This click-through tool offers a snapshot of job functions and benefits in greenfield, brownfield, and late-life/decommissioning projects. However, it's essential to recognize that job functions and benefits often overlap between these project phases and that AS-TEG™ seamlessly integrates throughout the asset's entire lifecycle.

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Focus area
Job function
Use case
Benefits
Greenfield
Engineering
Commercial
IT and information management
Design verification
HSE
Stakeholder collaboration
Tender Planning
Internal Asset Planning
Contractual Handover
System Centralisation
Flexibility to Change
Ease of Use
Brownfield
Integrity
Engineering
Maintenance
Digital inspection isometrics
Remote surface visual inspection
Inspection digital twin heat mapping
Vendor collaboration
Piping and structural repair orders and modifications
Construction verification
P&ID verification
Production simulation modelling
IOT connectivity
Late Life (New Energy & Decommissioning)
Decommissioning
Repurposing
Commercial
Remote Surveys
Platform Survey
Contractual Handover
Equipment / Kit Recycling
IOT connectivity
New Energy/CCS
Tendering
Stakeholder Decision Making
Planning
  • Combine as-design and as-built 3D data to complete constructibility reviews to determine the best design solution for engineering.
  • Plan construction activities, laydown areas and scaffolding remotely to reduce onsite downtime.
  • Enable office-based project and work pack engineers to gain site familiarisation to improve stakeholder communication.
  • Complete site and safety inductions remotely prior to mobilisation.
  • Utilise photogrammetry, point cloud and model data for HAZID/HAZOP reviews to bring discussions to life with a visual element.
  • Vendors working from "single source of truth".
  • Unlimited users for vendors controlled by data owner.
  • AS-TEG can be updated with new information to continue collaboration and allow twin to remain "As-Built".
  • Vendors working off of the same information.
  • Vendors can provide "fixed" cost estimates from the desktop utilising existing scan or model data.
  • Data held in neutral format so any vendor can convert into preferred file type for specific design packages.
  • Internal departments working from same data and platform.
  • Visual familiarisation for departments that may not regularly 'go to site' - commercial/legal/finance.
  • Digital audits for due diligence, asset optimisation or portfolio management.
  • Visualised punch list for FEED/Design to operational handover.
  • Asset familiarisation prior to handover between vendors/departments.
  • Contractual Ownership for Interface Management.
  • Use AS-TEG's neutral nature to centralise multiple data streams into 1 central platform.
  • Fixed price yearly subscription with no additional hidden costs.
  • AS-TEG is system and vendor neutral with the ability to plug-in or out multiple data sets.
  • Data is held in AS-TEG in neutral format and can be used in various CAD or engineering packages.
  • Open API for multiple real time data streams.
  • Highly intuitive, low bandwidth interface, ensuring all users whether on-site or in the office are confident using.
  • Enhanced decision making across multiple departments from one 'source of truth '.
  • Extract digital inspection isometrics of systems prior to onsite inspection, removing the need for inspection engineers to manually sketch up onsite, reducing downtime and increasing inspection productivity.
  • Eliminate as-built configuration errors on 2D isometrics.
  • Remotely build 3D visual inspection models and reports to keep track of changing surface conditions to strategically manage fabric maintenance activities.
  • Identify corrosion risks early, moving into proactive repair and replacements, not reactive.
  • Seamlessly integrate with inspection databases via API and project anomaly data onto a 3D twin to better understand area and system risk profiles.
  • Improve communication between integrity and engineering functions to streamline repair order spool and structural replacements, for example, understanding if it's overall more cost effective to replace the full system, or isolate and replace section by section.
  • All vendors working in the same digital twin workspace, mitigating risk of design overlap during construction phases.
  • Operator/Owner not tied to one individual service contractor.
  • Data processed into a neutral database that can be exported into any design software format.
  • Managed engineering accurate as-built point cloud model, avoiding the requirement for repeat laser scan surveys for each project.​
  • Verify remotely any discrepancies identified during fabrication phases will not cause a failure to fit.
  • Rapidly respond to unexpected failures mitigating risk of unplanned shutdowns.
  • Combine as-design and as-built 3D data to complete constructability reviews to determine best design solution for engineering.
  • Remotely plan construction activities, laydown areas and scaffolding to reduce onsite downtime.
  • Enables office-based project engineers and work pack engineers to gain site familiarisation to improve stakeholder communication.
  • Remotely identify discrepancies between P&IDs and 3D as-built so that P&ID records can be updated.
  • Ensure predictive data science models are not producing false positives through using inaccurate as-built records.
  • Extract accurate as-built 2D schematics and 3D cad models to ensure process simulations are not producing false positives through using inaccurate design and as-built records.
  • Via API, connect with real time sensor data to quickly refer to equipment design information to remotely trouble shoot in 3D.
  • Connect third party systems for example Maximo, PIM360 and CMMS.
  • Remotely line walk & identify piping high/low points for cleaning and blowdown, removing around 60% of planned surveys.
  • Fully as-build and verify P&IDs to ensure process plant is as expected.
  • Complete safety and power generation critical modifications from the desk top, eliminating the need for site visits.
  • Remotely review platform decks and complete "stock take" of safety and firefighting equipment on board.
  • Identify Module breaks and lift points whilst doing remote GVI to verify condition increasing operational safety.
  • Contractual Ownership for Interface Management.
  • AS-TEG serves as a neutral, integrated platform for seamless contract handovers from Late Life to recycling and dismantling.
  • Enhances accuracy of tendering and reduces contractual risk between client and contractor.
  • Accurately verify equipment sizes to determine if they can be recycled and re-used elsewhere.
  • Review condition of recyclable equipment via remote GVI or specific corrosion analysis.
  • Via API, connect with equipment manage systems like Maximo to review equipment conditions and maintenance history.
  • View equipment via intelligent P&ID tool to review system and operating conditions to identify suitable cross over.
  • Utilise AS-TEG to review design changes as part of overall asset re-purposing.
  • Undertake remote engineering feasibility studies.
  • Lock-in new design models to visualise changes to the asset.
  • Temporary access for potential vendors to view asset model and potential worksite.
  • Reduces inaccuracies in bid submissions reducing client and vendor risk.
  • Reduces variation order frequency.
  • Single source of truth for asset end of life decision e.g CCS vs Decom.
  • Lifecycle data for asset sale or due diligence.
  • Improves business communication due to unlimited user access.
  • Single source of truth for operator/regulator for options on derogations/decom/repurposing.
  • Combine topsides and subsea planning from AS-TEG.
  • Model Costs so financing options and cost recovery is more accurate.
Greenfield
Engineering
Design verification
  • Combine as-design and as-built 3D data to complete constructibility reviews to determine the best design solution for engineering.
  • Plan construction activities, laydown areas and scaffolding remotely to reduce onsite downtime.
  • Enable office-based project and work pack engineers to gain site familiarisation to improve stakeholder communication.
HSE
  • Complete site and safety inductions remotely prior to mobilisation.
  • Utilise photogrammetry, point cloud and model data for HAZID/HAZOP reviews to bring discussions to life with a visual element.
Stakeholder collaboration
  • Vendors working from "single source of truth".
  • Unlimited users for vendors controlled by data owner.
  • AS-TEG can be updated with new information to continue collaboration and allow twin to remain "As-Built".
Commercial
Tender Planning
  • Vendors working off of the same information.
  • Vendors can provide "fixed" cost estimates from the desktop utilising existing scan or model data.
  • Data held in neutral format so any vendor can convert into preferred file type for specific design packages.
Internal Asset Planning
  • Internal departments working from same data and platform.
  • Visual familiarisation for departments that may not regularly 'go to site' - commercial/legal/finance.
  • Digital audits for due diligence, asset optimisation or portfolio management.
Contractual Handover
  • Visualised punch list for FEED/Design to operational handover.
  • Asset familiarisation prior to handover between vendors/departments.
  • Contractual Ownership for Interface Management.
IT and information management
System Centralisation
  • Use AS-TEG's neutral nature to centralise multiple data streams into 1 central platform.
  • Fixed price yearly subscription with no additional hidden costs.
Flexibility to Change
  • AS-TEG is system and vendor neutral with the ability to plug-in or out multiple data sets.
  • Data is held in AS-TEG in neutral format and can be used in various CAD or engineering packages.
  • Open API for multiple real time data streams.
Ease of Use
  • Highly intuitive, low bandwidth interface, ensuring all users whether on-site or in the office are confident using.
  • Enhanced decision making across multiple departments from one 'source of truth '.
Brownfield
Integrity
Digital inspection isometrics
  • Extract digital inspection isometrics of systems prior to onsite inspection, removing the need for inspection engineers to manually sketch up onsite, reducing downtime and increasing inspection productivity.
  • Eliminate as-built configuration errors on 2D isometrics.
Remote surface visual inspection
  • Remotely build 3D visual inspection models and reports to keep track of changing surface conditions to strategically manage fabric maintenance activities.
  • Identify corrosion risks early, moving into proactive repair and replacements, not reactive.
Inspection digital twin heat mapping
  • Seamlessly integrate with inspection databases via API and project anomaly data onto a 3D twin to better understand area and system risk profiles.
  • Improve communication between integrity and engineering functions to streamline repair order spool and structural replacements, for example, understanding if it's overall more cost effective to replace the full system, or isolate and replace section by section.
Engineering
Vendor collaboration
  • All vendors working in the same digital twin workspace, mitigating risk of design overlap during construction phases.
  • Operator/Owner not tied to one individual service contractor.
  • Data processed into a neutral database that can be exported into any design software format.
Piping and structural repair orders and modifications
  • Managed engineering accurate as-built point cloud model, avoiding the requirement for repeat laser scan surveys for each project.​
  • Verify remotely any discrepancies identified during fabrication phases will not cause a failure to fit.
  • Rapidly respond to unexpected failures mitigating risk of unplanned shutdowns.
Construction verification
  • Combine as-design and as-built 3D data to complete constructability reviews to determine best design solution for engineering.
  • Remotely plan construction activities, laydown areas and scaffolding to reduce onsite downtime.
  • Enables office-based project engineers and work pack engineers to gain site familiarisation to improve stakeholder communication.
Maintenance
P&ID verification
  • Remotely identify discrepancies between P&IDs and 3D as-built so that P&ID records can be updated.
  • Ensure predictive data science models are not producing false positives through using inaccurate as-built records.
Production simulation modelling
  • Extract accurate as-built 2D schematics and 3D cad models to ensure process simulations are not producing false positives through using inaccurate design and as-built records.
IOT connectivity
  • Via API, connect with real time sensor data to quickly refer to equipment design information to remotely trouble shoot in 3D.
  • Connect third party systems for example Maximo, PIM360 and CMMS.
Late Life (New Energy & Decommissioning)
Decommissioning
Remote Surveys
  • Remotely line walk & identify piping high/low points for cleaning and blowdown, removing around 60% of planned surveys.
  • Fully as-build and verify P&IDs to ensure process plant is as expected.
  • Complete safety and power generation critical modifications from the desk top, eliminating the need for site visits.
Platform Survey
  • Remotely review platform decks and complete "stock take" of safety and firefighting equipment on board.
  • Identify Module breaks and lift points whilst doing remote GVI to verify condition increasing operational safety.
  • Contractual Ownership for Interface Management.
Contractual Handover
  • AS-TEG serves as a neutral, integrated platform for seamless contract handovers from Late Life to recycling and dismantling.
  • Enhances accuracy of tendering and reduces contractual risk between client and contractor.
Repurposing
Equipment / Kit Recycling
  • Accurately verify equipment sizes to determine if they can be recycled and re-used elsewhere.
  • Review condition of recyclable equipment via remote GVI or specific corrosion analysis.
IOT connectivity
  • Via API, connect with equipment manage systems like Maximo to review equipment conditions and maintenance history.
  • View equipment via intelligent P&ID tool to review system and operating conditions to identify suitable cross over.
New Energy/CCS
  • Utilise AS-TEG to review design changes as part of overall asset re-purposing.
  • Undertake remote engineering feasibility studies.
  • Lock-in new design models to visualise changes to the asset.
Commercial
Tendering
  • Temporary access for potential vendors to view asset model and potential worksite.
  • Reduces inaccuracies in bid submissions reducing client and vendor risk.
  • Reduces variation order frequency.
Stakeholder Decision Making
  • Single source of truth for asset end of life decision e.g CCS vs Decom.
  • Lifecycle data for asset sale or due diligence.
  • Improves business communication due to unlimited user access.
Planning
  • Single source of truth for operator/regulator for options on derogations/decom/repurposing.
  • Combine topsides and subsea planning from AS-TEG.
  • Model Costs so financing options and cost recovery is more accurate.
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