KRYPTOSPHERE LD
KRYPTOSPHERE LD ultra-conductive, low-density ceramic proppant technology significantly exceeds the conductivity, compressive strength and durability of existing low-density products.
Benefits
Why Choose
KRYPTOSPHERE LD
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Significantly less erosive on pumping equipment due its excellent shape and smoothness
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Improved proppant transport and higher propped volume compared to intermediate-density proppant
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Uniform size and shape for optimal proppant packing. Creates a frac with more space for hydrocarbon flow
Features
Advanced Attributes
of KRYPTOSPHERE LD
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Precision-engineered, strong, durable, round, single-mesh-sized and smooth proppant grains
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Round and smooth. Reduces flow path tortuosity to reduce non-Darcy impacts and improve overall conductivity
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Extraordinary strength and durability. Maintains higher conductivity and flow for the life of the well
Case Studies
Discover the Impact of
Our Ceramic Solutions
Resources
Comprehensive
Knowledge Hub
Frequently Asked Questions
Learn more about
KRYPTOSPHERE LD
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1. What is KRYPTOSPHERE LD used for?
KRYPTOSPHERE LD is a lightweight, high-strength ceramic proppant used to maintain fracture conductivity in hydraulic fracturing.
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2. How does it enhance well performance?
Its low density and high conductivity improve proppant transport and maximize hydrocarbon flow.
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3. What types of wells benefit from KRYPTOSPHERE LD?
It is ideal for low-pressure and shallow wells, where lightweight proppants improve transport and placement.
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4. How does it compare to natural sand?
KRYPTOSPHERE LD offers higher strength and durability than sand, reducing the risk of proppant crushing.
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5. How does it improve operational efficiency?
Its durability reduces the need for frequent maintenance, minimizing downtime and enhancing production.
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6. Is it compatible with all fracturing fluids?
Yes, KRYPTOSPHERE LD works with a wide variety of fracturing fluids, ensuring flexibility in operations.
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7. What makes it unique among lightweight proppants?
It combines high strength and low density, ensuring optimal transport without compromising durability.