ImdexLeadingBrandLogo

Estabilizadores de Arcilla y Lutitas

Showing all 12 results

  • AMC 117™

    El AMC 117™ proporciona una inhibición superior de arcillas y lutitas en fluidos de perforación poliméricos. AMC 117™ reduce las probabilidades de embolamiento de la herramienta en arcillas reactivas (bit balling), altos valores de torque y arrastre, como así también otros problemas relacionados con arcillas y lutitas. Además, este producto tiene mayor aceptación ambiental que inhibidores tradicionales como el cloruro de potasio.

  • AMC BOS FIX™

    AMC BOS FIX™ is designed specifically to be used in conjunction with the AMC BOS UNIT™ as a preventative maintenance system to minimize borehole torque and fluid losses, while also maximising borehole stabilisation, penetration rates, core recovery and overall productivity.

  • AMC BOS UNIT™

    No siempre es posible predecir cuándo o cómo las cosas pueden complicarse dentro del pozo. El AMC BOS™ (Borehole Optimisation System / Sistema de Optimización del pozo) se anticipa a la pérdida de fluido, a la pérdida de circulación y zonas inestables, incluso en las condiciones más adversas, haciendo que las operaciones sean más fluidas y predecibles.

  • AMC CLAY COAT XTRA™

    AMC CLAY COAT XTRA™ is a glycol designed for use in water-based drilling fluids to improve lubricity and shale stability. AMC CLAY COAT XTRA™ is not affected by medium to high salinity make up water.

  • AMC CLAY DOCTOR L™

    AMC CLAY DOCTOR L™ is a versatile modified encapsulating polymer used in water based drilling fluid systems to provide stability when encountering reactive clay and shale formations. AMC CLAY DOCTOR L™’s charge density and molecular weight are uniquely adjusted to maximise encapsulation with only a minimal increase in viscosity.

  • AMC CLAY DOCTOR R™

    AMC CLAY DOCTOR R™ is an encapsulating polymer that stabilizes clays and shales without substantially increasing viscosity. It provides excellent cuttings encapsulation and prevents cuttings from sticking together or dispersing into the mud system.

  • AMC CORVIS™

    AMC CORVIS™ is a high molecular weight, powdered polymer which has been developed to improve core recovery, particularly in clays and shales and highly fractured formations. It provides cuttings encapsulation as well as helping to stabilise the formation. AMC CORVIS™ forms a protective polymer film on the drill pipe and bit as well as on the walls of the bore hole which helps to provide lubrication when diamond drilling in troublesome formations.

  • AMC CR 650™

    AMC CR 650™ es un polímero de alto peso molecular en polvo, que ha sido desarrollado para mejorar la encapsulación de recortes, como así también para ayudar a estabilizar la formación. El AMC CR 650™ forma una película de polímero protectora sobre la tubería y broca de perforación, sobre en las paredes del pozo, lo cual además contribuye a proporcionar lubricidad al perforar sobre formaciones problemáticas. Es ideal para uso en perforación horizontal direccional, pozos de agua, minería y aplicaciones de tunelería.

  • AMC K ION™

    AMC K ION™ is a specialised product that functions as shale and clay stabiliser in situations where environmental restrictions prohibit the use of chemicals containing chlorides.

  • AMC SHALEHIB ULTRA™

    AMC SHALEHIB ULTRA™ is an amine based product that provides superior shale and clay inhibition in polymer based drilling fluids. Effective in formations containing shale and reactive clay AMC SHALEHIB ULTRA™ reduces the potential for bit balling, torque and drag as well as other clay and shale related issues. All this is delivered by a product that has a minimal chloride content, making it far more environmentally acceptable than potassium chloride, which is typically used for inhibition.

  • POTASSIUM CHLORIDE (KCl)

    POTASSIUM CHLORIDE (KCl) is a soluble salt that is an extremely efficient shale stabiliser when drilling hydro sensitive clays and shales. Inhibition is provided through ion exchange; the potassium ion enters between the individual clay platelets in the shale so that they are held together, thus eliminating entry of water from the drilling fluid.