Increase Oil Recovery with Less Chemical

Nanobubbles are revolutionising the oil and gas sector by providing several critical enhancements that are essential for modern energy production. These tiny bubbles, significantly smaller than conventional gas bubbles, ensure a more effective distribution of gas in fluids, improving various oil and gas operations from recovery to waste management

Our Expertise In EOR

Explore the fundamentals, benefits, and research of nanobubbles.

Mobilizes trapped oil:

Injecting nanobubbles into reservoirs helps dislodge trapped oil by reducing surface tension and altering the rock's wettability, leading to higher extraction rates.

Improves fluid flow:

The technology can increase sweep efficiencies in water flooding and gas injection methods, forcing injected gas to reach previously uncontacted oil pockets.

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Boosts well stimulation:

Nanobubbles are used in well stimulation to enhance hydrocarbon recovery, providing a safer alternative to conventional chemical treatments or fracking.

Treats produced water:

Nanobubbles can separate oil, suspended solids, and other contaminants from produced water, making it available for reuse in oil production and reducing the need for costly and environmentally risky disposal wells.

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Nanobubbles Research & Development Insights

Appropriate supply of dissolved oxygen contributes to the increase in the income of fish farmers by increasing production and maintaining longer freshness.

Promote Sustainability

Improves biodegradation: In wastewater treatment, nanobubbles enhance the breakdown of organic contaminants and increase dissolved oxygen levels, which helps support microbial activity.

Proven Benefits

Nanobubble technology go beyond efficiently increasing dissolved oxygen levels. Thanks to their electrochemically charged surface, they attach themselves and degrade organic contaminants, Injecting nanobubbles into reservoirs helps dislodge trapped oil by reducing surface tension and altering the rock's wettability, leading to higher extraction rates.