Hydraulic Fracturing Services

Provision and operation of the surface spread that delivers a treatment, including high-pressure pump trucks, blenders, hydration units, chemical-add units, and data vans. Covers both conventional diesel/turbine and electric (e-frac) fleets sized to the rate and horsepower the design requires.

Pre-job modeling of fracture geometry, fluid schedule, proppant loading, stage spacing, and perforation strategy to meet conductivity and reservoir-contact targets. Includes hydraulic fracture design, stage optimization, and treatment-rate/pressure planning for single- and multi-stage wells.

Execution of sequential treatments across multiple isolated intervals in horizontal or long lateral wellbores, using plug-and-perf, sliding-sleeve, or coiled-tubing-conveyed systems. Encompasses zonal isolation, diversion, and stage-by-stage placement of fluid and proppant.

Supply and on-site handling of the base fluids and additive systems—gelling agents, crosslinkers, breakers, friction reducers, surfactants, biocides, scale and clay-control agents—that carry proppant and control fluid behavior. Includes slickwater, linear gel, and crosslinked-gel chemistries.

Real-time and post-job measurement of fracture growth and treatment performance using microseismic mapping, tiltmeter surveys, fiber-optic (DAS/DTS) sensing, tracers, and pressure-transient analysis. Supports diversion evaluation, frac-hit detection, and design calibration.

Laboratory and field testing of fracturing fluids and proppant to confirm rheology, friction reduction, breaker performance, regained fracture conductivity, and proppant crush/conductivity. Conducted per ISO 13503 and API RP 19 methods to validate the treatment system before and after the job.

Acquisition, transfer, storage, treatment, and recycling of the large water volumes a stimulation program consumes, including produced- and flowback-water management. Covers water quality conditioning to meet chemical-compatibility requirements of the fluid system.

Third-party engineering, design review, treatment supervision, and post-job fracture analysis delivered as company-man or specialist field services. Includes frac-hit mitigation planning, optimization studies, and QA/QC of pumping operations.