OSCAR - Membrane Treatment Solutions

Effective maintenance is critical to optimising the performance of reverse osmosis systems and maximising the productive life of membrane elemnts. Every system will have its own unique requirements based on its feed water quality and hydrodynamic characteristics. In multiple element systems, each element will be exposed to different fouling conditions.

The OSCAR process represents the best way to maintain a reverse osmosis sytem, allowing for the design of bespoke reconditioning programs, adapted during the procedure to achieve the best possible results. Crucially, individual membrane elements receive attention not possible during in-situ cleaning.

There is no better way to service membrane elements and protect the capital investment they represent than with OSCAR servicing.

• Maximise System Performance: Maintain permeate quality and production rates by keeping each membrane element in the best possible condition.
• Reduce Operational Costs: Reduce operational energy costs, minimize system shut downs, reduce water consumption and reduce membrane replacement costs.
• Improve System Knowledge: Gain an understanding of your system condition, identify where fouling occurs and plan maintenance schedules and investments based on increased visibility.
• Optimize membrane life: Reduce waste and enhance your organisation's resource efficiency.
• Flexibility: Instant access to the whole range of cleaning chemicals and flow dynamics, allowing for tailored maintenance regimes. OSCAR is the ideal solution for sites with inadequate Clean-in-place systems.
• Operator Friendly: Eliminate the need for chemical handling, storage and stock control.
• Individual Element Testing: Profile the system, understand where fouling accumulates, focus attention where it is required. Never discard membrane elements that have remaining serviceable life. Understand in advance how the system will perform after cleaning.
• Save time: Avoid repeatedly cleaning and searching for the right cleaning solution.

• Water Saving: Maximise water efficiency by ensuring effective cleaning.
• Minimise Waste: Minimise unncessary mixed plastic waste associated with membrane element disposal.
• Energt Saving: Properly reconditioned elements require lower operating pressures reducing ongoing energy consumption.
• Decrease CO₂ emissions: Reduce the energy consumption associated with higher operating pressures and less effective cleaning operations.