Fred Hervey Plant in northeast El Paso
At the September Public Service Board meeting, EPWater detailed its latest innovation to provide load-shifting capability that enables certain wastewater streams to shift from one treatment plant to another.
The Haskell Wastewater Plant treats wastewater to reclaimed water standards, and the Fred Hervey Water Reclamation Plant treats wastewater to drinking water standards.
The new project will give the utility increased flexibility in meeting water reuse demand needs in different parts of the city.
“We will construct a new pipeline that will allow us to divert flows between the Haskell Plant in south-central El Paso and the Fred Hervey Plant in northeast El Paso,” said Alan Shubert, Vice President for Operations and Technical Services. “If we have increased demand for reclaimed water in the northeast for irrigation and industrial purposes, we will be able to do that. Plus, we can use the additional treated water to recharge the Hueco Bolson aquifer.”
The same can be said if more reclaimed water is needed in south-central El Paso. Wastewater from the northeast will be diverted to meet those increased demands. The project will use existing lift stations, which will receive some plumbing revisions and upgrades for the diversion project.
Gilbert Trejo, Chief Technical Officer for EPWater, says this project is another wave into the future.
“We need to always look at the water resources we have now and maximize the ways we use them to provide water for El Pasoans,” Trejo said. “It gives us more flexibility to manage our water in different parts of the city.”
The project will cost approximately $3.3 million, but a quarter of that will be funded by the U.S. Bureau of Reclamation through a grant program that funds water reclamation and reuse projects.
“This is a cutting edge project that few utilities are doing in other parts of the country” Trejo said. “So when the Bureau sees us, yet again, on the forefront of how we augment our water reuse supplies, they were enthusiastic.”
The project is scheduled to begin November 2019 and be completed winter 2020.