Date post: | 31-Dec-2015 |
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PlantWiseFeatures
Features
• PlantBuilder: Rapid & Easy 3D Conceptual Modeling− Rule-based equipment modeling and nozzle placement
• AutoRouter : Fast Quality Routing with Inline Placement− Rule-based routing control, routing patterns, & Inline geometry
• Model and Data Management− Model save, split, merge, compare, report, export
• PlantDrafter− Plot plans, Detached plans
Integrated, Friendly, Intuitive
Conceptual Modeling
• Equipment• Nozzles• Pipeways• Structures• Obstacles
Equipment Modeling
•From simple •To extravagant
Defined with only a few input parameters
Nozzles and AutoNozzle
Placed by rules
Pipeways
•From simple •To complex
Defined with only a few input parameters
Structures
Structures (with Floors)
Stairways
Pedestals (without Floors)
Defined with only a few input parameters
Structure Pipeways
Vertical Pipeways
Standing In-structure Pipeways
HangingIn-structure Pipeways
Vertical Chases
FloorPenetration
s
All defined with only a few input parameters
AutoRouter
• Fastest and Best− 1-5 seconds per pipe− Scales up to hundreds or thousands of pipelines
• Features− Vicinity Routing− Free Space Routing− On-Pipeway Routing− Structure Routing− Routing through Point Clouds− Automatic Pipeline Component Placement
Router Performance
• 1-5 seconds per pipe
0
1
2
3
4
5
6
0 200 400 600 800
Number of Pipes
Ro
uti
ng
Tim
e
Vicinity Routing
Rule-based equipment specific patterns
Free Space Routing
Routing in priority order for lowest cost
On-Pipeway Routing
Eccentrically Aligned Pipeways
Pipeway Level Transitions
Pipeway Obstacle Avoidance and Detection
Structure Routing: Chases
Structure Routing: Vertical PWs
Floor Penetrations
Routing through Point Clouds
• A collaborative project with Bitwyse
Putting it All Together
Automatic Component Placement
• All driven from process data• Basic Components
− Tees− Reducers− Spec Breaks− Control Valves− Flow Elements− User-Defined Inline components
• Spec Driven (minimal data requirements)
All Driven from Process Data
Branch
User-Defined Inlines
Tees
With rule-based selection of tee type
Reducers
Placed to minimize piping cost
Spec Breaks
Control Valves
User-Defined Inlines
Spec Driven
• Simple Spreadsheet Table Interface
AutoRouter Manipulation
• Pipeline Freezing− Partial− Complete
• Placeable components• Slideable Components
Route
Manual Route
UnRoute
Modify
Slide
Supports
Router Menu
Manipulate Segments or Elbows
Pipeline Point Manipulator
Frozen Line
Before Completely frozen
Partially frozen
or
Partial Freeze
•Freeze a single segment•Freeze a selected range of points•Freeze non-sequential segments
Placeable Components
• Drag, place, and/or rotate and the pipeline follows
Slideable Components
User Rules
• Equipment− Geometry
» Physical representation» Obstacle space» Mass properties
− Nozzle Placement− Vicinity Routing
• Inline Components− Geometry− Attributes
• Project Setup Variables − Spacing, routing planes, pipeway levels, reserved spaces, …
Geometry Rule – Example I(The PACKAGED_EQUIPMENT is composed of element BASEPLATE with geometry = box x-dimension = width y-dimension = length z-dimension = inches-or-mm(6.0 150.0) local-x-origin = width / -2.0 local-y-origin = length / -2.0
Geometry Rule – Example II element package geometry = box x-dimension = width - inches-or-mm(6.0 150.0) ; less 3 inches inset on both sides y-dimension = length - inches-or-mm(6.0 150.0) z-dimension = height - baseplate.z-dimension local-x-origin = package.x-dimension / -2.0 local-y-origin = package.y-dimension / -2.0 local-z-origin = baseplate.z-dimension
And on to…
Nozzle Rules – Example
(For STORAGE_TANK nozzles WHEN nozzle.type is manway LOCATE nozzle with
element = tankface = bodydistance = inches-or-mm(30.0 750.0)angle = away-from-pipeway
...)
Vicinity Routing Rules - Example
(From PACKAGED_EQUIPMENT
GO nozzle-direction (10 * pipeline.diameter)
AND GO up (inches-or-mm(60.0 1500.0))
)
User Defined Inline Dialogs
Router Settings
• Many “rules” are settings in PlantWise− Routing Plane Offset− Minimum Line Spacing− Allow Tees at Corners?− Pipeway Spacing Round-off− …
Model and Data Management
• Report Writer and Highlighting• Interfaces• Multi-model support
− Compare− Fenced Export− Integration
• Proximity Checking
ReportWriter
A Sample Cost Report using Sample Data
Line ID Class Comm. Diameter Length (ft.) pipe cost========== ====== ===== ======== ============ ============40-125 NA18 CWS 4.0 99.6 $ 4684.2840-125-1 NA18 CWS 4.0 2.9 $ 135.0040-128 NA18 CWR 6.0 103.8 $ 7323.8040-128-1 NA18 CWR 6.0 2.4 $ 169.2760-100 AF01 PL 4.0 47.8 $ 2156.8370-114 NA18 N2 1.0 52.3 $ 614.89
. . .
80-130 AF01 PV 2.0 89.6 $ 2021.8290-110 NA15 STM 4.0 73.8 $ 3472.1490-111 NA15 CON 2.0 86.1 $ 2024.0790-112 NA15 STM 2.0 80.1 $ 1884.7690-113 NA15 CON 1.0 86.0 $ 1011.62 ============ ============ 1185.0 $ 57738.73
Fenced Reports
Highlight Set
» Pipeline.diameter >= 6.0
Interfaces
• Pipe Route Export• .dgn/.drv compatible viewers• FrameWorks Plus
(via PML)• PDS (via APL)• XMPlant
Model Compare
Model Fenced Export
Model Integration
Proximity Checking for Layout
PlantDrafter
PlantWise• A conceptual plant design tool with 3D Modeling and
AutoRouting for rapid layout optimization• Features
− Easy 3D Modeling− Fast Quality Routing
with Inline Placement− Model and Data
Management− Push-button Reports
and Drawings
Integrated, Friendly, Intuitive… Effective