Click here to load reader

Multiphase Desanding - Technology Support Multiphase Desanding... · PDF fileMultiphase gMAX® Desanding The gMAX Systems multiphase desanding unit is designed to treat a combined

  • View

  • Download

Embed Size (px)

Text of Multiphase Desanding - Technology Support Multiphase Desanding... · PDF fileMultiphase...

  • Multiphase gMAX Desanding

    The gMAX Systems multiphase desanding unit is designed to treat a combined gas/liquid flow with gas flows up to 100%. The inter-nal geometry of the gMAX hydrocyclone is extremely important in multiphase applications and is driven by detailed knowledge of the fluid properties, multiphase flow regime, and allowable pres-sure drop and separation efficiency requirements. gMAX Systems has developed physical models based on empirical data and in-dustry knowledge of multiphase flow.

    Wellhead Desanding

    In order to protect downstream production equipment, multi-phase desanding units can be located at several locations in the production train. Multiphase units that are located upstream of the production choke are called wellhead desanding units.

    These are usually high pressure, multiphase, harsh duty applica-tions which severely challenge the reliability and performance of the separation equipment. Wellhead desanding systems employ single insert or multiple liner designs with design pressures to 15,000 psig. Both methods are field proven and include an inte-gral or separate accumulator for solids collection. Fit for service valves and instrumentation allow for safe operation.

    Wellstream Desanding

    When placement upstream of the choke is not pos-sible, the optimum location would be in the wellstream prior to the production separator. Wellstream Desand-ing is typically a multiphase application similar to the wellhead but usually at much lower operating pres-sures.

    Each engineered system is designed to meet or ex-ceed applicable standards. gMAX Systems can offer almost any material of construction including carbon steel and exotic alloys. Hydrocyclone liner material is wear resistant alumina ceramic or silicon carbide lining depending on the application.

    Multiphase Desanding

    Proven gMAX hydrocyclone technology

    Experience with high pressure (up to 15,000 psig) applications

    Gas flows to 100%

    TurnDOWM available for a range of liquid and gas rates

    Wear resistant materials of construction for increased reliability and low maintenance

    An upstream oil & gas separation company that specializes in solids management and produced water treatment through engineered systems.

  • TurnDOWN

    In order to accommodate large turndown requirements that ex-ceed 50:1, gMAX Systems offers its TurnDOWN design. Turn-DOWN allows for continuous operation without ever shutting down the vessel. This is accomplished by compartmentalizing the overflow section of the desanding vessel. Isolation valves are opened or closed to adjust the number of liners in operation de-pending on the system flow rate and pressure drop.

    Company Overview

    Recently, Krebs Engineers formed gMAX Systems to provide sep-aration technologies to the Upstream Oil & Gas Market. Originally founded in 1952 as Krebs Engineers, the company has bee the driving force in hydrocyclone technology for over 50 years. Ini-tial application of this technology was in mineral processing and water desanding fields. gMAX Systems has installed more than 120,000 hydrocyclone systems worldwide.

    Contact Your gMAX Systems Representative:

    Lease Options

    FLSmidth gMAX Systems currently has desanding skids in inventory and more in fabrication that are available for immediate service. These units are com-plete skid mounted wellhead desanding units that are rated for 10,000 psig and include a separate accumu-lator for solids collection. The units are available for purchase or for lease if preferred. Please see Figure below for an available lease unit.

    Multiphase Desanding

    MAIN OFFICE 8203 Willow Place Drive South, Suite 620 Houston, Texas 77070 USA TEL (281) 477-3113 FAX (281) 477-6336

    EMAIL [email protected]