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· Chemical Engineering Online
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Based on the provided excerpt: AquaB Nanobubble Innovations has deployed an electrically driven nanobubble generator at multiple Saudi Aramco sites, entering commercial operation in December 2025. The system uses electric fields (instead of mechanical methods) to create nanometer-scale gas bubbles aimed at improving oil-recovery efficiency.

What advantages or challenges do you foresee with electrically generated nanobubbles for enhanced oil recovery compared to mechanical systems, and what other industries could benefit from this approach?

Novel nanobubble generator enters commercial service at Saudi Aramco site

This article was originally posted on Chemical Engineering.
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A system that uses electric fields — rather than mechanical means — to generate nanometer-sized gas bubbles entered operation at a commercial site in Saudi Arabia. The nanobubble-generating technology was developed by the startup company AquaB Nanobubble Innovations Ltd. and was deployed in December 2025 at multiple Saudi Aramco facilities. There, the nanobubble generators will be used to enhance oil-recovery efficiency.

The post Novel nanobubble generator enters commercial service at Saudi Aramco site appeared first on Chemical Engineering.

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