During an intense heat wave in the remote Nevada desert, a 598MW combined cycle power plant encountered a dire challenge. In response to this critical situation, Puretec swiftly provided two emergency mobile deionization trailers and one filtration and reverse osmosis trailer. This case study details how Puretec’s rapid deployment capabilities and innovative solutions successfully addressed the plant’s water crisis and ensured operational continuity.

The Challenge: High Temperates Creates Urgent Need

In the scorching Nevada desert, a 598MW combined cycle power plant faced a critical challenge during an extended and severe heat wave. The plant experienced both excessive power demand and heightened temperatures, leading to an urgent need for 150 gallons per minute (gpm) of high purity water. Compounding the issue, the only available water source was brackish and unsuitable for the plant’s operations.

The Solution: Immediate and Customized Technologies

Immediate Mobilization and Customized Filtration: Puretec swiftly responded with their mobile equipment and rapid deployment capabilities, perfect for emergency and temporary needs. Recognizing the high-conductivity nature of the brackish water source, Puretec deployed a comprehensive solution. They mobilized a 150 gpm filtration and reverse osmosis (RO) trailer to pretreat the brackish water. Additionally, two mobile demineralizer (MODI) trailers were dispatched to ensure continuous filtration, thereby minimizing the frequency of trailer exchanges.

Efficient Deployment and Operation: Using simple 3” hose connections, the RO trailer immediately commenced water purification services. This setup effectively removed more than 98% of the incoming conductivity from the brackish water. As a result, it significantly extended the operational service periods of the MODI trailers. By reducing the need for exchanges, Puretec mitigated potential transportation delays and supply interruptions. Thus, it optimized the overall solution cost throughout the emergency period.

Continuous Plant Operation and Cost Efficiency: Puretec’s innovative approach and rapid deployment ensured that the power plant remained operational without disruption. The layered filtration strategy not only met the stringent water purity requirements but also minimized the logistical challenges typically associated with remote deployments. Fewer MODI trailer exchanges translated into reduced operational costs for the duration of the crisis. This underscores Puretec’s commitment to delivering effective and economical solutions.

Puretec’s Expertise in Emergency Water Treatment

Puretec’s proactive response to the power plant’s water crisis exemplifies their expertise in emergency water treatment solutions. By leveraging their emergency mobile deionization and reverse osmosis trailers, Puretec met the immediate high-purity water demand. Additionally, they ensured the reliability and cost-effectiveness of their solution. This case study highlights Puretec’s capability to innovate under pressure, supporting critical infrastructure and maintaining operational continuity in challenging environments.

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