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Arkansas’s largest water treatment plant is experiencing its first review of $ 230 million. Early construction work began about a month ago at the installation of Little Rock, according to Douglas Shackelford, spokesman for Central Arkansas Water.
The renovation of the Jack H. Wilson Water Treatment plant, almost 70, is the largest in Arkansas Water, Shackelford told Construction Dive. The project aims to strengthen the supply of drinking water in the region over the coming decades, improving the efficiency of the plant, addressing the deferred maintenance and equipping -the modern water treatment techniques.
Mandeville, Louisiana with headquarters Max Foo Construction is the construction manager At risk, according to Shackelford. Hazen and Fort Smith, based in New York, Hawkins-Weir engineers were hired to work collaboratively on design phase services, he said.
Central Commissioner’s Council Arkansas Water approved a matter of bonds of up to $ 230 million review the plantOn June 12, Council documents show. The Council approved a guaranteed maximum price of $ 219.2 million Contract for construction in MarchAnd officials expect to close the bond transaction in July, reported northwest of the Gazeta of Arkansas Democrat.
The construction will be in phases while the Wilson installation continues to operate and the work is expected to take about five years to complete, Shackelford said.
“This plant is vital for our system and therefore we cannot close it. “There are four large water basins at the installation and essentially we will close one and renew this basin, and then we will keep the other three open and work while one is under construction.”
The Wilson plant is currently treating 133 million daily gallons, and updates will increase its capacity to 150 million, according to Shackelford. It receives water from the tank of Lake Maumelle, which also owns the utility.
)[New technology is] We will allow ourselves to move the water through a faster pace that would increase the capacity, “Shackelford said. This” will help us in the long run, because obviously, as the cities grow and demand is higher in the water, we must be able to produce -“it.”
