ISO 13501:2011
Petroleum and natural gas industries — Drilling fluids — Processing equipment evaluation
ISO 13501:2011 specifies a standard procedure for assessing and modifying the performance of solids control equipment systems commonly used in the field in petroleum and natural gas drilling fluids processing.
The procedure described in ISO 13501:2011 is not intended for the comparison of similar types of individual pieces of equipment.
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Scope
Normative references
Terms, definitions, symbols and abbreviated terms
Terms and definitions
Symbols and abbreviated terms
Symbols
Abbreviated terms
Requirements
System performance of drilled-solids removal
Principle
Apparatus
Sampling
Procedure
Suction pit drilling fluid density chloride content, and sol
Base fluid additions to the drilling fluid
Base fluid fraction
Drilled-solids fraction
Volume of drilling fluid built
Excavated volume of solids drilled
Total dilution
Dilution factor
Calculation of drilled-solids removal system performance
Rigsite evaluation of drilled-solids management equipment
Principle
Application
Sampling of streams for capture analysis
Determination of mass fraction (percent) solids
Calculation of capture
Interpretation of results
Procedure for characterizing removed solids
Calculation of mass fraction (percent) of low-gravity solids
Particle size assessment on removed solids
Economics
Unweighted drilling fluids
Weighted drilling fluids
Practical operational guidelines
Principle
Apparatus
Procedure for design and operation
General
Flow line
Tank
Process rate
Surface tank
Sand trap
Removal section
Flow direction
Tank agitation
Fluid routing
Design of shale shakers
Operation of shale shakers
Design of degassers
Operation of degassers
Design of desanders and desilters
Design of mud cleaners
Design of centrifuges
Use of addition sections
Use of drilling fluid mixing and blending equipment
Use of suction section
Use of discharge section
Conductance of shale shaker screens
Principle
Principle of conductance
General
Darcy's law
Apparatus for measurement of conductance
Procedure for calibrating fluid
Procedure for flow test
Procedure for measuring pressure drop
Procedure for conductance test
Calculation of conductance
Shale shaker screen designation
Principle
Apparatus
Preparation of aluminium oxide test media
Preparation of aluminium oxide cuts
Preparation of sample for test range
Preparation of test screen
Test procedure
Calculation of D100 separation for test screen cloth
Non-blanked area of shale shaker screen panel
Principle
Apparatus
Procedure for pretensioned or perforated panel-type screens
Calculation for pretensioned or perforated panel-type screen
Procedure for open-hook strip panels
Calculation for open-hook strip panels
Example calculation of total non-blanked area for a panel-mo
Shale shaker screen labelling
API screen designation
General
Procedure – label design information
API screen number designation and D100 separation potential
Screen conductance
Non-blanked area
Manufacturer's screen designation
API screen designation label
Optional information
Label and tag format
API screen designation label examples
Other screen label and tags
Previous versions
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Scope
Normative references
Terms, definitions, symbols and abbreviated terms
Terms and definitions
Symbols and abbreviated terms
Symbols
Abbreviated terms
Requirements
System performance of drilled-solids removal
Principle
Apparatus
Sampling
Procedure
Suction pit drilling fluid density chloride content, and sol
Base fluid additions to the drilling fluid
Base fluid fraction
Drilled-solids fraction
Volume of drilling fluid built
Excavated volume of solids drilled
Total dilution
Dilution factor
Calculation of drilled-solids removal system performance
Rigsite evaluation of drilled-solids management equipment
Principle
Application
Sampling of streams for capture analysis
Determination of mass fraction (percent) solids
Calculation of capture
Interpretation of results
Procedure for characterizing removed solids
Calculation of mass fraction (percent) of low-gravity solids
Particle size assessment on removed solids
Economics
Unweighted drilling fluids
Weighted drilling fluids
Practical operational guidelines
Principle
Apparatus
Procedure for design and operation
General
Flow line
Tank
Process rate
Surface tank
Sand trap
Removal section
Flow direction
Tank agitation
Fluid routing
Design of shale shakers
Operation of shale shakers
Design of degassers
Operation of degassers
Design of desanders and desilters
Design of mud cleaners
Design of centrifuges
Use of addition sections
Use of drilling fluid mixing and blending equipment
Use of suction section
Use of discharge section
Conductance of shale shaker screens
Principle
Principle of conductance
General
Darcy's law
Apparatus for measurement of conductance
Procedure for calibrating fluid
Procedure for flow test
Procedure for measuring pressure drop
Procedure for conductance test
Calculation of conductance
Shale shaker screen designation
Principle
Apparatus
Preparation of aluminium oxide test media
Preparation of aluminium oxide cuts
Preparation of sample for test range
Preparation of test screen
Test procedure
Calculation of D100 separation for test screen cloth
Non-blanked area of shale shaker screen panel
Principle
Apparatus
Procedure for pretensioned or perforated panel-type screens
Calculation for pretensioned or perforated panel-type screen
Procedure for open-hook strip panels
Calculation for open-hook strip panels
Example calculation of total non-blanked area for a panel-mo
Shale shaker screen labelling
API screen designation
General
Procedure – label design information
API screen number designation and D100 separation potential
Screen conductance
Non-blanked area
Manufacturer's screen designation
API screen designation label
Optional information
Label and tag format
API screen designation label examples
Other screen label and tags