Lost Circulation Materials

The Baker Hughes X-LINK cross linking lost circulation material (LCM) is effective in controlling severe lost circulation in large fractures or vugs.

The BAKER-SQUEEZ lost circulation squeez from Baker Hughes is a high-solids, high-fluid loss squeez designed for use in cases of moderate to severe lost circulation. BAKER-SQUEEZ additive works by rapidly dewatering, resulting in a solid plug of lost circulation material in wellbore fractures and vu... Show More

The Baker Hughes CHEK-LOSS lost circulation material(LCM) from Baker Hughes is a water-soluble, ultrafine complexed cellulosic material used for controlling seepage to severe lost circulation while drilling through depleted or under pressured zones.

The CHEK-LOSS PLUS lost circulation material (LCM) from Baker Hughes is a premium, high-lignin fibrous material used to control seepage to severe downhole losses while drilling depleted, fractured or other permeable zones.

The KOMPRESS compressive strength lost circulation material (LCM) from Baker Hughes provides a single step solution for combatting lost circulation

The MILMICA lost circulation material (LCM) from Baker Hughes is a sized grade of mica used to control loss of circulation in all types of drilling fluid

The MILMICA lost circulation material (LCM) from Baker Hughes is a sized grade of mica used to control loss of circulation in all types of drilling fluid

The MIL-CARB series of calcium carbonates from Baker Hughes consists of sized metamorphic calcium carbonate blends that can be used as weighting agents, bridging agents, and loss circulation materials in water-based drilling fluids, invert emulsion drilling fluids, and coring fluids.

The MILMICA lost circulation material (LCM) from Baker Hughes is a sized grade of mica used to control loss of circulation in all types of drilling fluid

The MIL-PLUG series of granular lost circulation materials (LCM) from Baker Hughes are made of sized, granular nutshells used to control loss of circulation.

The MIL-PLUG series of granular lost circulation materials (LCM) from Baker Hughes are made of sized, granular nutshells used to control loss of circulation.

The MIL-PLUG series of granular lost circulation materials (LCM) from Baker Hughes are made of sized, granular nutshells used to control loss of circulation.

The Baker Hughes MIL-SEAL lost circulation material (LCM) contains a blend of granular, flake, and fibrous materials available in three different grind sizes (fine,medium, and coarse)

The Baker Hughes MIL-SEAL lost circulation material (LCM) contains a blend of granular, flake, and fibrous materials available in three different grind sizes (fine,medium, and coarse)

The Baker Hughes MIL-SEAL lost circulation material (LCM) contains a blend of granular, flake, and fibrous materials available in three different grind sizes (fine,medium, and coarse)

The SOLUFLAKE series of flaked calcium carbonates from Baker Hughes is effective in controlling circulation losses and seepage in both drilling and completion fluids

The SOLUFLAKE series of flaked calcium carbonates from Baker Hughes is effective in controlling circulation losses and seepage in both drilling and completion fluids

The SOLUFLAKE series of flaked calcium carbonates from Baker Hughes is effective in controlling circulation losses and seepage in both drilling and completion fluids

The Baker Hughes W.O. 3.0 series of calcium carbonate are used as bridging agents and/or weighting material in drilling muds.

The Baker Hughes SOLU-SQUEEZ lost circulation squeeze pill is a high solids, high-fluids loss lost circulation material squeeze product designed for moderate to severe lost circulation.

The Baker Hughes W.O. 3.0 series of calcium carbonate are used as bridging agents and/or weighting material in drilling muds.

The Baker Hughes W.O. 3.0 series of calcium carbonate are used as bridging agents and/or weighting material in drilling muds.

The X LINK RTR retarder from Baker Hughes is designed to delay the cross-linking mechanism of X-LINK lost circulation polymer plug at higher temperatures