Introduction to an Environmentally Friendly, High-Temperature Cement Spacer Designed to Prevent Losses While Cementing
Ultra-Low-Invasion Fluid Technology Enables Enhanced Drilling, Reduced Formation Damage. New Technology Addresses Prevention of Wellbore Instability for Larger Fractures
Company and Founder Boost Donations to Match Recovery Efforts from Hurricane Harvey
Ultra-Low-Invasion Fluid Technology Increases Operational Window to Enhance Drilling, Reduce Damage in Unstable Venezuela Formations
Joint Paper Demonstrates the Value and Performance of an Ultra-Low Invasion Fluid Technology Used in 14 Wells
The Impact Our World program combines charitable giving and community service, contributing to a variety of organizations
Impact's CTO Discussed Drilling Fluid Characteristics Needed to Drill Through Mechanically Weak Formations
Impact Announces Recipients of Annual Charitable Giving Program
The protective membrane can support a high-pressure differential, allowing cementing operations at increased ECD that otherwise would exceed the formation’s fracture gradient.
SCOOP/STACK Focus using STAR SHIELD wellbore stabilizer.
A co-authored Impact Fluid Solutions paper was presented at the 6th Annual African Rift Conference in Ethiopia
New Additives for Drilling Fluids Build on Proven Track Record of FLC 2000®
Wellbore Shielding® technology extended the frac gradient window and created a shield against the formation