CARBOAIR
CARBOAIR high-transport, ultra low-density ceramic proppant technology has been developed primarily to increase production and EUR from slickwater fracturing operations. The technology enables operators to avoid the introduction of gel into their fracs while improving reservoir contact and fracture conductivity.
Benefits
Why Choose
CARBOAIR
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Exceptional proppant transport in slickwater and low gel fracturing fluids
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Increases effective fracture length and fracture height to improve reservoir contact
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Better proppant packing for vertical and horizontal gravel packed wells
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Lower total mass of proppant required to prop the same fracture volume as conventional proppant
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Reduces water consumption and flowback treatment costs in equal volume frac designs
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Higher production and EUR while lowering finding and development cost per BOE
Features
Advanced Attributes
of CARBOAIR
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Ultra low-density ceramic proppant with chemically-engineered internal porosity
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Apparent specific gravity of 2.0; approximately 25% lower than sand, resin-coated sand (RCS) or low-density ceramic (LDC)
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Enhanced transport characteristics: 30%-40% slower settling rates compared to sand or RCS
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Meets or exceeds the conductivity, strength and durability of sand
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Available in 40/70, 30/50 and 20/40 mesh sizes
Case Studies
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Resources
Comprehensive
Knowledge Hub
Frequently Asked Questions
Learn more about
CARBOAIR
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1. What is CARBOAIR® used for?
CARBOAIR is a lightweight, high-performance proppant designed to enhance hydraulic fracturing in low-pressure and sensitive reservoirs.
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2. How does it improve well performance?
Its low density allows for better transport and placement, improving fracture coverage and hydrocarbon flow.
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3. What makes CARBOAIR unique?
It provides optimal strength and conductivity while reducing overall proppant load.
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4. Is it environmentally friendly?
Yes, CARBOAIR is chemically inert, promoting safety and sustainability.
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5. What type of wells benefit from CARBOAIR?
It is ideal for low-pressure reservoirs and operations requiring enhanced transport efficiency.
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6. How does it reduce operational costs?
Its lighter weight reduces proppant volume needs, lowering transport and operational costs.
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7. Is it compatible with all fracturing fluids?
Yes, CARBOAIR integrates seamlessly with various fracturing fluid systems.
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8. How does CARBOAIR improve production efficiency?
It ensures more uniform proppant placement, maximizing fracture conductivity and hydrocarbon recovery.
