S.
According to Frost & Sullivan, the demand for freshwater is set to increase steeply with the increasing demand for water in industries, agricultural irrigation, lawn watering and other non-potable applications.
Recent analysis from Frost & Sullivan of the U.S. water recycling and reuse systems market found earned revenues of $676 million in 2006, with estimates to reach $1.3 billion in 2013.
Analysts said the U.S. population is estimated to reach 420 million by mid-2050, putting enormous strain on the existing water resources. This can, however, strengthen the demand for water recycling and reuse systems.
"Advanced wastewater treatment technologies, such as continuous backwash filters and membrane bioreactor (MBR), are capable of producing water quality to a level that is acceptable for recycle and reuse," said Frost & Sullivan research analyst Prabhu Sethuraman. "They can effectively help augment existing water resources to cope with the demand for freshwater."
Although the U.S. Environmental Protection Agency (EPA) published a manual that serves as a guideline for water reuse, it has not established any standards for water reuse or recycle. Analysts said states that are facing water shortage or an increase in demand for freshwater have used these guidelines as a reference to formulate their own standards for recycling and reusing water.
California and Florida are leading the nation in recycling and reusing water. Analysts said some of the other southern states, such as Georgia, Texas, Arizona and Nevada, also have water reuse programs.
"The opportunities for water reuse are tremendous and the states are realizing its potential fits," said Sethuraman. "The rising cost of water, which is a direct effect of the current water shortage, coupled with tighter environmental regulations, offers good market opportunities for existing and emerging participants."
There is a strong negative perception on using treated wastewater for domestic applications, such as lawn irrigation, car washing or indirect potable reuse among the consumers. Although wastewater has been treated to a level that is fit for drinking, analysts said consumers do not have a complete understanding of treatment techniques for reusing wastewater and find these "toilet to tap" projects unacceptable.
Analysts said whether water use is for edible food crops, aquifer recharge or purposes such as toilet flushing or gardening, issues such as color, turbidity of water and health concerns are giving them reasons to doubt the safety and usability of treated wastewater.
State water authorities and manufacturers feel that educating end-users by highlighting the benefits of reusing water would help change this perception. They prefer addressing public health concerns and other issues through organizations such as Water Environment Federation (WEF), which have a much broader access and can disseminate information quickly. Analysts said educating end-users is key to the growth of this market and plans are already underway to gain their acceptance.
Source: Frost & Sullivan.
| Selected NSF Water Treatment Standards |
NSF 40 Residential Wastewater Treatment Systems - Printed 8/15/2005 |
NSF 41 Non-Liquid Saturated Treatment Systems - Printed 04/12/2005 |
NSF 42 Drinking water treatment units Aesthetic effects - Printed 4/12/2005 |
NSF 44 Residential ... water softeners - Printed 6/29/04 |
NSF 46 Evaluation of components and devices used in wastewater treatment systems - Printed 10/07/05 |
NSF 53 Drinking Water Treatment Units - Health Effects - Printed 7/11/05 |
NSF 55 Ultraviolet microbiological water treatment systems - Printed 12/17/04 |
NSF 60 Drinking Water Treatment Chemicals - Health Effects - Printed 1/18/2005 |
NSF 61 Drinking Water System Components |