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  • 3M™ Ceramic Sand Screen Systems
  • 3M™ Ceramic Sand Screen Systems

    3M ID B49000158
    • Increased well life-cycle longevity helps lower capital expenditures
    • Increased production envelope enables higher production rates, especially in fraced wells
    • Unlocking wells where sand failure has occurred
    • Alternative to gravel packing, with simplified logistic and completion design
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    Details
    • Increased well life-cycle longevity helps lower capital expenditures
    • Increased production envelope enables higher production rates, especially in fraced wells
    • Unlocking wells where sand failure has occurred
    • Alternative to gravel packing, with simplified logistic and completion design
    • For horizontal, deviated and vertical wells
    • Simple deployment via wireline/slickline, coiled tubing or conventional rig system
    • Design can be conveyed through existing production tubing or optimized for well work over or new well applications
    • Can be suspended from an existing nipple profile, packer, or be straddle deployed

    3M™ Ceramic Sand Screen Systems are designed to deliver high performance sand control in new wells, workover and intervention applications – both in unconsolidated formations and where proppant flowback poses a risk. This is based on proven, successful and unique technology with deployments globally including subsea deployments, rigless and rig for both well remediation.

    Sand Control Simplified
    3M™ Ceramic Sand Screen Systems are designed to deliver high performance sand control in new wells, workover and intervention applications — both in unconsolidated formations and where proppant flowback poses a risk. The modular concept design features a perforated continuous base pipe with a flexible stack of ceramic rings to help reduce deployment and operational risk associated with some conventional sand control solutions. The ceramic material allows for these screens to be placed directly across the perforation without a gravel pack, allowing large internal pass-throughs and low pressure drops, enabling higher productivity and longer well life cycle.

    Resists Erosion and Corrosion
    The problem: many conventional sand screen systems are made of metals that are vulnerable to abrasion and corrosion, which can affect both system performance and equipment. We have a solution: 3M ceramic sand screens offer a major improvement over standard metallic sand screens — utilizing the unique properties of technical ceramics to provide effective filtration while resisting erosion from sand, and corrosion due to hostile fluid environments across the pH spectrum.

    3M™ Ceramic Sand Screen Systems are designed to deliver high performance sand control in new wells, workover and intervention applications — both in unconsolidated formations and where proppant flowback poses a risk.
    We use silicon carbide, a substance that’s nearly as hard as diamond for excellent durability, erosion and corrosion resistance
    Here's how it works; we use 3M™ Silicon Carbide, a substance that's nearly as hard as diamond for excellent durability, erosion and corrosion resistance. Silicon carbide has historically been used in oil field applications on the surface for pump bearings but also downhole to provide abrasion resistance for electrical submersible pump component parts. Additionally, it's been used in non-oil field applications, such as mining where it's utilized as a ceramic for high pressure blasting of the mine face.

    In the oil and gas industry, the exceptional hardness of 3M silicon carbide directly addresses the root cause of failures commonly seen with conventional metallic sand control systems, offering repeatable and reliable erosion and corrosion protection at the sand face. Simply put, it's about taking an existing technology, applying it to a problem, and providing a solution that meets a particular industry need.

    Silicon carbide's benefits continue. Notably, it is inert across the pH spectrum at the temperatures and pressures that are common in demanding downhole conditions. This contributes to its longevity in maintaining sand control downhole.

    Proppants and Hydro-fracking
    The use of a synthetic material (known as a proppant) is common in hydraulic fracturing. The proppant is mixed in water and pumped at high pressures, causing rock formations to fracture. Once fissures are formed in the rock, hydrocarbons are released and flow easily. Our 3M Ceramic Sand Screen Systems provide proppant flowback control. This is important because ordinarily, the use of proppants in hydraulic fracturing can erode downhole equipment while increasing the chance of operational failure from lower completion to upper completion and onwards. A sand control system is put in place to keep the mobile proppant in place.

    Ceramics = Cost Savings
    This product helps lower the total ownership cost of the actual drilling procedure over a long period of time. We understand the competitive market perspective and help operators maximize the return on their investment. Because virtually all of the easy oil has been tapped, the ability to meet the increasing market demand requires more complex drilling completion, operating design and operation. These potentially costly endeavors make it all the more important for equipment to function well for as long as possible. Return on investment decreases when operators continue to operate older metallic equipment which is more prone to malfunctions and breakdowns due to erosion and corrosion. Silicon carbide is durable and lasts longer —even in complex drilling operations — helping you maximize your profit potential

    This product helps lower the total ownership cost of the actual drilling procedure over a long period of time.

    Silicon carbide is durable and lasts longer - even in complex drilling operations

    A Customized Approach
    We work with you to create a customized approach that works. Toward that end, we can create a system with a fit for purpose slot opening. We help to design your sand screen to allow the hydrocarbon to flow through, but hold back the particles maximizing the efficiency of the filter.

    The sand screen is connected to other parts within the lower completion. Those parts are sourced from the service provider. We work hand in hand with the service provider and the operator to spec in the technology.

    Additionally, the application environment is such that we can deliver a standard product portfolio to meet standard operating conditions speced in to 300°F (150°C) — or we can offer a tailored or optimized/non-standard solution, for temperatures above 300°F (150°C) such as high temperature and high pressure applications. This means excellent thermal properties compared to conventional metal screens.

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