Operational Problems Center

What is your field's operational problem?

Identify the challenge, learn the causes and find the specific chemical solution for your operation.

Guided Diagnosis

Operational Problem Identifier

Step 1 of 3. Select the problem observed in your operation.

🛡️Pipeline Integrity

Internal Pipeline Corrosion

Internal corrosion is the leading cause of failure in oil production pipelines and equipment. CO₂, H₂S, dissolved oxygen and chlorides are the most frequent corrosive agents in production systems.

Measurable wall thickness loss detected in periodic inspections
Localized pitting in water accumulation zones

+4 more symptoms

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⚗️Operational Safety

Hydrogen Sulfide (H₂S)

H₂S or hydrogen sulfide is one of the most hazardous compounds in oil operations. It combines severe toxicity with high corrosive aggressiveness, simultaneously affecting personnel safety and infrastructure integrity.

H₂S detection > 1 ppm in work atmospheres
Characteristic rotten egg odor at wellheads and batteries

+4 more symptoms

IDI-SC 02
🧊Production Flow

Paraffin Deposits

Paraffin deposits reduce the effective pipe diameter and eventually block flow entirely. They are especially problematic in paraffinic crudes with high pour point temperatures, such as those found in southeastern Mexico.

Progressive reduction in production rate without apparent mechanical cause
Increased differential pressure in production lines

+4 more symptoms

IDI-FT 03
💧Phase Separation

Water-Oil Emulsions

Stable water-oil emulsions increase dehydration costs, affect crude quality for delivery and reduce separator efficiency. Improper handling directly impacts operational revenue.

BSW (Basic Sediment and Water) in delivery crude above contractual limit
Stable emulsion visible in separator samples

+4 more symptoms

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📉Productivity

Low Well Productivity

Low productivity can originate from formation damage, scale, water invasion or changes in relative permeability. Correct chemical stimulation can recover the productivity index without the need for costly mechanical interventions.

Accelerated production decline relative to expected base curve
Productivity index (PI) below reservoir potential

+4 more symptoms

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🔬Stimulation

Formation Damage

Formation damage reduces connectivity between the reservoir and the well. It can originate during drilling, completion, cementing or production. Correction through chemical stimulation is less costly and faster than mechanical workover.

High positive skin in pressure tests (BU/PTA)
Productivity reduction post-drilling or post-completion

+4 more symptoms

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