Technology
Formulated for hard conditions
Chemistry rated to 230 °C and validated in the lab against your water, crude or cement slurry before it reaches the well.
Catalyzing Change
Specialty chemistry that keeps wells, plants and water working.
Chemicals for drilling, cementing, stimulation and production, with engineers who run the treatment program alongside your team.
01Refining and processProduction in the fieldLab-validated formulationsSupply from Jebel Ali to the Andes
230 °CFluid-loss control rated up to this temperature
5Solution areas, from well construction to production
2Hubs: Dubai (DWC) and Barrancabermeja, Colombia
1 dayTechnical reply from an engineer, in business days
Start from the problem
What's slowing your operation?
Pick the symptom. We show the chemistry that addresses it, typical performance data and the next step with an engineer.
Well construction
Stimulation
Flow assurance
Asset integrity
Production optimization
Well construction
Lost circulation
Losses into fractured or vugular zones cost rig time and mud. Multi-modal particles and fibers bridge and seal the openings in water- and oil-based systems.
RS-LCM1Multi-modal LCMSeals openings up to 3,000 µm; plugs a 3 mm slot at 10–15 lb/bbl. WBM and OBM.RS-FIB1LCM and mechanical enhancing fibersFiber lengths of 1.8, 3.0 and 6.0 mm; decomposes at 330 °C.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Well construction
Gas migration in cement
Gas entering the slurry while it sets creates channels and sustained casing pressure. A non-viscosifying additive controls fluid loss and blocks migration at high temperature.
RS-GMF55HT gas-migration and fluid-loss additive121–205 °C. Compatible with all API cement grinds; non-viscosifying.RS-SSH1HPHT sealing spacerUp to 205 °C at 7–20 lb/bbl. Compatible with practically all cement systems.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Well construction
Fluid loss at high temperature
Above 150 °C conventional polymers degrade and filtrate rises. Synthetic AMPS chemistry and low-ECD spacers hold fluid loss without adding pressure on weak formations.
RS-607S/LAMPS fluid-loss controlRated up to 230 °C. Solid and liquid versions.RS-SSL1Low-ECD sealing spacer177 °C+ at 8–25 lb/bbl; weighted up to 18 lb/gal.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Stimulation
Fracturing and stimulation
Frac jobs need fast-hydrating gels and friction reduction that hold up on location. Liquid slurries remove dust and speed up mixing.
CMHPGCMHPG slurryOil-based suspension, ≥45 % active, 0.5–2 % dosage; 200 kg drums.RS · FRFriction reducersFor slickwater and hybrid designs.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Flow assurance
Tight emulsions
Stable water-in-oil emulsions overload separators and penalize crude quality. Demulsifiers and viscosity reducers are matched by bottle test to your crude.
RS · DMODemulsifiersSelected and dosed by bottle test on your samples.RS · VRViscosity reducersFor heavy-crude production and transport.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Asset integrity
H₂S in production
Hydrogen sulfide is a safety risk and drives corrosion and off-spec product. Scavengers are dosed to your sour-gas profile and verified on site.
Nano H₂SNano H₂S scavengerFor gas and liquid streams. Dosage set from your H₂S load.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Asset integrity
Corrosion
Corrosion in tubulars, flowlines and during acid jobs shortens asset life. Inhibitors are selected by temperature, fluid and metallurgy.
RS-SR301LCorrosion inhibitorFor service up to 150 °C.RS · ACIAcid-corrosion inhibitorsFor matrix acidizing and stimulation programs.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
Production optimization
Excess water in mature fields
Rising water cut raises lifting and disposal costs. Near-wellbore treatments reduce water flow and restore oil contribution.
NanoRPMRelative permeability modifierReduces water production while preserving oil flow.NanoIORImproved oil recovery treatmentNear-wellbore remediation for mature producers.Typical properties, not supply specifications. Final selection follows lab testing with your fluids.
How a trial works
From your sample to steady supply
- Step 1
Diagnose
Share well conditions, fluid analysis and current treatment. We define the target and how we'll measure it.
Day 1 - Step 2
Test
Bottle tests, compatibility and dosage curves in the lab with your own samples.
Typically 1–2 weeks - Step 3
Trial
Field trial with our engineer on site or remote, against the baseline we agreed.
Per program - Step 4
Supply and monitor
Scheduled deliveries CFR/CIF to your port, a COA with every batch and a monthly report on the KPIs we agreed.
Ongoing
Quality
Every batch is checked before it ships
- Certificate of analysis (COA) issued per batch
- Bottle tests and compatibility with your own fluids
- One product code from quote to invoice
- Samples and technical support on request
Service
We run your chemical program, from dosage to results
An engineer owns your account: sets dosages, checks performance on site and adjusts the treatment against the indicators we agree at the start.
mpyCorrosion rateCoupons and probes in tubing and flowlines
ppm H₂SHydrogen sulfideAt the wellhead and downstream of the scavenger
% BS&WCrude qualityAt the separator outlet
% waterWater cutBefore and after a water-control treatment
ppmInhibitor residualConfirms the dose reaches the system
USD/bblTreatment costChemical cost per barrel, reported monthly
Indicators depend on each program and are agreed during diagnosis. Reports in English or Spanish.Plan a program
Portfolio
From spud to separator
One supplier for the chemistry across the life of the well, with the same product code on every document.
Drilling
Fluid-loss control, shale inhibition, lubricants, emulsifiers and lost-circulation materials.
Cementing
Sealing spacers, gas-migration and fluid-loss additives, retarders, dispersants and defoamers.
Completion and workover
Calcium and sodium bromide brines, well cleaners and biocides.
Stimulation
Acid-corrosion inhibitors, friction reducers and guar-based gelling agents.
Production
Demulsifiers, H₂S scavengers, corrosion inhibitors, viscosity reducers and IOR treatments.
Water and fuels
Coagulants and flocculants for produced and process water, plus fuel additives.
Our purpose
Advanced specialty chemistry that transforms operations and creates a measurable, positive impact.
Four shapes, four commitments
What the Relevant mark stands for
Each shape in our symbol is a promise you can hold us to.
Sustainability
Concentrated, so less moves
Pure, concentrated products mean fewer drums, fewer trucks and less packaging waste per barrel treated.
Stability
What you approved is what arrives
A certificate of analysis with every batch and one product code from quote to invoice, so quality and traceability never drift.
Closeness
Engineers in your time zone
Technical teams in Dubai and Colombia who answer in your language, with a technical reply within one business day.
Where we are
Two hubs, one standard
Local teams, the same products and the same quality standard. Choose the hub closest to your operation.
Dubai, UAE
--:--GST · UTC+4
- Entity
- Relevant Chemicals And Systems DWC-LLC
- Base
- Dubai World Central (DWC)
- Serves
- GCC, Middle East and Africa
- Delivery
- CFR / CIF Jebel Ali · Dammam
Colombia
--:--COT · UTC−5
- Entity
- Relevant Chemicals SAS
- Base
- Barrancabermeja, Santander
- Serves
- Colombia, the Andes and Latin America
- Delivery
- Delivered to site or Colombian port
Contact
Tell us what's happening in the well
An engineer reads every request. Expect a technical reply within one business day.
Talk to an engineer, not a call centerWe'll ask for well conditions and, if useful, a sample.
Prefer to write directly?