Impact Fluid Solutions Llc
2800 Post Oak Blvd, Suite 2000 , Houston, Texas, United States

Headquartered in Houston, Impact combines extensive oilfield experience with expertise in diverse scientific disciplines to deliver Additive Performance™ for our customers. As an R&D-intensive organization, we invest heavily in our state-of-the-art Global Technology Center in the U.K. We also maintain offices in Mexico, U.A.E. and Malaysia, as well as a global sales and support network. Founded in 2005, Impact has built a successful track record spanning six continents, with our technology used in over 10,000 wells across more than 50 countries

Track Record Spanning Six Continents

Impact has an extensive track record of success across geographies and formation types, in both onshore and offshore wells. Case histories from projects around the world provide evidence-based metrics that demonstrate consistent, measurable and compelling results.  The Impact team knows what it takes to plan and execute successful drilling, completion and production programs, augmenting our customers’ expertise with a comprehensive understanding of:

• Regional formation challenges, through our global presence
• Drill site logistics and the ideal timing and protocols for aligning our additives with the drilling and completion strategy
• Maximizing the lifetime value of a well

Insights from the Experts

Impact is an industry leader in wellbore stabilization and preventing lost circulation issues. Our FLC®, STAR SHIELD® and SHIELD BOND® product lines harness proprietary Wellbore Shielding® science—a preventative approach to wellbore stability challenges. Read our insights on the unique advantages these innovative drilling additives and cement spacer systems offer operators, fluid companies and cement service providers.

EXPERTISE THAT DRIVES CUSTOMER SUCCESS

The Impact Fluid Solutions team brings extensive engineering and operational experience in drilling, completions and production. That deep oilfield insight enables us to identify unmet needs, develop products that address real challenges, and provide expert on-site customer support. Impact is a trusted and dependable partner to both operators and service companies, working hand in hand with customers to ensure our oilfield additives meet their needs and deliver maximum efficiency.

Lost Circulation Solution for Severe to Total Losses

LCP 2000® is a proven lost circulation solution that can be used as an additive to drilling, workover and completion fluids. This advanced LCM (lost circulation material) is designed to cure partial to total losses. LCP 2000 has been utilized successfully in hundreds of challenging wells around the world to cure severe losses. It is non-damaging in reservoirs and works in high-pressure, high-temperature (HPHT) wells. LCP 2000 is operationally friendly; one sack can be added as an LCM pill at 25-50 lb/bbl in WBM and up to 100 lb/bbl in OBM. LCP 2000’s particle size eliminates the risk of plugging mud motors, MWD/LWD tools and bit nozzles.  LCP 2000 is a selected blend of organic flakes, fibers and inorganic granules. Its primary use is as a lost circulation pill for severe to total losses for induced and natural fractures, faults and small vugs. It can be used as an LCM pill with any fluid system. LCP 2000 can be used to treat seepage as well as partial, severe and total losses.

Cement Spacer Surfactants

SFG™ is a surfactant designed for use in our cement spacer systems to water-wet the formation and pipe surfaces, removing the excess hydrocarbon film left behind from non-aqueous drilling fluids. In this way, SFG aids cement bonding and zonal isolation to improve the integrity of the cement job.  SFG can be used in both weighted and unweighted spacer systems, and provides excellent cleaning efficiency at low concentrations. When used properly, this cement spacer surfactant improves the effectiveness of the spacer system while displacing non-aqueous drilling fluid. Laboratory testing is recommended to determine optimal concentration.

Mid- and High-Temperature Cement Retarders

Generic mid- and high-temperature retarders pose a number of operational challenges, including issues with repeatability, linearity and correlation of pilot blend to field blend. At certain temperatures, retarders can be inconsistent—further complicating the design process and potentially placing the cement job at risk. MTR™ and HTR™ have been engineered to minimize or even eliminate these issues.