COLLABORATION PROCESS WORKFLOW STANDARDS FOR CONSTRUCTION PHASE Version 1.0 FOR
WHEATSTONE PROJECT LNG PLANT LOCATION
ONSLOW, WA AUSTRALIA
DEVELOPED BY CATALYST AEC DATE 11 FEBRUARY 2014
MULTI-DISCIPLINE COORDINATION PROCESS FOR CONSTRUCTION PHASE Version 1.0 FOR
WHEATSTONEPROJECT LNG PLANT ONSLOW, WA AUSTRALIA DEVELOPED BY
CATALYST AEC
Contents I.
BIM PROJECT EXECUTION PLAN OVERVIEW ......................................................................................... 3
II.
GENERAL PROJECT INFORMATION ....................................................................................................... 3
III.
KEY PROJECT CONTACTS ................................................................................................................... 3
IV.
COLLABORATION PROCESS WORKFLOW .......................................................................................... 4
A.
BASIC WORKFLOW FOR THE COORDINATION PROCESS ................................................................... 4
B.
DOCUMENT ISSUING PROTOCOLS .................................................................................................... 4
C.
NAVISWORKS CLASH DETECTION SETTINGS & WORKFLOW ............................................................ 5 1.
ABBREVIATIONS DEFINITION ........................................................................................................ 5
2.
DISCIPLINE AND SUBDISCIPLINE COLOR CODING ......................................................................... 5
3.
NAVISWORKS NWF FEDERATED MODELS ..................................................................................... 6
4.
NAVISWORKS NWC EXPORT 3D VIEWS AND NWC ....................................................................... 6
V.
ATTACHMENT A: NAVISWORKS EXPORT SETTINGS .............................................................................. 9
VI.
ATTACHMENT B: DEFINITIONS ........................................................................................................ 10
I.
BIM PROJECT EXECUTION PLAN OVERVIEW
The intent of this document is to provide a framework that will allow the successful implementation of Building Information Modelling (BIM) applied on the Colaboration Proccess on the WHEATSTONE PROJECT LNG PLANT
II.
GENERAL PROJECT INFORMATION
•
project owner:
•
BECHTEL
•
project name:
•
WHEATSTONE PROJECT LNG PLANT
•
project location and address:
•
ONSLOW, WA AUSTRALIA
•
project numbers:
•
25658-540
•
project schedule / phases / milestones: project description
•
•
III.
•
KEY PROJECT CONTACTS role
organization
Owner BIM Facilitator BIM Leader in Catalyst AEC Argentina Project Design Team Architect Civil and Structural Engineer M/E/P and FP Engineer Electrical Subcontractor Hydraulic Subcontractor Construction Mechanical Team Subcontractor Fire Protection Subcontractor Structural Subcontractor
contact
Ariadna Pastori
location
Mariano Benitez, 1889, Cordoba, Argentina
Via Aconex
phone
+1 949 2098779
IV.
COLLABORATION PROCESS WORKFLOW A. BASIC WORKFLOW FOR THE COORDINATION PROCESS
WEEKLY BASIS • By COB Thursday (weekly) • Each Stakeholder will upload a Progress 3D Model in their native format (Revit) to Aconex. • Each Stakeholder will upload a Navisworks NWC for the Building in review. Refer to Section 2.3 NAVISWORKS NWC EXPORT 3D VIEWS AND NWC •
By COB Friday (weekly) • BIM Facilitator shall audit the models for minimum adherence to the BIM requirements • BIM Facilitator shall notify if there is any Stakeholder model that needs to addressed comments and be re-uploaded to comply with the Bim Execution Plan standards • All Stakeholders 3D Revit Models are available to download and be used as reference by other Stakeholders
•
By COB Monday (Weekly) • BIM Facilitator will Federate all Stakeholder’s .NWC models of the Building to be coordinated. • BIM Facilitator will run clash detection batches for Building in concerned • BIM Facilitator will initially assign Clashes to the Stakeholder party that need to proceed with the change to address the clash.
•
Tuesday Afternoon (Weekly) • A Services Coordination meeting will occur to cover all issues discovered through the Clash detection process • All BIM representatives to attend. • This is repeated for each Building, throughout the project as needed.
B. DOCUMENT ISSUING PROTOCOLS All drawings/models, documents, meeting minutes etc. are to be uploaded to Aconex for all project participants
C. NAVISWORKS CLASH DETECTION SETTINGS & WORKFLOW 1. ABBREVIATIONS DEFINITION BUILDINGS NAME OPERATIONS CENTRE MAINTENANCE CENTRE PLANT LABORATORY WAREHOUSE BUILDING FIRE STATION MAIN GATE GUARDHOUSE VEHICLE MAINTENANCE WASTE MANAGEMENT PRODUCT LOADING WAREHOUSE FIELD OPERATION CENTRE 1B-8402 FIELD OPERATION CENTRE 2B-8402 LNG TANK AREA FIELD OPERATION
[BUILDING ABBREVIATION] OPE MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB T2FOB LNGFOB
[BUILDING #] 0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
DISCIPLINES NAME ARCHITECTURE STRUCTURAL MECHANICAL ELECTRICAL HYDRAULICS FIRE PROTECTION
2.
[DISCIPLINE ABBREVIATION] A S M E H F
DISCIPLINE AND SUBDISCIPLINE COLOR CODING
For identification & Coordination purposes Stakeholders shall export trades with default colors shown in chart below:
COLOR CODING DISCIPLINE/SUBDISCIPLINE ARCHITECTURE STRUCTURAL MECHANICAL - SUPPLY DUCTWORK MECHANICAL RETURN DUCTWORK MECHANICAL - EXHAUST DUCTWORK MECHANICAL - OTHER DUCTWORK MECHANICAL - PIPING ELECTRICAL HYDRAULICS - DRAINAGE HYDRAULICS - STORMWATER HYDRAULICS - COLD WATER HYDRAULICS - HOT WATER HYDRAULICS - OTHER FIRE PROTECTION
COLOR Light Grey Dark Grey Light Blue Light Red Light Green White Purple Green Brown Dark Green Blue Light Red Magenta Red
3.
NAVISWORKS NWF FEDERATED MODELS
Due to the size of the project a series of federated models will be created in Navisworks for each building. These models will be used for visualization and construction coordination and are a result of the combination of NWC files described in section 3.4. NWF FEDERATED MODELS NAMING PROTOCOL : [PROJECT #]-[FORMAT]-[BUILDING #]- [BUILDING ABBREVIATION]
[PROJECT #]
[FORMAT]
25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540
NWF NWF NWF NWF NWF NWF NWF NWF NWF NWF NWF NWF
4.
[BUILDING #]
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
[DISCIPLINE ABBREVIATION]
OPS MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB T2FOB LNGFOB
FEDERATED MODEL NAME
25658-540_NWF_0B-8401_OPS 25658-540_NWF_0B-8402_MAINT 25658-540_NWF_0B-8403_LAB 25658-540_NWF_0B-8404_WAR 25658-540_NWF_0B-8405_FIRE 25658-540_NWF_0B-8406_MGGH 25658-540_NWF_0B-8407_VME 25658-540_NWF_0B-8420_WM 25658-540_NWF_0B-8421_PLFGH 25658-540_NWF_1B-8402_T1FOB 25658-540_NWF_1B-8402_T2FOB 25658-540_NWF_0B-8423_LNGFOB
NAVISWORKS NWC EXPORT 3D VIEWS AND NWC
Stakeholders shall provide a navisworks NWC file for each building as described on this section. Additionally, Stakeholder model will created Export 3D views on each RVT model. See Attachment A for navisworks export Settings. NWC AND 3D EXPORT VIEWS NAMING PROTOCOL: [PROJECT #]-[FORMAT]-[BUILDING #]-[DISCIPLINE ABBREVIATION]-[BUILDING ABBREVIATION]
[PROJECT #] ARCHITECTURE 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 STRUCTURE 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540
[FORMAT]
[BUILDING #]
[DISCIPLINE ABBREVIATION]
[BUILDING ABBREVIATION]
NWC & 3D VIEW NAME
NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
A A A A A A A A A A A A
OPS MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB T2FOB LNGFOB
25658-540_NWC_0B-8401_A_OPS 25658-540_NWC_0B-8402_A_MAINT 25658-540_NWC_0B-8403_A_LAB 25658-540_NWC_0B-8404_A_WAR 25658-540_NWC_0B-8405_A_FIRE 25658-540_NWC_0B-8406_A_MGGH 25658-540_NWC_0B-8407_A_VME 25658-540_NWC_0B-8420_A_WM 25658-540_NWC_0B-8421_A_PLFGH 25658-540_NWC_1B-8402_A_T1FOB 25658-540_NWC_1B-8402_A_T2FOB 25658-540_NWC_0B-8423_A_LNGFOB
NWC NWC NWC NWC NWC NWC NWC
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407
S S S S S S S
OPS MAINT LAB WAR FIRE MGGH VME
25658-540_NWC_0B-8401_S_OPS 25658-540_NWC_0B-8402_S_MAINT 25658-540_NWC_0B-8403_S_LAB 25658-540_NWC_0B-8404_S_WAR 25658-540_NWC_0B-8405_S_FIRE 25658-540_NWC_0B-8406_S_MGGH 25658-540_NWC_0B-8407_S_VME
25658-540 25658-540 25658-540 25658-540 25658-540 MECHANICAL 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 ELECTRICAL 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 HYDRAULICS 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 FIRE PROTECTION 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540 25658-540
NWC NWC NWC NWC NWC
0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
S S S S S
WM PLFGH T1FOB T2FOB LNGFOB
25658-540_NWC_0B-8420_S_WM 25658-540_NWC_0B-8421_S_PLFGH 25658-540_NWC_1B-8402_S_T1FOB 25658-540_NWC_1B-8402_S_T2FOB 25658-540_NWC_0B-8423_S_LNGFOB
NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
M M M M M M M M M M M M
OPS MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB T2FOB LNGFOB
25658-540_NWC_0B-8401_M_OPS 25658-540_NWC_0B-8402_M_MAINT 25658-540_NWC_0B-8403_M_LAB 25658-540_NWC_0B-8404_M_WAR 25658-540_NWC_0B-8405_M_FIRE 25658-540_NWC_0B-8406_M_MGGH 25658-540_NWC_0B-8407_M_VME 25658-540_NWC_0B-8420_M_WM 25658-540_NWC_0B-8421_M_PLFGH 25658-540_NWC_1B-8402_M_T1FOB 25658-540_NWC_1B-8402_M_T2FOB 25658-540_NWC_0B-8423_M_LNGFOB
NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
E E E E E E E E E E E E
OPS MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB T2FOB LNGFOB
25658-540_NWC_0B-8401_E_OPS 25658-540_NWC_0B-8402_E_MAINT 25658-540_NWC_0B-8403_E_LAB 25658-540_NWC_0B-8404_E_WAR 25658-540_NWC_0B-8405_E_FIRE 25658-540_NWC_0B-8406_E_MGGH 25658-540_NWC_0B-8407_E_VME 25658-540_NWC_0B-8420_E_WM 25658-540_NWC_0B-8421_E_PLFGH 25658-540_NWC_1B-8402_E_T1FOB 25658-540_NWC_1B-8402_E_T2FOB 25658-540_NWC_0B-8423_E_LNGFOB
NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402 1B-8402 0B-8423
H H H H H H H H H H H H
OPS MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB T2FOB LNGFOB
25658-540_NWC_0B-8401_H_OPS 25658-540_NWC_0B-8402_H_MAINT 25658-540_NWC_0B-8403_H_LAB 25658-540_NWC_0B-8404_H_WAR 25658-540_NWC_0B-8405_H_FIRE 25658-540_NWC_0B-8406_H_MGGH 25658-540_NWC_0B-8407_H_VME 25658-540_NWC_0B-8420_H_WM 25658-540_NWC_0B-8421_H_PLFGH 25658-540_NWC_1B-8402_H_T1FOB 25658-540_NWC_1B-8402_H_T2FOB 25658-540_NWC_0B-8423_H_LNGFOB
NWC NWC NWC NWC NWC NWC NWC NWC NWC NWC
0B-8401 0B-8402 0B-8403 0B-8404 0B-8405 0B-8406 0B-8407 0B-8420 0B-8421 1B-8402
F F F F F F F F F F
OPS MAINT LAB WAR FIRE MGGH VME WM PLFGH T1FOB
25658-540_NWC_0B-8401_F_OPS 25658-540_NWC_0B-8402_F_MAINT 25658-540_NWC_0B-8403_F_LAB 25658-540_NWC_0B-8404_F_WAR 25658-540_NWC_0B-8405_F_FIRE 25658-540_NWC_0B-8406_F_MGGH 25658-540_NWC_0B-8407_F_VME 25658-540_NWC_0B-8420_F_WM 25658-540_NWC_0B-8421_F_PLFGH 25658-540_NWC_1B-8402_F_T1FOB
25658-540 25658-540
NWC NWC
1B-8402 0B-8423
F F
T2FOB LNGFOB
25658-540_NWC_1B-8402_F_T2FOB 25658-540_NWC_0B-8423_F_LNGFOB
V.
ATTACHMENT A: NAVISWORKS EXPORT SETTINGS
Below is the correct settings display when exporting from Revit to Navisworks
VI.
ATTACHMENT B: DEFINITIONS
3D: 3D refers to the physical geometry of the building as defined in the model, within the context of BIM this is made up of a collection of building components such as such as walls, slabs, columns, doors, windows, etc. It provides a way to visualise what the end product will look like.
4D: 4D refers to the effect of time against the model, specifically relating to the incorporation of the construction program timeline to the model components. This allows construction sequencing simulations, scheduling and on-site production control of the project Authoring Tool: Refers to various BIM software and/or applications used to create, edit and alter objects/elements which makes up the BIM model. Autodesk Revit Architecture: BIM authoring software developed by Autodesk that is predominantly used by architectural firms to create, edit and review architectural design from concept design to construction. Autodesk Revit Structure: BIM authoring software developed by Autodesk that is predominantly used by structural engineering firms to create, edit and review structural design and analysis from concept design to construction. Autodesk Revit MEP: BIM authoring software developed by Autodesk that is predominantly used by mechanical, electrical and hydraulic (MEP) engineers supporting building system designs and analysis from concept design to construction. BIM: Building Information Modelling (BIM) is the generation and management of information about a building during its entire life cycle. BIM is facilitated by a suite of technologies and processes that integrate to form the „modelâ€&#x; (essentially a database) at the heart of which is an object (or component) based 3D representation of each building element. The model is the single point of truth for the project.
DWG: DWG (DraWinG) is a binary file format used for storing two and three dimensional design data and metadata. It is the native format for several CAD packages including AutoCAD. Model Author / Model Owner: Model Author or Model Owner refers to each individual who contributes to the authoring of model content. The role of a model author includes; Creation and placement of model components; Entering applicable information regarding model components; Coordination of created components; Communication of model creation and coordination issues to the Model Manager NWC: Navisworks Cache (NWC) is the file format developed by Autodesk and is opened in the software Autodesk Navisworks
NWD: Navisworks Document (NWD) is the file format developed by Autodesk and is opened in the software called Autodesk Navisworks Manage and Autodesk Navisworks Freedom.
RVT: Standard file format used by all versions of Autodesk Revit.
ATTACHMENT F: NAVISWORKS FEDERATED MODELS DESIGN