Product Code: RXSOL-81-8165-211
The product is intended to reduce internal corrosion of compatible metallic surfaces in oil and gas production and pipeline transportation systems.
Film-forming corrosion inhibitors work by adsorbing onto metal surfaces and forming a protective barrier that reduces contact between corrosive fluids and the underlying metal.
RXSOL Corrosion Inhibitor CI 3023, code RXSOL-81-8165-211.
Film-Forming Corrosion Inhibitor for Oil & Gas Production and Pipeline Protection
RXSOL Equivalent Product: Corrosion Inhibitor CI 3023 RXSOL Product Code: RXSOL-81-8165-211 Product Category: Oilfield Chemicals / Pipeline Corrosion Inhibitors Application: Oil & Gas Production, Hydrocarbon Pipelines and Industrial Corrosion Protection
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Application |
Purpose |
|---|---|
|
Crude Oil Pipelines |
Internal corrosion protection |
|
Oil & Gas Production Lines |
Control of corrosion in production fluids |
|
Flowlines |
Protection of compatible carbon steel surfaces |
|
Gathering Pipelines |
Corrosion management during fluid transportation |
|
Production Equipment |
Reduction of corrosion-related metal deterioration |
|
Industrial Hydrocarbon Systems |
Corrosion control where validated |
Suitability for CO₂-containing or H₂S-containing fluids must be confirmed through representative corrosion testing. Inhibitor performance depends on fluid composition, temperature, flow conditions and metallurgy.
The intended corrosion inhibition mechanism involves:
Surface Adsorption: Active inhibitor components adsorb onto compatible metal surfaces.
Protective Film Formation: A barrier film reduces exposure of the metal to corrosive components.
Corrosion Rate Reduction: The protective layer helps reduce electrochemical corrosion reactions.
Film Maintenance: Continuous injection may be required to replenish the inhibitor film under flowing conditions.
|
Application |
Preliminary Dosage |
|---|---|
|
Continuous Pipeline Injection |
6–12 ppm, supplier-published range |
|
High-Corrosion Systems |
Determine through laboratory and field trials |
|
Initial Film Establishment |
Site-specific treatment programme |
|
Batch Treatment |
Subject to system design and validation |
Example: For a pipeline carrying 100 m³/hour of fluid, a treatment rate of 10 ppm by mass corresponds to approximately 1 kg/hour of inhibitor if the treated fluid density is assumed to be 1,000 kg/m³.
For other fluid densities, the required inhibitor mass flow changes accordingly.
The actual injection volume also depends on the inhibitor's density.
Analyse the production fluid, including water cut, salinity, dissolved gases and other corrosive constituents.
Confirm pipeline metallurgy and operating temperature.
Select a suitable chemical injection point.
Establish the preliminary dosage through laboratory testing.
Inject continuously using a calibrated chemical dosing pump.
Monitor corrosion performance using coupons, electrical resistance probes or other approved techniques.
Adjust the injection rate according to measured corrosion performance.
|
Parameter |
Description |
|---|---|
|
Product Name |
Corrosion Inhibitor CI 3023 |
|
Equivalent Reference |
KI 3939 |
|
RXSOL Code |
RXSOL-81-8165-211 |
|
Product Type |
Film-forming corrosion inhibitor |
|
Appearance |
To be confirmed from batch specification |
|
Chemical Composition |
Proprietary / not publicly confirmed |
|
Solubility / Dispersibility |
To be verified in the actual process fluid |
|
Density |
To be confirmed |
|
pH |
To be confirmed, where applicable |
|
Flash Point |
To be confirmed |
|
Main Function |
Internal corrosion inhibition |
|
Application Method |
Controlled chemical injection |
|
Published Dosage |
6–12 ppm, subject to field validation |
The published RXSOL product listing specifies a dosage of 6–12 ppm (g/m³) based on the transported fluid flow rate. This should be treated as a supplier-stated starting range rather than a guaranteed effective dosage.
Film-forming corrosion inhibition technology.
Intended for internal corrosion control in oil and gas pipelines.
Helps reduce corrosion caused by contact with corrosive production fluids.
Suitable for evaluation in continuous chemical injection programmes.
Helps protect compatible carbon steel pipelines and production equipment.
Supports preventive maintenance and asset integrity programmes.
Can reduce corrosion-related equipment deterioration when properly selected and dosed.
Applicable to oilfield chemical treatment programmes.
Recommended tests include:
Corrosion coupon weight-loss testing.
Electrochemical corrosion testing.
Compatibility with crude oil and produced water.
Emulsion tendency assessment.
Thermal stability testing.
Film persistency testing.
Dynamic flow-loop testing where appropriate.
Compatibility with demulsifiers, scale inhibitors and other production chemicals.
Store in tightly closed, properly labelled containers in a cool, dry, well-ventilated location.
Use appropriate chemical-resistant gloves, eye protection and protective clothing.
Follow the finished-product SDS for handling, transport classification, fire precautions and spill response.
Product Code: RXSOL-81-8165-211
Industrial drum and bulk packing availability should be confirmed when requesting a quotation.
RXSOL CHEMO PHARMA INTERNATIONAL
|
Region |
Website |
|---|---|
|
India |
|
|
UAE |
|
|
Oman |
Product Page: RXSOL Corrosion Inhibitor CI 3023
Corrosion Inhibitor KI 3939 Equivalent | RXSOL CI 3023 Supplier India UAE Oman
RXSOL Corrosion Inhibitor CI 3023, RXSOL-81-8165-211, marketed as an alternative to KI 3939. Film-forming corrosion inhibitor for oil and gas pipelines, supplied in India, UAE and Oman.
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Corrosion Inhibitor KI 3939, KI 3939 Equivalent, RXSOL CI 3023, RXSOL-81-8165-211, Oilfield Corrosion Inhibitor, Film Forming Corrosion Inhibitor, Pipeline Corrosion Inhibitor, Corrosion Inhibitor Supplier India, Corrosion Inhibitor Dubai, Corrosion Inhibitor Oman.
The published RXSOL catalogue identifies CI 3023 as a KI 3939 alternative. Before supplying it as an equivalent, compare the customer's original KI 3939 TDS/SDS with the RXSOL product and validate performance under the actual operating conditions.
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