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BOP Fluid Filtration with UV, PH and Conductivity
5 Micron Pre-filter
UV Light and Controlled Flow Chamber
1 Micron Post Exposure Filter
Flow Rate: 15 gpm
220 Volt, Single Phase 50/60 hz
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Fluid Filtration Panel with Pump
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Fluid Filtration Panel with Pump, UV, ICM
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Pump Skid Assembly, BOP Fluid Filtration
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BOP Water Supply Filtration With UV
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Cost Effective Conditioning and Real-time Analysis
BOP Fluid Conditioning & Monitoring System is primarily designed to improve fluid quality by reducing microbial activity, removing suspended particles and provide real-time data of BOP fluid pH and conductivity for event & trending analysis.
The two main causes for BOP fluid quality problems include contaminated water supply and microbial growth in the mixed fluid. Downtime and failure reports indicate several re-occurring problems with these fluids and in order for the subsea and BOP hydraulic components to operate reliably, the mixed fluid must stay clean and provide a minimum level of lubricity.
BOP Fluid Filtration & Monitoring Systems Key Features
Filters & Re-circulates mixed BOP fluid
Compact & Easy to maintain
Real time pH & Conductivity monitoring
Duty cycle pump control
High & Low Alarm lights & outputs
USB output for Data transfer
Graphing & Trending analysis
Delta “P” gauges on filters.
Importance of Continuous Monitoring
Offshore Blow Out Preventer (BOP) fluids are essential for the reliable functioning of the BOP control system. Traditionally, water-based fluids and make-up water are tested periodically through daily or weekly samples sent to onshore labs. However, this process may fail to detect issues promptly, potentially delaying corrective action when poor-quality fluid reaches the BOP equipment. Continuous fluid conditioning and monitoring address these gaps, ensuring consistent fluid quality and capturing anomalies in real-time.
Enhancing Reliability with Advanced Monitoring Solutions
The Subsea Co.’s monitoring equipment provides critical insights by identifying pH changes signaling microbial growth and conductivity shifts indicating dissolved solids. By analyzing this data in correlation with fluid make-up, storage, and usage events, subsea engineers can prevent the occasional incidents that compromise BOP fluid quality. Our exclusive BOP Fluid Conditioning and Monitoring system not only improves fluid quality but also delivers actionable data, reducing downtime and enhancing the reliability of subsea BOP control systems. Contact The Subsea Co. today for a demonstration and see how our system can save you time and money.