We provide high‑quality oilfield chemical solutions and hands‑on support across drilling, completion, and production.
Our approach is simple: diagnose the issue, build the right treatment, verify in the lab, and prove it in the field; safely and on time.
Custom Treatment Process
In just 4 simple steps. No one‑size‑fits‑all. Every blend is built for your well conditions.
Assess
Field sampling + production data review.
Formulate
Lab screens and blend for your system.
Field Trial
KPIs agreed up front; run and adjust.
Prove & Scale
Documented savings and roll‑out plan.
Solutions at a Glance
Drilling Chemicals
Initial Wellbore Construction Fluids, Bentonite, Emulsifiers, Biocides, Friction Reducers to support efficient drilling and stable wellbores.
Completion Chemicals
FRs, surfactants, clay control, pipe on pipe, H₂S scavengers.
SRB testing, corrosion coupons, water analysis, bad‑oil response.
Outcomes: early warnings, fast fixes, less downtime.
Lab Services
Bench screens, compatibility, SRB incubation, corrosion coupon reports.
Outcomes: right product, right dose, verified.
Program Management
Ensure chemical injection rate accuracy, delivery, commodity chemical distribution, SDS/TDS.
Outcomes: on‑time supply, simple audits.
Explore These Services
Chemistry to support efficient drilling and stable wellbores
Initial Wellbore Construction Fluids: purpose-built spud and surface-hole systems (incl. spacers/pills) to build filter cake fast, control fluid loss, and stabilize near-surface formations for clean casing runs.
Bentonite: provides viscosity and gel strength for cuttings transport, forms a low-permeability filter cake to minimize invasion, and supports wellbore stability in water-based muds.
Emulsifiers: stabilize oil- and water-based emulsion systems (OBM/SBM/WBM) for predictable rheology, better lubricity, and consistent HTHP performance.
Biocides: control microbial activity in water-based fluids to prevent fermentation, H₂S generation, and viscosity loss—protecting equipment and fluid properties.
Friction Reducers: lower pump pressure, torque, and drag in water-based drilling fluids and sweeps—improving hydraulics, hole cleaning, and rate of penetration.
Chemistry to support efficient frac and clean‑up
Friction Reducers (FR): fluid efficiency and pressure management aligned to your water quality.
Clay Control: protect formation integrity in sensitive zones with clay stabilization.
Surfactants & Flowback Aids: improve load recovery and early‑time production.
Biocides: control microbial activity (SRB/MIC) in mix water and lines to protect frac chemistry, equipment, and flowback quality.
H₂S Scavengers: mitigate souring and protect personnel and equipment.
Outcome‑focused programs for producing assets
Scale Control (CaCO₃, CaSO₄, BaSO₄): prevent deposition, maintain flow paths, reduce pigging and acid jobs.
Corrosion Control: protect tubing, flowlines, and facilities; pair with coupon monitoring for real‑world verification.
Emulsion & Water Quality: hot-oiling, demulsifiers, and clarifiers to meet LACT/pipe specs and reduce “bad oil” events.
Biocides: targeted programs to address SRB and MIC risks.
Practical field work that keeps your program honest; simple, repeatable, and documented.
5.1 Monitoring of Sulfate Reducing Bacteria (SRB)
Sulfate Reducing Bacteria (SRB) can generate hydrogen sulfide (H₂S) and contribute to iron sulfide (FeS) formation. We collect culture samples monthly and incubate for 30 days to detect activity. If SRB are present, we recommend a targeted treatment plan to address risk quickly and safely.
You get: sample logs, lab results, and a clear treatment recommendation.
5.2 Corrosion Monitoring Using Coupons
We place sacrificial coupons in your system and pull quarterly for inspection. If corrosion is evident, coupons are cleaned and weighed in our lab to determine mils per year (mpy). While API guidance often considers up to 4.0 mpy acceptable, our internal target is roughly half that in most systems. When no pitting or weight loss is observed, coupons remain in service with visual checks; at least biannually we perform a lab weigh regardless of appearance.
You get: mpy reports, photos, and recommendations to optimize inhibitors and dosage.
5.3 Water Analysis for Scaling Tendencies
When evaluating a field—or when conditions change (e.g., waterflood)—we run water analyses to assess scaling risk for CaCO₃ and BaSO₄ (and other contributors). This informs inhibitor selection and dosage to maintain flow assurance and protect equipment.
You get: scaling indices summary and treatment recommendations.
5.4 Rapid Response to “Bad Oil”
In areas with trucked crude or LACT units, fast response is critical. Our team prioritizes bad‑oil calls to help you correct interface, treat quality issues, and minimize downtime or off‑spec penalties.
You get: on‑site assessment, corrective dosing plan, and documentation for run tickets.
Fast, practical lab work that mirrors field reality.
Screening & Bench Tests: product selection, dosage curves, compatibility with your water/crude.
SRB Incubation & Reporting: structured monthly cycle with 30‑day incubation.
Execution matters. We design programs that are easy to run and easy to audit.
Blending for quick turns.
Commodity Chemical Distribution
On‑Time Delivery with route planning and documented drop tickets.
Safety & Compliance — SDS/TDS with every product; handling guidance and training available.
After‑Hours Support for priority issues.
Chemistry to support efficient drilling and stable wellbores
Initial Wellbore Construction Fluids: purpose-built spud and surface-hole systems (incl. spacers/pills) to build filter cake fast, control fluid loss, and stabilize near-surface formations for clean casing runs.
Bentonite: provides viscosity and gel strength for cuttings transport, forms a low-permeability filter cake to minimize invasion, and supports wellbore stability in water-based muds.
Emulsifiers: stabilize oil- and water-based emulsion systems (OBM/SBM/WBM) for predictable rheology, better lubricity, and consistent HTHP performance.
Biocides: control microbial activity in water-based fluids to prevent fermentation, H₂S generation, and viscosity loss—protecting equipment and fluid properties.
Friction Reducers: lower pump pressure, torque, and drag in water-based drilling fluids and sweeps—improving hydraulics, hole cleaning, and rate of penetration.
Chemistry to support efficient frac and clean‑up
Friction Reducers (FR): fluid efficiency and pressure management aligned to your water quality.
Clay Control: protect formation integrity in sensitive zones with clay stabilization.
Surfactants & Flowback Aids: improve load recovery and early‑time production.
Biocides: control microbial activity (SRB/MIC) in mix water and lines to protect frac chemistry, equipment, and flowback quality.
H₂S Scavengers: mitigate souring and protect personnel and equipment.
Outcome‑focused programs for producing assets
Scale Control (CaCO₃, CaSO₄, BaSO₄): prevent deposition, maintain flow paths, reduce pigging and acid jobs.
Corrosion Control: protect tubing, flowlines, and facilities; pair with coupon monitoring for real‑world verification.
Emulsion & Water Quality: hot-oiling, demulsifiers, and clarifiers to meet LACT/pipe specs and reduce “bad oil” events.
Biocides: targeted programs to address SRB and MIC risks.
Practical field work that keeps your program honest; simple, repeatable, and documented.
5.1 Monitoring of Sulfate Reducing Bacteria (SRB)
Sulfate Reducing Bacteria (SRB) can generate hydrogen sulfide (H₂S) and contribute to iron sulfide (FeS) formation. We collect culture samples monthly and incubate for 30 days to detect activity. If SRB are present, we recommend a targeted treatment plan to address risk quickly and safely.
You get: sample logs, lab results, and a clear treatment recommendation.
5.2 Corrosion Monitoring Using Coupons
We place sacrificial coupons in your system and pull quarterly for inspection. If corrosion is evident, coupons are cleaned and weighed in our lab to determine mils per year (mpy). While API guidance often considers up to 4.0 mpy acceptable, our internal target is roughly half that in most systems. When no pitting or weight loss is observed, coupons remain in service with visual checks; at least biannually we perform a lab weigh regardless of appearance.
You get: mpy reports, photos, and recommendations to optimize inhibitors and dosage.
5.3 Water Analysis for Scaling Tendencies
When evaluating a field—or when conditions change (e.g., waterflood)—we run water analyses to assess scaling risk for CaCO₃ and BaSO₄ (and other contributors). This informs inhibitor selection and dosage to maintain flow assurance and protect equipment.
You get: scaling indices summary and treatment recommendations.
5.4 Rapid Response to “Bad Oil”
In areas with trucked crude or LACT units, fast response is critical. Our team prioritizes bad‑oil calls to help you correct interface, treat quality issues, and minimize downtime or off‑spec penalties.
You get: on‑site assessment, corrective dosing plan, and documentation for run tickets.
Fast, practical lab work that mirrors field reality.
Screening & Bench Tests: product selection, dosage curves, compatibility with your water/crude.
SRB Incubation & Reporting: structured monthly cycle with 30‑day incubation.
