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Operational reliability in real-world conditions
Advanced separation systems are often designed for continuous, year-round operation. In one long-term installation, two three-phase centrifuges operated for more than a decade with no unscheduled repairs while processing 120,000 tons of liquid waste annually at a major industrial port facility.
The application demonstrates not only mechanical durability but also the ability to operate efficiently in high-throughput environments, performance attributes highly relevant to refineries, offshore platforms, and other energy facilities with demanding uptime requirements.
Integration into existing oil and gas infrastructure
Three-phase centrifuges can be incorporated in various points across oil and gas operations, including:
■ Slop-oil and tank-bottom recovery
■ Produced-water oil removal
■ Refinery wastewater treatment
■ Pipeline-cleaning residues
Because these systems are modular, they can be installed as part of permanent infrastructure or used in mobile configurations.
Supporting the energy sector’ s path toward sustainability
As the global energy sector drives toward reduced emissions, cleaner water discharge, and responsible resource use, waste-oil recycling and separation technologies offer practical, measurable benefits:
■ Lower disposal volumes reduce hazardous-waste freight and landfill impacts
■ Hydrocarbon recovery offsets raw material needs and improves operational efficiency
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