Develop Concept Architectures, Interface Definitions, HAZID/Constructability/Operability Studies, and Concept-Selection Dossiers

The Subject

Lifecycle Artifacts: Front-End and Design

Explore the Activities

TSK-000256 · Action

Conveyor Electrical and Safety-Control Specifications

Lines 1 & 2 Production Line Electrical Power Distribution and Controls

Integrate Safety Circuits and Emergency-Stop FunctionsDevelop Control-Panel Layouts and Fabrication PackagesSelect Panel Power and Control ComponentsPlan Control Wiring and Conductor RoutesIntegrate Legacy Gateways and Maintainable Panel AccessDevelop PLC, HMI and Drive ControlsIntegrate Controllers, Drives and Industrial Software

Case: Lines 1 & 2 Production Line Electrical Power Distribution and ControlsProject: Lines 1 & 2 Bottling and Packaging Lines

Application context. Can the design decision be traced from need and alternatives to a controlled execution basis?

TSK-000017 · Method

Developed the AFE, Schedule, Exclusions, Value-Engineering Decisions and Permitting Plan; Defined Sealed-Drawing, Routing-Plan and Soil-Report Requirements

Acetator Expansion Engineering AFE and Code Deliverables

Prepare Capital Authorization and Option StudiesTranslate Safety and Permitting Requirements into ScopePlan Schedules, Resources and Critical SequencingPrepare Technical Procurement and Scope PackagesPlan Siteworks and Underground Utility InterfacesDevelop Process Drawings and Control Narratives

Case: Acetator Expansion Engineering AFE and Code DeliverablesProject: Acetator Expansion Project + VOC Scrubber Systems

Application context. Can the design decision be traced from need and alternatives to a controlled execution basis?

Related Capabilities

• Model Systems, Interfaces and TraceabilityApplication relationship
  Why these connect

  Compare concept architectures and operating risks connects with model systems, interfaces and traceability. Connect front-end records to scope, risk, calculations and acceptance strategy.

• Identify Engineering, Operating and Delivery RisksApplication relationship
  Why these connect

  Compare concept architectures and operating risks connects with identify engineering, operating and delivery risks. Connect front-end records to scope, risk, calculations and acceptance strategy.

• Assess Constructability, Reliability and MaintainabilityApplication relationship
  Why these connect

  Assess constructability, reliability and maintainability connects with compare concept architectures and operating risks. Connect scenarios, failure consequences, mitigations and accountable decision thresholds.

• Coordinate Conduits, Conductors and Electrical PathwaysApplication relationship
  Why these connect

  Coordinate conduits, conductors and electrical pathways connects with compare concept architectures and operating risks. Connect calculations and interfaces to procurement, construction and test requirements.

• Coordinate Construction Discipline InterfacesApplication relationship
  Why these connect

  Coordinate construction discipline interfaces connects with compare concept architectures and operating risks. Connect construction coordination to resource planning, inspections and closeout.

• Coordinate Facilities Around Production-Line InstallationApplication relationship
  Why these connect

  Coordinate facilities around production-line installation connects with compare concept architectures and operating risks. Connect layout and integration to resource models, controls and throughput verification.

• Coordinate Foundations and Structural InterfacesApplication relationship
  Why these connect

  Coordinate foundations and structural interfaces connects with compare concept architectures and operating risks. Connect field conditions to design assumptions, installation sequence and verification.

• Coordinate Network Installation and Facility InterfacesApplication relationship
  Why these connect

  Coordinate network installation and facility interfaces connects with compare concept architectures and operating risks. Connect topology, routes, resilience and installation verification.

• Coordinate Vehicle Access and Pedestrian ProtectionApplication relationship
  Why these connect

  Coordinate vehicle access and pedestrian protection connects with compare concept architectures and operating risks. Connect logistics alternatives to access constraints and physical safeguards.

• Design Protected Electrical Control RoomsApplication relationship
  Why these connect

  Design protected electrical control rooms connects with compare concept architectures and operating risks. Connect environmental protection, enclosure design, electrical interfaces and verification.

• Develop Weirs and Energy-Dissipation DetailsApplication relationship
  Why these connect

  Develop weirs and energy-dissipation details connects with compare concept architectures and operating risks. Connect rainfall and area bases to conveyance details, construction and inspection.

• Plan Boiler-Room Infrastructure and PermitsApplication relationship
  Why these connect

  Plan boiler-room infrastructure and permits connects with compare concept architectures and operating risks. Connect thermal and hydraulic analysis to equipment installation, checkout and maintenance.

Related Case Studies

• Acetator Expansion Engineering AFE and Code DeliverablesApplication relevance
• Lines 1 & 2 Production Line Electrical Power Distribution and ControlsApplication relevance

Related Projects

• Acetator Expansion Project + VOC Scrubber SystemsApplication relevance
• Lines 1 & 2 Bottling and Packaging LinesApplication relevance

Related Workstreams

• Production and Packaging ModernizationApplication relevance
• Vinegar Acetation and Fermentation-Support ModernizationApplication relevance

Related Artifact Types

• Lifecycle Artifacts: Front-End and Design — Application ReviewCapability application review

All Portfolio Connections