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Benefits of the "Passarel" Process

The system design displays a unique property when compared with other processes; such as Reverse Osmosis, Flash Distillation, Variable-Effect Distillation and Electrodialysis. The larger the system's capacity the less expensive it becomes to produce desalinated water. This is due in part to the design process employed, the materials used and the principles of operation.

The following cost advantages are based on a 20-year amortization period, and can be substantiated by the WDI design and mechanical engineers. These costs are compared to established vapor compression processes of today.
Annual Operation Costs: The "Passarel" Process can reduce operating expenses, which include the cost of energy.

 

Construction Costs: The "Passarel" process can be built at a cost savings ranging from 25% to 68 % based upon acre/feet per day output.

 

Cost of Water: The "Passarel" process will produce water at a lower cost per acre/feet than other process.

 

The "Passarel" process has a design flexibility that will allow the technology to be both responsive and competitive in the world market. When configured in various sizes, the plant will satisfy specific community requirements. (Note: One acre/foot is equal total to 326,000 gallons of water).

 

This "Passarel" process will produce desalinated water with the lowest energy consumption, smallest footprint and a prolonged plant life.

Designs have been studied in the following sizes: one acre/foot, two acre/feet, eight acre/feet, sixteen acre/feet. Smaller plant systems can be configured if necessary.

 

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