PMAP’s Revolutionary Unmanned Smart Dispensing Vessel (USDV) Hits the Road, Delivery Imminent.

In a leap towards advancing water treatment in mining, the PMAP Mine Water Unmanned Smart Dispensing Vessel (#USDV), successfully designed and constructed in the latter half of 2023, is set to reach its destination at PMAP’s warehouse in Vancouver in the next couple of days. This state-of-the-art vessel is poised to redefine the way we monitor quality and treat water in tailings ponds.

The PMAP USDV showcases a myriad of features aimed at optimizing water quality through smart surveying and precise chemical dispersion. Key capabilities include:

  • Smart surveying: employing advanced algorithms, the vessel estimates optimal survey lines on the pond by scrutinizing pond geometry and available information.
  • Data collection (bathymetry): executing data collection trips on the pond, the vessel gathers comprehensive bathymetric data, enhancing the assessment of water quality.
  • Optimized reagent dispensing: the PMAP USDV calculates the necessary PMAP reagent amount at each node and determines the optimum injection procedure.
  • Closed-loop feedback system: the vessel conducts continuous data collection before and after each injection step, leveraging a closed-loop feedback system.

The imminent delivery of the PMAP USDV signifies a significant stride towards an environmentally friendly and precise effluent treatment in the mining industry. The unmanned capabilities and intelligent systems reduce the dependence on human intervention, making it a safer, cost effective, and efficient solution for water management in the mining sector.

Stay tuned for updates on future tests, demonstrations, and on-the-ground deployment of the USDV in the weeks and months ahead.

What is the PMAP USDV and what does it do?

The PMAP Unmanned Smart Dispensing Vessel (USDV) is an autonomous platform designed to survey, monitor, and treat water in tailings ponds. It collects bathymetric and water quality data while precisely delivering reagent to optimize treatment performance.

How does the USDV improve water treatment efficiency?

The USDV uses real-time data and algorithms to determine where and how much reagent is needed. Through a closed-loop feedback system, it continuously adjusts dosing based on updated conditions, improving treatment accuracy and reducing chemical waste.

Does the USDV reduce the need for manual operations in tailings ponds?

Yes. The unmanned design allows monitoring and treatment to be carried out without direct human presence on the pond. This reduces safety risks, lowers operational complexity, and enables more consistent and scalable water management.

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