OneSTEP GP
Gravel-pack sandstone stimulation solution
Remove filtercake and formation damage to stimulate the near-wellbore area.
OneSTEP EF™ efficient, low-risk sandstone stimulation solution is suitable for use in conventional injection and production wells with varying mineralogy complexities. This innovative well acidizing treatment restores initial permeability, provides fines migration control, and improves production performance in impaired sandstone reservoirs while minimizing the risk of further formation damage from precipitation.
1
Optimized stage vs. multiple conventional stages≤50%
Reduction in total fluid volume2022
World Oil® finalist for Best Oilfield Fluids and ChemicalsStimOps brings every element of your stimulation workflow onto one intelligent, cloud-based platform. From real-time monitoring and AI-driven insights to automated event detection and advanced analytics, StimOps empowers teams to make faster, safer, and more consistent decisions. By integrating treatment and production data, enabling remote collaboration, and replacing legacy systems with advanced digital capabilities, StimOps transforms operations across land, offshore, and vessel environments.
Lower number of stages, low precipitation risk, and low fluid incompatibilities.
Increased production and uniform stimulation across long zones.
Reduced operational time, disposal volumes, personnel exposure, and associated emissions.
Lower cost per barrel through reduced mixing time and improved flowback efficiency.
OneSTEP EF solution adapts reliably to complex, unknown mineralogies and provides the flexibility to be bullheaded or pumped through coiled tubing without acid preflush.
OneSTEP EF solution is a single-stage, low-volume, easily deployed acid stimulation solution that removes damage caused by drilling fluids, clays, carbonates, and other aluminosilicates.
OneSTEP EF solution replaces conventional sandstone stimulation treatments such as mud acid with acid preflush.
OneSTEP EF solution reduces wellsite operating time and footprint, improves flowback efficiency, and lowers related emissions without compromising well production performance.