NEOSYNTEZ is an EDMS (Engineering Data Management System) tool for reducing the complexity of understanding operations at industrial and civil construction facilities. Our software stores, accesses, and analyses data during the entire life cycle: design, construction, operation, and reconstruction.
NEOSYNTEZ encompasses the information model for facilities that you are designing and building. It provides you with a dynamically adjustable facility structure, attributes, multiple links, and makes multi-criteria queries.
You access NEOSYNTEZ through today’s Web browsers. This provides you with needed information promptly, at any time from any place with a network connection, and from any device that can run a Web browser.
Fig. 1. Example of how NEOSYNTEZ presents information in a variety of formats
Fig. 1. Example of how NEOSYNTEZ presents information in a variety of formats
NEOSYNTEZ as Common Access Point for All Users
NEOSYNTEZ unifies many different pieces of information about the facility into a single information environment. It handles research, design, construction, operations, repair, and sub-contractor functions equally well.
Our system has outstanding flexibility. It integrates seamlessly with the other software tools developed by NEOLANT Group, as well as ones you use made by third-party vendors. It couples fast computing speed with an easy-to-use interface.
NEOSYNTEZ Creates Digital Asset Solutions
NEOSYNTEZ provides you with simultaneous overviews of processes, financials, configurations, and scheduling. It updates and adds data continuously at any point in time. The virtual facility prototype is created as a digital asset, and so you now have the basis for making error-free engineering and management decisions.
With digital assets available through any Web browser, your team gains enhanced manageability, transparency, and predictability of the design-build-operate processes at all stages of the facility’s life cycle.
Transparency encourages better decision-making, thus attracting investment and reducing the cost of business insurance.
Here’s how:
In the first case, potential investment partners gain immediate access to centralized information. Based on what they learn, they are able to justify their conclusions regarding the actual state and reliability of the facility. The plant attracts larger investments by encouraging the interaction of all stakeholders. The investment firms can perform more accurate financial assessments and form the most favorable contact terms.
In the second case, the easy access to centralized information may have the benefit of reducing insurance rates.
NEOSYNTEZ Reference Customers
Microelectronics for Military-Industrial Applications: Angstrem-T manufacturing sub-micron semiconductor elements
Civil Construction: Multi-purpose Health Center Grand Medica
Step 1. Structuring the Engineering Data Archive
Integrating Data from Different Systems
Data consists of general properties and current operating properties of equipment, along with the mass and volume of components, data on materials used at the facility, topology information about the facility’s location, data on activities carried out specific to components, and so on.
Any type of facility IT system, such as ERP, MES, PM, MRO, CAD, and APCS, can be a data source for NEOSYNTEZ.
Interactively Visualizing Data
NEOSYNTEZ displays data interactively in a variety of flexible formats. You can visualize and analyze data through the following means:
Tree view of facilities
Digital documents
2D general layouts, processing schemes, and electrical diagrams
2D and 3D GIS
3D-4D-5D-6D models
Spherical panorama images
Analytical panels and time-lines
Combinations of formats
Through NEOSYNTEZ, you select the best way to present information to most effectively make decisions on any task.
Accounting, Storing, and Managing Facility Information
Accounting for and storing heterogeneous data with different attributes, yet able to connect objects and related documents
Accounting and classifying facility data flexibly; no development required, nor changes to data structures to meet needs of different facility services
Developing tree-like hierarchies of groups of objects of any complexity
Developing alternative trees for divisions like architecture, construction, and operations
Transiting quickly and seamlessly between representations of facilities
Fig. 2. Accessing data of a tank through 3D models and P&ID
Fig. 2. Accessing data of a tank through 3D models and P&ID
Fig. 3. Generating a specification for selected elements in NEOSYNTEZ
Fig. 3. Generating a specification for selected elements in NEOSYNTEZ
Data Management
Viewing attribute data about each element of the facility information model
Searching facility information model elements by attribute links, visualization of results, user queries, and user-defined report generation
Measuring distances, angles and areas, reading coordinates and dimensions of specific model elements
Cutting model cross-sections with dynamic orthogonal planes
Generating specifications of selected facility model elements automatically
Synchronizing results from different data representations
Fig. 4. Customized Facilities Tree in NEOSYNTEZ
Fig. 4. Customized Facilities Tree in NEOSYNTEZ
Fig. 5. Displaying the electronic documentation archive in NEOSYNTEZ
Fig. 5. Displaying the electronic documentation archive in NEOSYNTEZ
Step 2. Solving Practical Facility Issues Throughout the Life Cycle
NEOSYNTEZ saves millions of dollars and months of effort through effective facilities management. This is made possible through the combination of significant functions during the following stages of a facility’s lifecycle:
Effects
Are achieved by solving applied problems
Effects on Operations
Unification and standardization of equipment databases
Maintaining a central general register of equipment, including equipment specifications
Mitigation of human factors on equipment operations and maintenance
Recording daily operating logs digitally
Recording walk-throughs and inspections of equipment with mobile devices and portable barcode readers
Reducing failures and equipment downtime
Assessing the risk of accidents and accident related patterns to determine repair priorities based on the how critical the part is to the entire facility
Creating and updating reports for regional industrial safety standards and regulating authorities
Managing recourse features of equipment through integration with Automated Process Control Systems, online visualization, monitoring and analysis of observed values
Accounting and analysis of repairs under progress, as well as failures, defects, and other events that affect the facility’s equipment, buildings, and structures
Recording and displaying information of every weld seam
Reducing complex repair costs and maintenance, and reducing personnel training
Training by means of digital smart guides for assembly/disassembly and operation of the equipment, using tools of virtual and augmented reality (VR/AR)
Enhancing the level of emergency preparedness and response
Modeling emergency and non-routine situations and drill sequences of activities with the use of virtual reality analytical simulators and computerized training systems
Effective Construction and Reconstruction
Assuring conformance to ICW (installation and construction works) standards
Eliminating construction collisions by modeling proposed alternatives directly on-site using BIM
Accessing models remotely to support consultations with design experts
Reducing construction/reconstruction time and non-manufacturing costs
Monitoring capital construction processes through synchronization with time-resource schedules
Modeling execution of CIW ahead/behind-of-schedule based on 4D building models
Supervising purchases and deliveries by means of 5D-6D models
Improving interaction among stakeholders
Generating week/day orders automatically for construction site workers
Recording changes in digital logs for designer and engineering supervision; records are supplemented with any type of data (sketching, drawing, and so on), edited, and their statuses be revised
Improving construction operations and mitigation of the human factor on construction quality
Modeling plans of complex construction operations and training personnel with the help of interactive 3D installation instructions
Impacts on Design
Improving quality of designs and documentation
Eliminating spatial collisions on 3D models
Eliminating time conflicts on 4D models
Incorporating all design sections and integrating projects with management systems
Reducing design execution time
Organizing sub-contractors activities efficiently
Maintaining design and engineering documentation submitted by sub-contractors, with the capability to change status of documentation, such as under-negotiation or approved
Fig. 6. Monitoring construction
Fig. 6. Monitoring construction
Fig. 7. Visualizing gauge readings in NEOSYNTEZ
Fig. 7. Visualizing gauge readings in NEOSYNTEZ
Fig. 8. Reviewing repair statistics in NEOSYNTEZ
Fig. 8. Reviewing repair statistics in NEOSYNTEZ
Comprehensive Life Cycle Support
NEOLANT GC has long-term experience in creating and maintaining digital assets for our country’s largest industrial facilities. We implement them in the shortest possible time with a minimal consumption of resources, and at best price for our customers.
The services of our company’s experts include the following:
Supporting information modeling for a full range of engineering services
Providing information through CAD, BIM, GIS, and EDMS at all life cycle stages for industrial and civil construction facilities
Introducing CAD, BIM, GIS, and EDMS to the everyday operation of customers
Depending on the life cycle stage, our services are available as follows:
At the operations state
Creating and implementing IT systems based on BIM to support operations and MRO
Creating digitized guidelines for installing, operating, and dismantling equipment
Developing engineering and computing training systems and simulators based on virtual and augmented reality technologies (VR/AR)
Creating and updating as-used BIM models
At the construction and reconstruction stages
Computerizing processes for planning and monitoring construction and installation based on time/work schedules
Minimizing planning errors from information gaps by integrating design, purchase, and construction activities
Acting as general contractor and performing design supervision
Solving everyday operations by generating as-built BIM models for the next stage of operations
At the design stage
Developing turn-key projects, submitting 2D design documentation, and transferring as-designed BIM models to the next life cycle
Creating as-designed BIM models for new facilities based on 2D design documentation developed by general contractors
Analyzing spatial and technological conflicts for projects under development
Preparing initial data for reconstruction of existing facilities by reengineering existing 2D documentation, laser scans, spherical panoramas, photographic surveys, and virtual and augmented reality
Learning More about NEOSYNTEZ
Feel free to consult with us about implementing NEOSYNTEZ for your specific needs. Our experts can address any issues that arise from the use of our software. We take into account the specifics of your enterprise.
Here is how you can learn about the abilities of our system.
Take part in a Webinar
To learn more about NEOSYNTEZ, register for our free webinar that includes an on-line demonstration of the system’s capabilities
Plant Information Models:
NEOSYNTEZ:
Simulators and Virtual Reality:
