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GEOPROP NANO

GEOPROP NANO microproppant is an ultra-fine, high-strength ceramic proppant engineered to penetrate and prop microfractures within geothermal reservoirs that conventional proppants cannot reach. With particle sizes starting at 325 mesh (20–100 µm) and a pelletized form compatible with standard pumping equipment, GEOPROP NANO delivers deep fracture penetration, stable proppant placement, and enhanced fracture connectivity—even in the tightest geothermal microfracture networks.

GEOPROP MAX

GEOPROP MAX low density proppant delivers unmatched performance in Enhanced Geothermal Systems. It's combination of ultra-high conductivity with exceptional compressive strength maximizes heat transfer and ensures long-term well productivity under the extreme conditions of EGS.

GEOPROP AIR

GEOPROP AIR is specifically engineered to meet the demanding requirements of Enhanced Geothermal Systems (EGS), where durability, thermal stability, and high fracture conductivity are critical. Leveraging proven ultra-low-density ceramic technology, GEOPROP AIR enables operators to achieve deep fracture penetration and extended reservoir contact without compromising proppant integrity under extreme subsurface conditions. Its lightweight design enhances transport efficiency in fracturing environments, ensuring more effective proppant placement and improved fracture connectivity. By maintaining conductivity at high closure stresses and temperatures, GEOPROP AIR helps maximize long-term heat recovery and project economics, making it the ideal solution for next-generation geothermal development.

GEOPROP

GEOPROP is a high-performance, low-density ceramic proppant engineered to optimize flow and longevity in enhanced geothermal systems. Designed for use in high-temperature, high-pressure environments, it delivers superior thermal stability and chemical resistance compared to conventional materials, making it ideal for sustaining long-term performance in engineered geothermal reservoirs.