Chemistry for the complete program.
Explore friction reducers, scale inhibitors, biocides and specialist chemistry across stimulation, drilling, cementing, recovery, water treatment and production. Matrix connects product selection with laboratory evaluation, manufacturing and field supply.
Friction-reducer formulation
Water, polymer design and the complete additive package shape the selection.
Water & conditions
Water source and blend, salinity, hardness and iron, plus flow and hydration time.
Polymer design
Molecular weight, charge and monomer balance, and chain architecture.
Chemical package
Other additives and residuals, concentration and sequence, and handling and supply format.
Evaluate together
Friction response · Hydration · Compatibility · Formation interaction
Dry On the Fly™
A dry-polymer friction-reducer delivery and on-site hydration system in pilot development.
Enviro FR 2.25
A water-based friction-reducer formulation for freshwater and low-TDS brine applications. Review hydration, friction response and the full additive package in representative water.
ScaleFrac 880
Scale-control chemistry for fracturing and pipeline applications, including high-temperature and high-iron water conditions.
Matrix A Series
Anionic friction reducers for freshwater and brine programs, selected around water chemistry, hydration and pumping conditions.
MTM A15
Freshwater anionic friction reducer
MTM A19
Mid-brine anionic friction reducer
MTM A20
High-brine anionic friction reducer
Matrix A55
Anionic friction reducer for high-TDS applications
Matrix C Series
Cationic friction reducers for freshwater and brine programs, with clay-interaction requirements evaluated alongside friction response.
MTM C30
Freshwater to low-brine cationic friction reducer
MTM C40
Mid-brine cationic friction reducer
MTM C50
High-brine cationic friction reducer
BioMax
Non-oxidizing biocide chemistry for microbial control in oilfield water and chemical programs, including high-TDS applications.
ForceFlow FR
Friction-reducer chemistry for deep wells, extended laterals and demanding high-rate pumping programs.
Specialty chemistry by application
Product selection starts with the fluid system and operating requirements. Discuss the formulation, specification and supply scope for your application with Matrix.
Stimulation & well intervention
- Permanent clay stabilizers — Dedicated clay-control chemistry selected around formation mineralogy and the complete fluid package.
- High-viscosity friction reducers (HVFRs) — FR systems evaluated for the required friction and viscosity response.
- Crosslinked gels — Stimulation fluid systems matched to the treatment conditions and required fluid behavior.
- Acid gelling aids — Additives for the specified acid-fluid program and operating conditions.
- Coiled-tubing friction reducers — Drag-reduction chemistry for coiled-tubing fluid circulation.
- Disposal-well drag reducers — Drag-reduction chemistry reviewed against the disposal stream and injection duty.
Drilling fluids
- Viscosifiers — Fluid rheology for the specified circulation and cuttings-transport conditions.
- Fluid-loss control additives — Filtration-control chemistry matched to the drilling-fluid system.
- Brine viscosifiers — Viscosifying additives evaluated in the intended brine.
- HTHP polymers — Polymer options for high-temperature, high-pressure drilling-fluid requirements.
Cementing additives
- Fluid-loss additives — Fluid-loss control for the selected cement slurry.
- Retarders — Set-time modification for the planned temperature and placement schedule.
- Accelerators — Set-time modification where a faster setting response is required.
- Dispersants — Slurry dispersion and rheology within the complete cement system.
- Gas-migration control — Additives evaluated for gas-migration requirements during cement placement and setting.
EOR / IOR chemistry
- Polymer flooding — Polymer systems evaluated against reservoir fluids and injection conditions.
- Surfactant programs — Surfactant chemistry selected for the recovery mechanism and reservoir fluids.
- Conformance treatments — Chemistry for the defined flow-distribution problem.
- Mobility control — Fluid-mobility programs evaluated against reservoir and injection requirements.
Water treatment
- Coagulants — Chemistry for destabilizing suspended material in the treatment stream.
- Flocculants — Chemistry that brings fine particles together for separation.
- Clarifiers — Clarification programs for the required water quality and next use.
- Scavengers — Treatment selected against the identified constituent and water conditions.
- Biocides — Microbial-control chemistry evaluated for the treatment water and intended use.
Production & pipeline chemistry
- Scale inhibitors — Scale-control chemistry for the produced fluids, temperature and operating system.
- Water clarifiers — Clarification chemistry matched to produced-water separation and handling.
- Metal scavengers — Scavenging chemistry evaluated against the metals present and treatment objective.
- Pipeline drag reducers — Drag-reduction chemistry matched to the pipeline fluid and operating duty.
