Force-PoP is a custom-engineered, easy-to-mix lubricant designed for directional drilling and reducing drag during completion and coiled tubing operations. Force-PoP is a biopolymer-based lubricant engineered for challenging conditions such as high rpm drilling, high rate of penetration (ROP), highly indurated "hard" rock drilling as well as for drilling deviated holes.
A key factor controlling ROP and overall efficiency in directional drilling of unconventional reservoirs is the friction generated between metal-to-metal contact and metal-on-rock contact. This form of downhole friction is called"drag" and is a major opportunity to improve efficiency and lower operational costs for the competitive oil and gas industry. Drag is a major factor controlling the rate of penetration in horizontal drilling applications where the benefit of vertical mechanical force is reduced. As the industry has moved away from relatively complex guar gel fluids to simplified slickwater completion fluids, the need for high performance, cost-effective pipe-on-pipe lubricants - allowing the drill string eased advancement and placement in the well bore - has increased. Slickwater systems with low concentrations of viscous polymer still have the need for additional lubrication in these high pressure, highly saline reservoirs. Thus, the need for lubrication through-out the drill string is a major opportunity to control fluid costs and shorten drilling times.
Force Chem Force-PoP is an engineered, readily mixable, cost effective pipe-on-pipe type lubricant for directional drilling in the oilfield. Force-PoP is recommended to drillers and completion engineers when differential sticking or drag could be expected during the well completion phase or coiled tubing operations. Force-PoP is engineered as a film forming lubricant on metal pipe and indurated rock interfaces that produce frictional resistance during drilling.
ALL PROPERTIES @ 25°C
COLOR : REDDISH BROWN
pH : 7.0 - 9.0
SPECIFIC GRAVITY : 1.05 ±0.05
FREEZING POINT : -45.0°C
BOILING POINT : 92° C
Confidential: The information contained herein is based on data considered accurate with representative samples. However, no warranty is expressed or implied regarding the accuracy of this data or the results to be obtained from the use thereof. The above data does not imply specifications for this product. Force Chem Technologies assumes no responsibility for personal injury or property damage to vendees, users or third parties, caused by the material. Such vendees or users assume all risks associated with the use of the material. Consult the Material Safety Data Sheet before using this product.