General System Design

Credo is an Asset Integrity Management System incorporating an API 581 RBI module.

Suitable for static and rotating pressure equipment and almost all other inspectable equipment.

Widely used in the Oil, Gas and Chemical sectors.

Web-based system — runs in Internet Explorer, Chrome, Firefox, Safari etc.

Compatible with any operating system: Windows, Linux, IOS and Android…

No local installation required.

Available on a Cloud or Corporate Server.

Suitable for the management of large numbers of concurrent users supporting multiple business units in different geographical locations

Scale-ability

The Credo system is designed for Multi Business Unit applications.

Multiple units can be hosted in the same cloud database.

Users are managed and segregated according to Roles.

Equipment

Flexible equipment Register

Customizable views of equipment.

View in grid or form layout.

Typical applications include: –

Vessels, Tanks, Columns, Pipework, Nozzles, Deadlegs, Fittings, Structures.

Damage List

Each equipment item has a dedicated Damage list based on the API 571 standard.

Damage types can be applied automatically using the integrated screening logic.

Automated Damage Screening

SCC AMINE

SCC CARBONATE

SCC CAUSTIC

SCC CL

SCC HICSOHIC

SCC HF

SCC SULPHIDE

THINNING CUI API 583

THINNING CUI FERRITIC

THINNING AMINE

THINNING CO2

THINNING SOUR WATER

Process Stream

Equipment has fully defined process operating parameters and fluid chemistry.

Standard Fluid Table based on API 581.

Material Specification

Fully-defined material list for equipment includes allowable stress.

Minimum Allowable Wall Thickness Calculation

Manual or automatic management of MAWT based on integrated calculation engine.

Standard calculations listed below. Additional calculations added on request.

API_530_BOILER_HEATER_TUBE

API_570

API_650

API_653

ASME_B31_3

ASME_B31_3_STRAIGHT_PIPE_2008

ASME_B31_4_STRAIGHT_PIPE

ASME_B31_8

ASME_B31_8_STRAIGHT_PIPE

ASME_SEC_VIII_DIV_2_SHELL_HEAD

ASME_VIII_CYLINDRICAL_SHELL

ASME_VIII_ELLIPSOIDAL_HEAD

ASME_VIII_HEMISPHERICAL_HEAD

ASME_VIII_TORISPHERICAL_HEAD

VESSEL_TO_ASME_VIII_DIV_2_AD_201_203_A

VESSEL_TO_ASME_VIII_DIV_2_AD_201_203_B

VESSEL_TO_ASME_VIII_DIV_2_AD_202_A

VESSEL_TO_ASME_VIII_DIV_2_AD_202_B

VESSEL_TO_ASME_VIII_DIV_2_AD_204_2_INT

VESSEL_TO_ASME_VIII_UG_27_1_EXT

VESSEL_TO_ASME_VIII_UG_27_1_INT

VESSEL_TO_ASME_VIII_UG_27_2_INT

BEND_TO_ASME_B31_3_304_2_1_3C_EXTRADOS

BEND_TO_ASME_B31_3_304_2_1_3C_INTRADOS

PIPE_ASME_B31_3

PIPE_ASME_B31_3_STRAIGHT_PIPE_2008

PIPE_ASME_B31_4_STRAIGHT_PIPE

PIPE_ASME_B31_8

PIPE_ASME_B31_8_STRAIGHT_PIPE

PIPE_TO_ANSI_B31_3_304_1_2_3A

PIPE_TO_ANSI_B31_3_304_1_2_3B_1996_ED

PIPE_TO_ANSI_B31_3_304_1_2_3C

PIPE_TO_ASME_B31_1_3

PIPE_TO_ASME_B31_3_K304_1_2_34A

PIPE_TO_ASME_B31_3_K304_1_2_34C

PIPE_TO_BARLOW_EQUATION_B31_3_3A

PIPE_TO_BS3351_1971_5_2_1

PIPELINE_RISER_TO_API_RP_1111_2B

PIPELINE_SUBSEA_TO_BS_8010_PT3

PIPELINE_SUBSEA_TO_BS_8010_PT3_1

PIPELINE_SUBSEA_TO_BS_8010_PT3_2

PIPELINE_TO_IP6

NOZZLE_TO_BS_5500_3_5_1_2_3_1_EXT

NOZZLE_TO_BS_5500_3_5_1_2_3_1_INT

OIL_PIPELINE_TO_ANSI_B31_4_404_1_2

VESSEL_TO_ASME_VIII_UG_27_3_EXT

VESSEL_TO_ASME_VIII_UG_27_3_INT

VESSEL_TO_ASME_VIII_UG_32_1_EXT

VESSEL_TO_ASME_VIII_UG_32_1_INT

VESSEL_TO_ASME_VIII_UG_32_2_INT

VESSEL_TO_ASME_VIII_UG_32_4_EXT

VESSEL_TO_ASME_VIII_UG_32_4_INT

VESSEL_TO_ASME_VIII_UG_34_1_INT

VESSEL_TO_ASME_VIII_UG_34_2_INT

VESSEL_TO_ASME_VIII_UG_34_3_INT

VESSEL_TO_ASME_EXT

VESSEL_TO_ASME_INT

PRESSURE_VESSEL_CS

WELDED_TANK_TO_API_653_4_3_3_1_B_

WELDED_TANK_TO_API_653_4_3_3_1A

VESSEL_TO_BS_5500_3_5_1_2_3_1_INT

VESSEL_TO_BS_5500_3_5_1_2_3_2_EXT

VESSEL_TO_BS_5500_3_5_1_2_3_3_INT

VESSEL_TO_BS_5500_3_5_1_2_3_4_EXT

VESSEL_TO_GOST_14249_80_2_3_1_1_INT

VESSEL_TO_GOST_14249_80_3_3_1_1_INT

Inspection

Inspection Frequency

Optional multiple automatic frequency management at equipment or component level.

Programmable frequency includes inspection definition and optional damage type.

Integration with SAP/MAXIMO PM system.

Fitness for Service

ASM B31G Level 2.

Graphical presentation of Circumferential and Longitudinal profile.

Dashboard

Flexible and customizable by User.

Multiple layouts per Role.

Real time update.

Automated refresh.

Historian archive for rolling trends.

SCADA

Real time process monitoring data.

Graphical presentation and Trend Analysis.

Operating window Min/Max.

Notification of excursion.

Connection to equipment.

Documents

Drag and drop files from desktop or tablet.

Connection to equipment and inspection.

Integrated viewer for images, PDF, spreadsheet.

Excel™ data import.

AutoCAD™ Viewer

Drag and drop DWG file from desktop or tablet.

View DWG in browser.

Export to PDF.

No extra license or software installation required.

Corrosion

Storage of Isometric inspection points.

Hoop stress and MAWT calculation.

Trend analysis. Short, Long and Best Fit.

Calculation of end of life.

Notification of below alarm.

Risk Based Inspection

RP API 581 Level 2 2018.

Full integration with inspection equipment, stream and inspection data.

Project based for “What If” scenarios and archiving snapshot of risk analysis.

Graphical representation of POF and COF.

Risk Based Assessment.

Fast qualitative 1 screening.

Simple COF and POF definition.

Separation of Internal and External damage.

Miscellaneous

Google Maps

Plot equipment location on Google Maps.

Apply dynamic data color such as risk level.