Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
BIM: HOW TO CREATE AND UPDATE MODELSFOR COMPLEX PROCESSING FACILITIES
BIM tool for understanding the complexity of processing facilities. This software creates and updates information in models at all stages of project life cycles: designing, constructing, operating, and reconstructing plants in 3D.
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
Contents 2
The Life Cycle of a Process Facility and Its Data-focused Information Model 3
POLYNOM Creates and Supports BIM Models During All Facility Life Cycle Stages 4
Modules Available for POLYNOM 5
POLYNOM Capabilities 6
POLYNOM is the Best and Affordable BIM for Process Facilities 7
References of POLYNOM from Various Disciplines 8
How to Implement POLYNOM at Your Office Quickly 9
Learn More and Try POLYNOM at Your Workplace 10
You May Also Like Our CAD, BIM, EDMS Offerings and Services 11-12
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
The Life Cycle of a Process Facility and Its Data-focused Information Model
3
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
POLYNOM Creates and Supports BIM Models During All Facility Life Cycle Stages
DESIGN CONSTRUCTION OPERATION
Creating as-designed BIM models for new facilities, based on 2D documentationIssuing design documentation through drawings, specifications, registers , etc.
Enhancing design quality through automatic collisions checks
Employing 4D-6D technology at later stages
Implementing change orders immediately under the supervision of designers
Supporting all construction and installation work
Generating as-designed documentation and as-built BIM models
Effectively reconstructing and retrofitting facilities
Creating and updating as-used BIM models
Transferring and updating BIM inside the EDMS (Engineering Data Management System)
Supporting early engineering decision making
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Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
Modules Available for POLYNOM
PROCESS PIPELINES ARCHITECTURE AND CONSTRUCTIONEQUIPMENT
VENTILATION AND HEATING SUPPORTS AND HANGERS ELECTRICAL TRAYS AND CABLES
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Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
POLYNOM Capabilities
LOADING INITIAL 3D DATA REQUIRED FOR DESIGN
UPDATING “AS DESIGNED” BIM AFTER LASER SCANNING “AS BUILT” FACILITY
HIGH PERFORMING ORGANIZATION OF TEAM ACTIVITIES
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GENERATING DRAWINGS AND SPECIFICATIONS
3D SYMBOLS CONSTRUCTOR
INTEGRATION WITH ESTIMATING SYSTEMS
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
POLYNOM is the Best and Affordable BIM for Process Facilities
EFFICIENT: Operate with Large-Scale Facilities Throughout all Life Cycle stages
Immediate visualization and navigation through BIM containing ≥ 1 mln. elements
Standard catalogue contains ≥ 500 000 elements
Powerful converter and viewer InterBridge
No special requirements to PC
Capability to operate on standard office computers
No unintended investments in PC renewal
USER FRIENDLY: Operate on Any Type of Computers
AT BEST VALUE: Affordable Price and Flexible Implementation
POLYNOM cost of ownership is by 40-70% lower than cost of analogous CAD/BIMrelating to top level
Possibility to make changes on Your own in the data model structure without involving design institutes or developers
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Profitable
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
References of POLYNOM from Various Disciplines
MILITARY-INDUSTRIAL COMPLEX /MICRO-ELECTRONICSAngstrem-T manufacturing sub-micron semiconductor elements
NUCLEAR WEAPONS COMPLEXROSATOM: JSC FCS&HT SNPO Eleron, FSUE PA Mayak
NUCLEAR INDUSTRYROSATOM: Concern Rosenergoatom JSC: Balakovo NPP, BeloyarskNPP; FSUE NITI named after A.P. Alexandrov
HYDROPOWER COMPLEX RusHydro PJSC
OIL AND GAS EXTRACTIONGazprom Neft PJSC, Slavneft JSC: Slavneft-Krasnoyarskneftegas LLC
OIL REFINERISRosneft PJSC, Bashneft-Novoil JSC
EXPERIENCE ABROADKozloduy NPP (Bulgaria)
OIL TRANSPORTATIONGazstroyproekt JSC, ZNGS Prometey LLC, Gazprom Invest LLC
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Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
How to Implement POLYNOM at Your Office Quickly
CONSULTING
IT ENGINEERING
TRAINING & SUPPORT
SUCCESSFUL BIM IMPLEMENTATION
Select implementation alternatives that meet the conditions of the specific enterprise, including integration with existing software
Evaluate POLYNOM in operation BEFORE implementation:
Actual projects
Customers’ engineers
NEOLANT’s engineersCustomers’ engineers training
System administration
Adaptation and completion element bases
Skilled and motivated personnel
Configured and adapted BIM
Methodology of BIM operation
Successful experience of BIM application mastered in processing own project
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Try demo version for free neolant.com/polynom/demo
Order webinar neolant.com/polynom/webinar
Consultation
Learn more neolant.com/polynom
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
Learn More and Try POLYNOM at Your Workplace 10
+ 7(499) 999 0000, ext. 192
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
You May Also Like Our CAD, BIM, EDMS Offerings 11
Construction Management Software for digitizing the process of planning, managing, and controlling construction activities based on a time schedule; designed for efficient 2D through 6D design and construction planning of industrial and civil facilities of any complexity
Engineering Data Management System to store, access, and analyse industrial and civil construction facilities through the entire life cycle: design, construction, operation, and reconstruction
Converter and viewer of a unified information model (including graphics and semantic 2D/3D data) generated on the base of various CAD/BIM/PLM-platforms.
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
You May Also LikeOur Software and Data Integration Services
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REALITY: No one BIM vendor is able to cover all tasks
IMPLEMENTATION: NEOLANT GC’s expertise as a developer of its own
solutions and as an integrator of third-party solutions
SOLUTION: Create an integrated information environment from a combination of solutions from
various vendors
Audit current levels of facility life cycle automation
Audit efficiency of BIM performance
Select required/necessary BIM-tools
Develop BIM standards and regulations
Adapt and set BIM tools
Create parts catalogs: from scratch or by import from other BIM systems
Integrate a system by implementing BIM from various vendors
Integrate portions designed by subcontractors using different BIM systems in to a single master design, based on a comprehensive 3D information model
Provide BIM from various vendors that are partners of NEOLANT GC
…
Complex Engineering and IT Solutions for Plants Life Cycle Management: BIM/PIM, PDM/PLM/EDMS
You May Also LikeOur Comprehensive Support of Facility Life Cycles
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OPERATIONSCONSTRUCTION/RECONSTRUCTIONDESIGN
Develop turn-key projects, submit 2Ddesign documentation. transfer as-designed BIM models to the next stage of the life cycle
Create as-designed BIM models for new facilities based on 2D design documentation developed by general contractors
Analyze whether projects under development contain spatial or technological conflicts
Prepare initial data for reconstruction of existing facilities from existing 2Ddocumentation, laser scans, spherical panoramas, photographic surveys, virtual and augmented reality scenes
.
Digitize planning processes and monitor construction and installation work based on time/work schedules
Integrate all design, purchase, and construction activities with the aim of minimizing planning errors due to gaps in information
Act as the general contractor and perform the duties of designers’ supervision
Generating as-built BIM models for transfer to the next stage of operations; solve everyday operating tasks
.
Create and implement IT systems to support operations, and MRO based on BIM
Create digital guidelines for installing or dismantling and operating on-site equipment
Develop engineering and computer-based training systems and simulators through the use of virtual and augmented reality technologies (VR/AR)
Create and update as-used BIM models.
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