Water treatment units to supply potable water in Trinidad and Tobago

Sponsored by

MINNEAPOLIS, MN, Feb. 18, 2010 -- According to an online news source, 92% of Trinidad and Tobago's population has drinking water access, but only 26% of its residents has uninterrupted ‐ 24/7 supply of clean water.

AEROMIX Systems, a leader in water and wastewater treatment equipment, has been awarded to supply five containerized water purification systems to WASA (Water and Sewerage Authority) of Trinidad and Tobago. These water systems will each deliver 500,000 gallons per day of potable water to five key locations throughout the islands. (See map.)

AEROMIX Compact Water Treatment Systems offer the following features and benefits:

• Skid mounted or containerized design means the system arrives completed, assembled, plumbed, wired and tested.
• Quality fabricated painted steel frames.
• Outdoor raintight control panels.
• Compact design easy to install on‐site.
• Purified water meets WHO (World Health Organization) standards.

AEROMIX is a world leader in water and wastewater treatment equipment. Please visit www.aeromix.com to learn more about AEROMIX Packaged Plants.

###

Sponsored by

 


TODAY'S HEADLINES

CH2M HILL lauded for noteworthy wastewater treatment projects

CH2M HILL has been recognized with two Global Water Awards for its exceptional infrastructure work involving Peru's Taboada Wastewater Treatment Plant and the Bahrain Petroleum Company.

Winners of 2013 Campus RainWorks Challenge targeting green infrastructure announced

Four winners of the Environmental Protection Agency's second annual Campus RainWorks Challenge were recently announced.

S.F. Bay water quality, wetlands to be improved with $5M EPA grants

Nearly $5 million in grants provided by EPA have been designated to restore water quality and wetlands throughout the San Francisco Bay watershed.

Aeration Problem?

A supposed aeration problem is often nothing of the sort; it is simply the need for an efficient and appropriate mixer. Therefore, any facility striving to achieve as much treatment as possible on-site should consider mixing to reduce total operation costs.