Tank Material Characterization
Identify and quantify sludge composition across water, oil, emulsions, and solids.
Tank Material Characterization uses laboratory analysis to identify and quantify the composition of tank sludge. By understanding what materials are present and in what proportions, teams can plan recovery, disposal, and cleaning strategies using verified data rather than assumptions.
Summary
Material Characterization analyzes tank contents to determine the composition of sludge and classify material layers including water, emulsions, recoverable oil, and solids. This analysis provides the data needed to plan cleaning, recovery, and disposal activities based on actual material properties.
Knowing what materials exist inside a tank supports proactive operations management, informed planning, and better cost control. Laboratory results allow teams to align treatment methods with material characteristics and meet environmental and disposal requirements.
What You Get
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Volume fraction analysis showing water, oil, emulsion, and solids percentages
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Layer classification identifying distinct material zones
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Properties of recoverable oil used for recovery planning
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Properties of recoverable water used for separation analysis
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Solids classification supporting disposal and landfill requirements
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Data used to evaluate hydrocarbon recovery opportunities
When Tank Material Characterization Is Used
Oil Recovery Planning
When planning oil recovery from tank sludge to offset project costs
Waste Classification
To determine appropriate disposal methods and classify waste streams
Separation Analysis
When evaluating water oil separation processing requirements
Maintenance Forecasting
To forecast cleaning needs and plan maintenance schedules
Material Characterization
For sludge material analysis supporting recovery evaluation
How It Works
Sample Analysis
Samples collected during tank sampling are submitted to accredited laboratories for detailed material testing.
Composition Testing
Laboratory analysis determines volume fractions, separates material layers, and identifies the composition of each component.
Recovery Assessment
Properties of recoverable hydrocarbons are evaluated to assess recovery potential and processing requirements.
Classification and Reporting
Results are compiled into a characterization report outlining material types, quantities, and recommended handling approaches.
Material characterization has helped clients identify X barrels of recoverable hydrocarbons.
Questions We Get Often
What does Tank Material Characterization reveal?
Material Characterization identifies the composition of tank contents including the percentage of water, oil, emulsions, and solids. It also classifies waste streams and identifies recoverable hydrocarbons.
How is the data generated?
Data is produced through laboratory analysis of samples collected during the tank sampling process. Testing scope is tailored on a project-specific basis to ensure relevant and efficient data generation.
Does this disrupt tank operations?
Material Characterization is performed in a laboratory and does not disrupt tank operations. The only field activity required is sample collection.
How accurate are the results?
Laboratory testing provides precise composition data. Accuracy depends on sample quality and representative zone selection guided by TankScope’s zone-based sampling approach and specialized equipment.
Can characterization be performed on full or partially full tanks?
Characterization depends on the ability to collect samples. Once samples are obtained, laboratory analysis is independent of tank operating status.
How does this support operations teams?
Operations teams use characterization data to select appropriate cleaning, handling, and disposal methods based on actual material properties.
How does this support financial planning?
Characterization data supports cost planning by identifying recoverable materials and distinguishing disposal requirements.
Does this support RFP development?
Yes. Material characterization allows vendors to propose treatment approaches and pricing based on verified composition rather than assumptions.
What does the final deliverable include?
The deliverable is a characterization report showing volume fractions, layer identification, recoverable hydrocarbon properties, water properties, and solids classification.