Dual reverse osmosis system installed at Rand

Thu, May 13th 2021, 06:00 AM

WATER Mission has completed the installation of a dual reverse osmosis system at the Rand Memorial Hospital to ensure there is always access to a safe water supply, especially following a disaster.

Jake Voss, project engineer with Water Mission, said the system can desalinate water accessed by wells or the main city water source from the utility company.
#“We were all here post Dorian during the initial response, and we saw a great need for safe water at the Rand, one of the largest hospital facilities in the Bahamas,” he said.
#Mr Voss said that Water Mission—a nonprofit, Christian engineering organisation based in North Charleston, South Carolina—was the engineering side of the project and focused on implementation of the system, which consists of two reverse osmosis units that can run off multiple water sources.
#He added that there is also post-treatment for the use of an existing water storage tank for completely safe potable water into the hospital so that there is access to drinkable, safe water anywhere in the facility.
#Mr Voss said the system is designed for standard daily use and is also capable of producing upward of 150,000 gallons of water per day.
#Additionally, it was designed with future resiliency in mind, he stated.
#“It can be elevated above the flood level of three feet. It is also designed to treat water and remove the salt of highly salinised water,” explained Mr Voss. “This has dual feeds and can pull off utility company water and pull water from the wells.”
#The project started in early 2020 but was delayed due to COVID-19.

Jake Voss, project engineer with Water Mission, said the system can desalinate water accessed by wells or the main city water source from the utility company.

“We were all here post Dorian during the initial response, and we saw a great need for safe water at the Rand, one of the largest hospital facilities in the Bahamas,” he said.

Mr Voss said that Water Mission—a nonprofit, Christian engineering organisation based in North Charleston, South Carolina—was the engineering side of the project and focused on implementation of the system, which consists of two reverse osmosis units that can run off multiple water sources.

He added that there is also post-treatment for the use of an existing water storage tank for completely safe potable water into the hospital so that there is access to drinkable, safe water anywhere in the facility.

Mr Voss said the system is designed for standard daily use and is also capable of producing upward of 150,000 gallons of water per day.

Additionally, it was designed with future resiliency in mind, he stated.

“It can be elevated above the flood level of three feet. It is also designed to treat water and remove the salt of highly salinised water,” explained Mr Voss. “This has dual feeds and can pull off utility company water and pull water from the wells.”

The project started in early 2020 but was delayed due to COVID-19.

 

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