Drilling, Completion, & Production Chemicals We Offer

Practical, field‑proven chemistry with the right product for your system.

For help choosing, Talk to a Member of Our Team or Request a Quote.

oilfield chemicals

Drilling Chemicals

Initial Wellbore Construction Fluids

Purpose
Purpose-built spud and surface-hole systems (including spacers and pills) to build filter cake fast, control fluid loss, and stabilize near-surface formations for clean casing runs.

Options

  • Custom blends for shallow and intermediate hole conditions

  • Spacer and pill systems for water- or oil-based applications

Outcome
Improved hole stability, reduced losses, and cleaner casing installation for a solid start to every well.

SDS/TDS: Available on request →

Purpose
Provide viscosity and gel strength for effective cuttings transport and wellbore support in water-based muds.

Options

  • API-grade and high-yield bentonite selections

  • Optimized blends for rheology and suspension control

Outcome
Stable wellbore conditions, minimal formation invasion, and consistent fluid performance across drilling intervals.

SDS/TDS: Available on request →

Purpose
Stabilize oil- and water-based emulsion systems (OBM, SBM, WBM) for predictable rheology, improved lubricity, and dependable high-temperature, high-pressure performance.

Options

  • Primary and secondary emulsifiers for OBM/SBM systems

  • Additives for invert and direct emulsions with controlled rheology

Outcome
Stronger emulsion stability, smoother drilling, and reduced torque and drag under demanding conditions.

SDS/TDS: Available on request →

Purpose
Control microbial activity in water-based fluids to prevent fermentation, H₂S generation, and viscosity loss—protecting both equipment and fluid properties.

Options

  • Fast-acting and long-term preservatives for surface or downhole application

  • Compatible with most water-based drilling systems

Outcome
Cleaner systems, longer fluid life, and consistent performance in challenging environments.

SDS/TDS: Available on request →

Purpose
Lower pump pressure, torque, and drag in water-based drilling fluids and sweeps—improving hydraulics, hole cleaning, and rate of penetration.

Options

  • Anionic, cationic, and hybrid FRs for varied water chemistries

  • Rapid-hydrate and high-brine-tolerant formulations

Outcome
Improved circulation efficiency, reduced energy demand, and smoother drilling performance from spud to TD.

SDS/TDS: Available on request →

Completion Chemicals

Friction Reducers

Purpose
Improve pumping efficiency and pressure management in slickwater and hybrid jobs.

Options

  • Anionic, cationic, and hybrid FRs matched to water quality (TDS, hardness, temperature)

  • Rapid‑hydrate or high‑brine‑tolerant selections

Outcome
Efficient treating pressures and smoother operations from zipper to flush.

SDS/TDS: Available on request →

Purpose
Stabilize sensitive formations and minimize fines migration during stimulation.

Options

  • KCl substitutes

  • Quaternary amine packages

  • Low‑dose additives for high‑TDS waters

Outcome
Protect formation integrity and preserve clay stabilization.

SDS/TDS: Available on request →

Purpose
Reduce surface tension, enhance fluid recovery, and aid early‑time production.

Options

  • Nonionic blends

  • Microemulsions and mutual solvents

  • Hydrocarbon‑compatible packages for diverse crudes

Outcome
Improved load recovery and cleaner hand‑over to production.

SDS/TDS: Available on request →

Purpose
Manage foam in frac fluids, flowback, and production tanks to stabilize operations, protect equipment, and keep separation predictable.

Options

  • Defoamers / Antifoams: silicone and non-silicone packages for rapid knockdown or persistent control

  • Process-tuned blends: shear- and temperature-stable formulas compatible with common frac chemistries

  • Application modes: continuous dosing or batch/slugs for surge events and tank carryover

Outcome
Fewer level upsets and trips, cleaner separators and tanks, and reduced carry-over/under for smoother flowback and processing.

SDS/TDS: Available on request →

Purpose
Mitigate souring risks during pump‑down and flowback; protect people and equipment.

Options

  • Triazine and non‑triazine technologies

  • Programs sized for mix water, pits, and flowback

SDS/TDS: Available on request →

Purpose
Control microbial activity (SRB/MIC) in mix water and lines; protect fracture chemistry and equipment.

Options

  • Fast‑kill and preservative biocides

  • Programs aligned to contact time and water quality

SDS/TDS: Available on request →

Purpose
Prevent near‑wellbore and facility scale post‑frac.

Options

  • Squeeze‑friendly inhibitors

  • High‑TDS/high‑temperature selections

SDS/TDS: Available on request →

Purpose
Manage foam in surface equipment and tanks during completions and flowback.

Options

  • Defoamers and antifoams compatible with frac fluids

SDS/TDS: Available on request →

Production Chemicals

Emulsion Breakers

What they do
Separate produced water dispersed in crude by reducing interfacial tension so droplets coalesce and drop out.

Benefits

  • Reduce need for heat treatments

  • Improve oil composition/specs

  • Reduce heavy tank‑bottom build‑up and related maintenance

  • Cleaner conditions for heaters, FWKOs, and injection equipment

Examples

  • Nonionic and resin‑based demulsifiers tuned to your crude/water profile

SDS/TDS: Available on request →

What they do
Remove oil from produced/disposal water to help meet discharge or reinjection quality targets.

Options

  • Polymeric reverses — for high‑volume water treatment, efficient clarification and reduced hauling

  • Zinc‑based reverses — for rapid treatment when retention time is limited

Notes
Our lineup covers fast‑acting, shear‑tolerant, and temperature‑compatible products for a wide range of waters.

SDS/TDS: Available on request →

Use when
Water analysis shows scaling tendency (e.g., CaCO₃, CaSO₄, BaSO₄, SrSO₄) in downhole or surface equipment.

Options

  • Polyphosphonates — suited to higher bottom‑hole temperatures; compatible with squeeze programs

  • High‑salinity inhibitor (S‑3100) — effective in brines where others underperform

  • Phosphates (standard duty) — economical option where conditions are moderate

Benefits

  • Maintain flow paths and separator efficiency

  • Reduce pigging and acid jobs

SDS/TDS: Available on request →

Challenges addressed
Sweet or sour (H₂S, CO₂), and oxygen‑related corrosion. Varies from mild to severe across Wyoming and surrounding basins.

Options

  • Oil‑soluble or water‑soluble inhibitors based on oil‑to‑water ratio

  • Surfactant‑containing formulas to help keep systems clean of deposits and solids build‑up

Benefits

  • Reduce pulling costs, equipment failures, and production loss

  • Pair with coupon monitoring for measurable MPY improvements

SDS/TDS: Available on request →

Why combine?
Treat both risks with one product and fewer pumps/fittings on site.

Options

  • Oil‑soluble and water‑soluble combinations

  • Programs aligned to fluids, temperature, and scale types

Benefit

  • Simplifies treatment footprint and lowers cost to operate

SDS/TDS: Available on request →

  • Alcohols
  • Acids
  • Glycols
  • Solvents

 

SDS/TDS: Available on request →

Not sure which product fits your system?

Share your fluids, temperatures, and any lab/production data. We’ll propose a practical plan and dosage range.