EXPLORAX™ · Oilfield Chemical Solutions
Oil & Gas
ADDITIVES
High-performance drilling fluid additives, well cementing chemicals, and completion fluid technologies — engineered for extreme downhole conditions, HPHT environments, deepwater operations, and unconventional resource development across every wellbor
Product Lines
Active Chemistries
HPHT Stability
Drilling Fluid Additives
EXPLORAX™ DRILL series delivers precision-engineered rheology modifiers, fluid loss control agents, shale stabilizers, lubricants, and HPHT-stable viscosifiers for WBM, OBM, and SBM systems across all well types.
Well Cementing Additives
EXPLORAX™ BOND series provides cement retarders, accelerators, fluid loss additives, dispersants, gas migration preventors, and strength enhancers for primary, remedial, and squeeze cementing operations from surface to ultra-deep wells.
Completion Fluid Additives
EXPLORAX™ COMPLETE series offers friction reducers, scale inhibitors, corrosion inhibitors, biocides, clay stabilizers, breakers, and fluid-loss additives for perforation, gravel pack, hydraulic fracturing, and workover operations.
EXPLORAX™ — Engineered for Extreme Downhole Conditions
Every EXPLORAX™ product is formulated to perform where it matters most — in the wellbore, under extreme pressure, temperature, and chemical challenge. Our chemistries are validated for HPHT environments, deepwater applications, unconventional resource plays, and sour gas conditions.
HPHT Thermal Stability
EXPLORAX™ additives maintain functional integrity at bottomhole temperatures exceeding 200°C (392°F) and pressures above 15,000 psi — designed for HPHT and ultra-HPHT well environments where conventional additives fail.
Precision Chemistry
Molecular-level engineering ensures each additive performs its designated function — viscosity build, fluid loss control, shale inhibition, cement retardation, or scale prevention — without adverse interactions in complex multi-additive systems.
Deepwater & Offshore Ready
Specially formulated grades for low-temperature deepwater environments, subsea well cementing, low-toxicity drilling fluid requirements, and marine discharge compliance — meeting international offshore regulatory standards.
Unconventional Resource Performance
Optimized slickwater and hybrid fracturing fluid systems, advanced clay stabilizers for reactive shale formations, low-friction friction reducers, and multi-functional breakers for tight oil and shale gas completions.
Sour Gas & H₂S Resistance
H₂S scavengers, sour service corrosion inhibitors, sulfide stress cracking inhibitors, and cement formulations engineered for wells producing or encountering hydrogen sulfide — protecting personnel, tubulars, and wellbore integrity.
Environmental Compliance
Biodegradable formulations, low-toxicity alternatives, REACH and OSPAR-compliant chemistries, reduced-impact base fluids, and bio-based options enabling operators to meet increasingly stringent environmental obligations offshore and onshore.
EXPLORAX™
Product Categories
Filter our oilfield chemical portfolio by product type — quickly locate the right EXPLORAX™ chemistry for your specific application across drilling, cementing, stimulation, and completion operations.
EXPLORAX™ Drilling Fluid Defoamers
Silicone and non-silicone grades for rapid, persistent foam suppression in WBM systems, cement slurries, and completion brines. Controls entrained air causing pump cavitation, inaccurate pit volumes, and density measurement errors. Effective at 0.1–0.5 L/m³ dosage.
| Type | Silicone / Non-Silicone |
|---|---|
| Systems | WBM · Cement · Brine |
| Dosage | 0.1–0.5 L/m³ |
EXPLORAX™ Cement Slurry Defoamer
Silicone defoamer for Portland cement slurry systems eliminating air entrainment during dry mixing and high-shear blending. Prevents density errors, ensures accurate hydrostatic pressure calculations, eliminates pump cavitation, and produces void-free cement sheaths with superior compressive strength.
| Type | Silicone |
|---|---|
| Systems | All API Cement Classes |
| Benefit | Void-Free Sheath |
EXPLORAX™ Potassium Formate 75%
High-purity 75% Potassium Formate solution — clean, solids-free, high-density brine achieving 1.04–1.57 SG without suspended solids. Naturally biodegradable, inhibits reactive shale via potassium ion exchange, and protects sensitive pay zone permeability from formation damage during completion and workover operations.
| Density Range | 1.04–1.57 SG |
|---|---|
| Type | Solids-Free Brine |
| Benefit | Shale Inhibition |
EXPLORAX™ Cementing Flow Improvers
Polynaphthalene sulphonate and PCE-based dispersants reducing cement slurry viscosity and improving pumpability at reduced water-cement ratios. Enables turbulent flow displacement at lower pump pressures — improving mud removal efficiency in narrow annuli, deviated wellbores, and long casing strings where laminar flow is insufficient.
| Type | PNS / PCE Dispersant |
|---|---|
| Systems | All Cement Densities |
| Benefit | Turbulent Flow |
EXPLORAX™ Drag Reducing Agent (DRA)
High-molecular-weight polymer DRA reducing turbulent flow friction in drill strings, completion tubulars, and production pipelines. Lowers ECD in narrow pressure-window wells, reduces pump pressures in high-rate injection, and improves fluid transport efficiency — critical for deepwater, HPHT, and unconventional operations with tight hydraulic margins.
| Type | High MW Polymer |
|---|---|
| Systems | WBM · Pipeline |
| Benefit | ECD Reduction |
EXPLORAX™ Gel Breaking Enzymes
Hemicellulase, cellulase, and oxidative enzyme breaker systems for complete, controlled degradation of guar, HPG, CMHPG, HEC, and crosslinked fracturing gels. Ensures full proppant pack permeability recovery at reservoir temperatures 30–100°C — minimising residual polymer damage and maximising production rate post-fracturing.
| Type | Hemicellulase / Cellulase |
|---|---|
| Temp Range | 30–100°C |
| Breaks | Guar · HPG · CMHPG · HEC |
EXPLORAX™ Sodium Gluconate
High-purity sodium gluconate — dual-function cement retarder and dispersant. Provides reliable thickening time extension at BHCT 40–120°C for long-string and liner cementing. Simultaneously improves slurry rheology, reduces free water separation, and compatible with salt-saturated and standard cement systems.
| Type | Hydroxy Acid Salt |
|---|---|
| Temp Range | 40–120°C BHCT |
| Function | Retarder + Dispersant |
EXPLORAX™ Citric Acid Anhydrous & Slurry
Food-grade citric acid in anhydrous solid and 50% liquid slurry form. Functions as cement retarder at BHCT 30–90°C and as iron control chelant preventing ferric ion precipitation in acid-stimulated or corroded wells. Prevents sludge formation and cement slurry contamination from iron-rich formation waters.
| Type | Tricarboxylic Acid |
|---|---|
| Temp Range | 30–90°C BHCT |
| Function | Retarder + Iron Control |
EXPLORAX™ D-Gluconic Acid 50%
High-purity 50% D-Gluconic Acid — premier HPHT cement retarder performing reliably at 80–160°C BHCT where conventional retarders show sensitivity and inconsistency. Also functions as scale dissolver for calcium carbonate and iron scale in production tubing and surface equipment. Chelating action effective for iron control in acidising treatments.
| Type | Aldonic Acid |
|---|---|
| Temp Range | 80–160°C BHCT |
| Function | HPHT Retarder + Scale |
EXPLORAX™ Lactic Acid
Industrial-grade 80% and 88% lactic acid solution serving as mild organic acid for matrix acidising of carbonate and sandstone formations, cement retarder at BHCT 40–100°C, and chelating pre-flush for filter cake removal. Provides slower, deeper acid penetration vs HCl with lower corrosion risk to tubulars and completion equipment.
| Type | Alpha-Hydroxy Acid |
|---|---|
| Temp Range | 40–100°C BHCT |
| Function | Acidising + Retarder |
EXPLORAX™ H₂S Scavenger
Triazine-based H₂S scavenger for drilling fluid and completion brine systems providing rapid, irreversible neutralisation of hydrogen sulphide. Protects crews from toxic exposure, prevents sulphide stress cracking (SSC) of downhole metallurgy, eliminates barite precipitation in sour drilling fluids, and maintains regulatory compliance in H₂S partial pressure environments above NACE limits.
| Type | Triazine-Based |
|---|---|
| Standard | NACE MR0175 |
| Application | Sour Service |
EXPLORAX™ Super Marking Dye
Highly concentrated fluorescent tracer dye for fluid identification, displacement monitoring, and leak detection across all well operations. Confirms cement displacement, detects lost circulation zones, identifies inter-zonal communication, and verifies plug placement during P&A — providing clear visual and spectroscopic confirmation at surface returns without interference from formation brines or crude oil.
| Type | Fluorescent Tracer |
|---|---|
| Systems | WBM · Cement · Brine |
| Use | Displacement Monitoring |
EXPLORAX™ Potassium Formate 75%
Solids-free, high-density completion and workover brine achieving 1.04–1.57 SG. Naturally biodegradable and environmentally benign with inherent clay inhibition through potassium ion exchange. Protects sensitive pay zone permeability — the preferred completion brine for environmentally sensitive operations, offshore fields, and formations with reactive shale or clay minerals.
| Density Range | 1.04–1.57 SG |
|---|---|
| Type | Formate Salt Brine |
| Benefit | Biodegradable |
Drilling Fluid
Additives
High-performance drilling fluid additives engineered to maximise lubricity, manage rheology, control foam, reduce torque & drag, and protect personnel and equipment in every drilling environment — from shallow onshore wells to deepwater HPHT operations.
⬛ Lubricity & Torque Reduction
EXPLORAX™ Drilling Fluid Lubricants
Premium extreme-pressure (EP) lubricant package for water-based, oil-based, and synthetic-based drilling fluids. Reduces coefficient of friction between the drill string and wellbore wall — dramatically cutting torque and drag in high-angle, horizontal, and extended-reach wells. Prevents differential sticking in depleted sands, minimises bit and stabiliser wear, and extends equipment service life. Compatible with all standard mud systems without adverse rheological impact.
Technical Data →EXPLORAX™ Drag Reducing Agent (DRA)
High-molecular-weight polymer drag reducing agent (DRA) for drilling and completion fluid systems, injection pipelines, and production flowlines. Reduces turbulent flow friction in pipe strings, drill strings, and wellbore tubulars — lowering equivalent circulating density (ECD) in narrow pressure-window wells, reducing pump pressures in high-rate injection systems, and improving overall fluid transport efficiency across long-distance pipelines and surface equipment.
Technical Data →EXPLORAX™ Drilling Fluid Wetting Agents
Fluorinated and non-ionic wetting agent blend for water-based drilling fluid systems improving surface wetting, drill cutting dispersibility, and fluid penetration into tight formation pores. Lowers surface tension of the mud filtrate, reduces filter cake stickiness, and enhances oil-wet to water-wet reversal on drill pipe and BHA surfaces — improving bit cleaning, reducing balling, and enhancing cuttings transport efficiency in horizontal sections.
Technical Data →⬛ Foam Control & Gas Safety
EXPLORAX™ Drilling Fluid Defoamers
Silicone-based and non-silicone defoamer grades for rapid and persistent foam suppression in water-based drilling fluids, cement slurries, and completion brines. Controls surface foam and entrained air that causes inaccurate pit volume readings, pump cavitation, and density measurement errors. Effective at dosages as low as 0.1–0.5 L/m³, maintaining foam-free fluid circulation through the mud pits, shale shakers, and desanders under high gas-cut conditions.
Technical Data →EXPLORAX™ H₂S Scavenger
Triazine-based H₂S scavenger for drilling fluid, completion brine, and produced fluid systems — providing rapid, irreversible chemical neutralisation of hydrogen sulphide gas encountered during drilling through sour formations and H₂S-containing reservoirs. Protects drill crew from toxic H₂S exposure, prevents sulphide stress cracking (SSC) of drill pipe and BHA components, and eliminates H₂S precipitation of barite and drilling fluid contamination in sour gas environments worldwide.
Technical Data →EXPLORAX™ Super Marking Dye
Highly concentrated, water-soluble fluorescent tracer dye for drilling fluid, cement slurry, and completion fluid identification, leak detection, and displacement monitoring operations. Enables precise tracking of fluid interfaces during casing cementing, confirms complete cement displacement at surface, identifies drilling fluid losses into lost circulation zones, and detects wellbore communication between intervals during pressure testing and zonal isolation verification programmes.
Technical Data →
Cementing
Additives
Precision-engineered cementing additives for primary cementing, remedial squeeze cementing, plug and abandonment, and liner cementing operations — ensuring zonal isolation, wellbore integrity, and cement bond durability from surface casing to ultra-deep production string across all temperature and pressure regimes.
⬛ Flow Improvement & Slurry Optimisation
EXPLORAX™ Cementing Flow Improvers
Polynaphthalene sulphonate and polycarboxylate ether-based cementing flow improvers (dispersants / superplasticisers) reducing cement slurry viscosity and improving pumpability at reduced water-to-cement ratios. Enables turbulent flow displacement of drilling fluid at lower pump pressures, improving mud removal efficiency and cementing quality in long casing strings, narrow annular clearances, and deviated wellbores where laminar flow displacement is insufficient for complete mud cake removal.
Technical Data →EXPLORAX™ Sodium Gluconate — Cement Retarder
High-purity sodium gluconate cement set retarder providing reliable, predictable thickening time extension for long-string primary cementing, liner cementing, and remedial squeeze operations at bottomhole circulating temperatures (BHCT) from 40°C to 120°C. Functions as both a retarder and dispersant — extending pumpability while simultaneously improving slurry rheology and reducing free water separation in standard and lightweight cement formulations.
Technical Data →EXPLORAX™ Citric Acid — Cement Retarder & Iron Control
Food-grade citric acid anhydrous and 50% liquid citric acid slurry serving dual functions as cement set retarder and iron control agent in oilfield cementing operations. As a retarder, extends thickening time in moderate-temperature wells (30–90°C BHCT). As an iron control agent, chelates ferric ions in acid-stimulated and cement-contaminated wells, preventing iron precipitation, sludge formation, and cement slurry contamination from iron-rich formation waters or corroded casing strings.
Technical Data →⬛ Specialty Cementing Chemicals
EXPLORAX™ D-Gluconic Acid 50% — Cement Retarder
High-purity 50% D-Gluconic Acid solution functioning as a high-temperature cement retarder, dispersant, and chelating agent for well cementing and acid stimulation operations. Provides excellent retardation at BHCT from 80°C to 160°C — particularly effective for HPHT well cementing where conventional retarders exhibit sensitivity and inconsistent performance. Also functions as a scale dissolving agent for calcium carbonate and iron scale deposits in production tubing and surface equipment.
Technical Data →EXPLORAX™ Cement Slurry Defoamer
Silicone defoamer specifically formulated for Portland cement slurry systems — eliminating entrained air and foam generated during dry cement mixing, slurry preparation, and high-shear mixing operations. Prevents density measurement errors caused by air entrainment, ensures accurate downhole hydrostatic pressure calculations, eliminates pump cavitation during cement displacement, and improves compressive strength development by producing void-free, homogeneous cement sheaths with superior zonal isolation performance.
Technical Data →EXPLORAX™ Lactic Acid — Chelating Retarder & Cleanup
Industrial-grade lactic acid (80% and 88% solution) for use as a cement retarder, chelating pre-flush additive, and post-cement wellbore cleanup agent. Effective retardation in moderate-temperature cementing (40–100°C BHCT). As a mild organic acid chelant, removes calcium carbonate filter cake, mild carbonate scale, and cement contamination from production string, perforations, and near-wellbore matrix — compatible with formation brines and completion fluids without damaging sensitive reservoir rock.
Technical Data →
Stimulation
Additives
Unlock maximum reservoir potential with EXPLORAX™ stimulation additives — engineered to enhance permeability, improve acid penetration, break gel-based fracturing fluids completely, and optimise fluid displacement efficiency across matrix acidising, hydraulic fracturing, and foam stimulation operations.
⬛ Gel Breaking & Acidising
EXPLORAX™ Gel Breaking Enzymes
Hemicellulase, cellulase, and oxidative enzyme breaker systems for complete, controlled degradation of guar gum, hydroxypropyl guar (HPG), carboxymethyl hydroxypropyl guar (CMHPG), HEC, and crosslinked gel-based fracturing fluids. Delivers thorough gel cleanup at reservoir temperatures from 30°C to 100°C — ensuring full proppant pack permeability recovery, minimising residual polymer damage, and maximising initial gas or oil production rate after multi-stage hydraulic fracturing operations in tight reservoirs.
Technical Data →EXPLORAX™ Lactic Acid — Matrix Acidising Agent
Biodegradable, low-corrosivity organic acid for matrix acidising of carbonate and sandstone formations, acid pre-flush stages, and spent acid diversion in stimulation programmes. Achieves slower, more uniform acid penetration compared to hydrochloric acid (HCl) — reducing corrosion risk to tubulars and wellbore equipment, improving live acid penetration depth into the formation matrix, and enabling effective stimulation in temperature-sensitive reservoirs where strong mineral acids cause rapid formation damage.
Technical Data →EXPLORAX™ Stimulation Wetting Agents
Non-ionic and anionic surfactant wetting agents for hydraulic fracturing fluids, acid stimulation pre-flushes, and post-treatment flowback enhancement. Lowers interfacial tension between stimulation fluid and reservoir oil, reducing capillary pressure trapping and improving load fluid recovery after fracturing. Reverses oil-wet formations to water-wet surfaces, enabling better acid contact with carbonate matrix, enhancing oil relative permeability, and accelerating fracturing fluid cleanup for faster return to production rates.
Technical Data →
Completion Fluid
Additives
Completion fluid chemical solutions maximising well productivity from perforation through first production — providing wellbore stabilisation, corrosion and scale protection, H₂S neutralisation, and fluid tracing across perforating, gravel packing, sand control, and workover operations in all reservoir fluid environments.
⬛ Brine Systems & Density Control
EXPLORAX™ Potassium Formate 75% — Completion Brine
High-purity 75% Potassium Formate solution providing a clean, solids-free, high-density completion and workover brine for packer fluid, perforating fluid, and gravel-packing operations. Achieves brine densities from 1.04 to 1.57 SG without suspended solids — protecting sensitive pay zone permeability from formation damage. Naturally biodegradable and environmentally benign, potassium formate brine reduces clay swelling through potassium ion exchange, inhibiting reactive shale and clay-rich sandstone formations during completion operations.
Technical Data →EXPLORAX™ H₂S Scavenger — Completion Fluid Grade
Triazine and aldehyde-based H₂S scavenger formulated specifically for injection into completion brines, packer fluids, and produced fluid streams in sour wells. Provides immediate, irreversible chemical H₂S removal protecting completion crew safety, preventing sulphide stress cracking of completion string metallurgy and downhole gauges, and maintaining environmental compliance during completion, workover, and well testing operations on sour gas and sour oil wells with partial H₂S pressures above NACE threshold limits.
Technical Data →EXPLORAX™ Super Marking Dye — Completion Tracer
Highly concentrated, chemically stable fluorescent tracer dye for completion and workover fluid identification, displacement confirmation, and inter-zonal communication testing. Enables operators to confirm complete cement or packer fluid displacement, identify returns from specific perforated intervals during production logging, detect unintended communication between completion zones, and verify plug placement during P&A and zonal isolation operations — providing clear visual and spectroscopic confirmation at surface return flow without interference from formation brines or crude oil.
Technical Data →WHY CHOOSE EXPLORAX™ OILFIELD ADDITIVES
Eight performance and service advantages that make EXPLORAX™ the preferred oilfield chemical partner for E&P operators, drilling contractors, and completion service companies operating in the world's most demanding well environments.
HPHT-Proven Chemistry
Every EXPLORAX™ additive is rigorously laboratory tested and field proven under temperatures exceeding 200°C and pressures above 15,000 psi, delivering reliable and predictable performance in deep gas, HPHT, and ultra-deep drilling environments.
Full Lifecycle Support
EXPLORAX™ provides integrated chemical solutions for every stage of the well lifecycle—from planning and drilling to cementing, completion, and production—ensuring seamless compatibility while simplifying chemical management and supply logistics.
Application-First Selection
Rather than offering generic solutions, EXPLORAX™ recommends the right chemistry based on your specific operational challenges, including high temperatures, reactive shale, lost circulation, gas migration, and sour service conditions.
Regulatory Compliance
EXPLORAX™ products are designed to comply with major international environmental standards, including OSPAR, EPA, and REACH, providing low-toxicity solutions suitable for offshore, deepwater, Arctic, and environmentally sensitive operations.
Comprehensive Technical Documentation
Every product is supported with complete technical documentation, including Technical Data Sheets (TDS), Safety Data Sheets (SDS), laboratory reports, compatibility studies, and application guidelines for confident evaluation, approval, and field implementation.
Rapid Lab-to-Field Optimization
Our technical team supports every project through laboratory testing, concentration optimization, compatibility evaluation with local brines and formation water, HPHT simulation, and real-time field assistance to ensure predictable performance from the first deployment.
Multi-Chemical Compatibility
EXPLORAX™ additives are engineered to perform efficiently within complex fluid systems, ensuring compatibility with multiple additives used in drilling fluids, cement slurries, completion fluids, and stimulation systems without compromising overall performance.
Supply Chain Reliability
Manufactured under stringent ISO-compliant quality systems, EXPLORAX™ products undergo rigorous batch testing and are backed by dependable global logistics and strategically maintained inventory, ensuring timely delivery to drilling and production sites worldwide.
Applications Across
Every Well Type
HPHT Onshore & Offshore Wells
Drilling fluid and cementing additives engineered for wells exceeding 150°C BHCT and 10,000 psi BHP — supporting safe and efficient operations in deep gas, tight gas, and HPHT exploration wells globally.
Deepwater & Ultra-Deepwater
Low-toxicity WBM additives meeting OSPAR and EPA discharge requirements, lightweight cement systems for narrow-window deepwater wells, and subsea-compatible completion fluid chemistries for Gulf of Mexico, North Sea, West Africa, and Asia-Pacific deepwater operations.
Unconventional — Tight Oil & Shale Gas
Slickwater friction reducers, salt-tolerant friction reducers for produced water reuse, enzyme gel breakers, clay stabilizers, biocides, and microemulsion surfactants for hydraulic fracturing and multi-stage completions in Permian, Marcellus, Eagle Ford, Utica, and international shale plays.
Extended Reach Drilling (ERD)
Extreme pressure lubricants, HPHT rheology modifiers, and shale inhibitors for wells with departure-to-depth ratios exceeding 3:1 — reducing torque and drag, preventing stuck pipe, and maintaining wellbore stability in long horizontal sections of high-value ERD wells.
Sour Service & H₂S Wells
H₂S scavengers for drilling fluids, sour service cement formulations maintaining integrity in the presence of CO₂ and H₂S, and corrosion inhibitors protecting carbon steel casing and completion string in high H₂S partial pressure environments.
Horizontal Completions & Multi-Stage Fracturing
Complete completion fluid package for perforation through hydraulic fracturing, gravel packing, sand control, and initial production — friction reducers, biocides, scale inhibitors, clay stabilizers, breakers, and mutual solvents for maximum initial production rate.
Workover & Well Intervention
Packer fluids, completion brines, corrosion inhibitors for workover operations, wellbore cleaning fluids, and remedial cementing additives for well intervention, stimulation treatments, and production restoration operations throughout the producing well life.
Geothermal Well Drilling & Completion
Ultra-high-temperature cement retarders (up to 200°C BHCT), geothermal-grade drilling fluid additives, and silica-stabilized cement systems preventing strength retrogression in high-temperature geothermal reservoir cementing applications.
Offshore Platform & Pipeline Operations
Scale and corrosion inhibitors for water injection systems, biocides for seawater injection and produced water treatment, pipeline preservation fluids, and anti-hydrate and wax inhibitors protecting flowlines and subsea infrastructure.
Lost Circulation & Wellbore Strengthening
LCM fluid additives for drilling fluid systems, specialized cement lost circulation additives, wellbore strengthening materials (WSM), and bridging particle blends for sealing natural fractures, induced fractures, and high-permeability thief zones encountered during drilling operations.
10+
Well Environments Served
EXPLORAX™ oilfield additives perform across every major well type, operating environment, and geographic basin — from arctic onshore plays to ultra-deepwater frontier exploration and high-temperature geothermal wells.
EXPLORAX™ — THE SCIENCE BEHIND OILFIELD PERFORMANCE
Drilling Fluid Additives — Technical Focus
Modern drilling operations demand fluid systems capable of maintaining wellbore stability, controlling formation pressures, transporting cuttings efficiently, and protecting sensitive reservoir intervals — all simultaneously. EXPLORAX™ DRILL series additives address every rheological and chemical challenge encountered in water-based, oil-based, and synthetic-based drilling fluid systems used in vertical, directional, and horizontal wellbores.
Key technical parameters addressed by EXPLORAX™ drilling additives include: plastic viscosity (PV), yield point (YP), gel strength (10-second and 10-minute), filtrate volume control (API and HPHT filtration), mud cake quality, shale reactivity suppression, lubricity coefficient reduction, equivalent circulating density (ECD) management, and compatibility with formation brines, drill solids, and weighting agents.
Well Cementing & Completion — Technical Focus
Successful zonal isolation through primary cementing requires precise chemical control of slurry thickening time, fluid loss, free water, density, and compressive strength development. EXPLORAX™ BOND series additives enable cement slurry design optimized for specific bottomhole conditions, casing geometry, and formation characteristics from Arctic surface casing to ultra-deep HPHT production string cementing.
EXPLORAX™ COMPLETE series completion fluid additives are formulated to maximize productive capacity of the reservoir by protecting formation permeability, controlling natural and induced fracture propagation, cleaning up the near-wellbore region, and maintaining wellbore integrity throughout the productive life of the well in all reservoir fluid environments.
WELLBORE PERFORMANCE?
Connect with our oilfield chemistry technical team for product selection, laboratory testing support, TDS documentation, and customized additive recommendations for your specific well design, formation characteristics, and operational constraints.
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