NEOSYNTEZ is PLM* software for managing engineering data throughout the entire lifecycle of plant infrastructures. The data-centric approach developed by the NEOLANT Group makes it possible for NEOSYNTEZ to develop a full information model of industrial facilities. Our information model packages into a single, structured vault all data about any element in a facility, along with all required design, executive, operations, and other documents required to operate the facility.
Fig. 1. An Example of a Combination of Ways to Represent Information that NEOSYNTEZ May Have
Fig. 1. An Example of a Combination of Ways to Represent Information that NEOSYNTEZ May Have
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
NEOSYNTEZ Unifies Different Data Sources
Data can consist of general characteristics and current operating parameters of equipment, along with mass and volume of components, data on materials used at the facility, topology information about location of the facility’s components, data on activities carried out at the facility with reference to the specific components, and so on.
Thus, NEOSYNTEZ helps in getting information on-line about any element in the facility with related design, executive, operations, and other documents.
NEOSYNTEZ Presents Data in Flexible Formats
NEOSYNTEZ interactively provides data in a variety of flexible formats. Data is visualized and analyzed by means of the following systems:
tree of facilities;
electronic documents;
2D general layouts, processing schemes, and electrical diagrams
2D GIS and 3D GIS;
3D-4D-5D-6D models;
spherical panoramas;
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.
NEOSYNTEZ Unites Users from Different Offices
NEOSYNTEZ unifies heterogeneous pieces of information about the facilities into a single information environment. By doing do, it handles, research, design, construction, operations, repair, and sub-contractors equally well.
Our system has proven to have outstanding flexibility due to its seamless integration with other software tools developed by NEOLANT Group and third-party vendors, coupling its fast computing speed with an easy-to-use interface.
Competitive Strengths of Enterprises Using NEOSYNTEZ
Strength
Implemention Benefit
Higher quality of technical and managerial decision-making.
Coverage of geometric, technological, and financial parameters, as well as time factors.
Integrity and accuracy of interrelated data on the facility.
Allows analysis of data by any slice, with visual. references to the facility’s elements.
Decreased risk of losing information about facilities.
Storing all data in a single vault for facility functions.
Decreased cost of running the facility.
Implementing capabilities to solve tasks at any stage of the facility’s lifecycle.
Considerable Optimization of Management-Related Costs Using NEOSYNTEZ
NEOSYNTEZ can save millions of dollars and months of effort through its effectiveness at facilities management. This Optimizing resources is made possible by adopting a combination of functions during the following significant stages of a facility’s lifecycle.
Design
Improved quality of projects and design documents.
Reduced design collisions.
Shortened project duration.
Construction
Assured compliance of construction results.
Enhanced interaction among construction project stakeholders.
Reduced construction collisions.
Shortened construction duration and reduced non-manufacturing costs.
Reduced impact of human factor on the construction quality.
Operation
Unified and standardized equipment databases.
Reduced equipment failures.
Shortened equipment downtime.
Shortened design time for refurbishment and facility upgrades.
Reduced cost for complex repairs.
Reduced personnel expenses of repairs.
Shortened training time of operators and repair personnel, even for complex operations.
Improved level of emergency preparedness and response.
Decommissioning
Increased effectiveness of comprehensive engineering and technical inspections during pre-decommissioning.
Increased accuracy in calculating types and categories of all forms of waste, along with determining required reprocessing technologies.
Improved sequencing of dismantling operations, with the aim of saving resources.
Optimization of Management-Related Costs Through NEOSYNTEZ
An information model is an integral part of NEOSYNTEZ. It can be developed at any stage of the facility lifecycle and its application will demonstrate an immediate effect.
The experts at NEOLANT gain their great experience in developing and supporting information models for Russia’s largest industrial facilities. As a result, implementation takes the shortest possible time and minimal resources, at the optimal cost for a customer.
NEOLANT is ready to render services in the development and support of information models of infrastructure facilities, as well as solve applied tasks throughout the facility’s lifecycle.
NEOSYNTEZ Support for the Lifecyсle
Support During Design
Placing of project parts and elimination of spatial collisions (3D models) and time collisions (4D models).
Control of subcontractors works through accounts and storage of design documents received from subcontractors, with options to change agreements and set approval status.
Support During Construction
Automated weekly and daily targets for construction site personnel.
Information support for supervising designers and engineers (technical and field); electronic logbooks of every designer and engineer to record changes and confirm statuses, such as draft or drawing, as well as edit and change statuses.
Monitoring major construction work through scheduling and modeling of the construction progress/delays in 4D models.
Management of purchasing and deliveries.
Safe operations training of personnel using 3D interactive installation manuals.
Fig. 3. Construction Monitoring in NEOSYNTEZ
Fig. 3. Construction Monitoring in NEOSYNTEZ
Fig. 4. Visualization of Gauge Readings in NEOSYNTEZ
Fig. 4. Visualization of Gauge Readings in NEOSYNTEZ
Support During Operations
Unified electronic equipment inventory.
Electronic logbooks.
Automation of equipment inspection using mobile devices and portable barcode readers.
Management of equipment lifetime characteristics integrated with automated technology process control systems; on-line visualization, monitoring, and analysis of indices.
Accounting and analysis of repairs, failures, defects, deviations, and other events observed of the facility’s equipment, buildings, and construction.
Control over welded joints; data input and display of information about each welded joint.
Training operating and repair personnel.
Support During Decommissioning
Analysis of decommissioning options.
Management of decommissioning projects based on consolidated activities schedules.
Acquisition and analysis of information on the engineering and technical state of facilities.
Calculation of the amount of waste of all types and categories.
Development of process flow charts for decommissioning.
Training personnel involved in decommissioning projects.
Fig. 5. Repair Statistics in NEOSYNTEZ
Fig. 5. Repair Statistics in NEOSYNTEZ
Fig. 6. Mobile Client Interface in NEOSYNTEZ
Fig. 6. Mobile Client Interface in NEOSYNTEZ
NEOSYNTEZ Functional Capabilities
Fig. 7. Customized Facilities Tree in NEOSYNTEZ
Fig. 7. Customized Facilities Tree in
NEOSYNTEZ
Fig. 8. Electronic Documentation Archive in NEOSYNTEZ
Fig. 8. Electronic Documentation Archive in NEOSYNTEZ
Fig. 9. Generating a Specification for Selected Elements in NEOSYNTEZ
Fig. 9. Generating a Specification for Selected Elements in NEOSYNTEZ
Accounting, Storage, and Management of Information about a Facility
Accounting and storing heterogeneous data having different attributes, yet being able to connect objects and related documents.
Flexible accounts and classifications of facility data, with no development required or changes to data structures to meet needs of different facility services.
Development of tree-type hierarchies of groups of objects of any complexity, as well as developing alternative trees for different divisions, such as architecture, construction, and functions.
Quick seamless transitions between representations of a facility.
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 facility model elements.
Cutting model cross-sections with dynamic orthogonal planes.
Automatically generating specifications of selected facility model elements.
Synchronizing results from different data representation.
How to Know More about NEOSYNTEZ and Install it?
The experts at NEOLANT are willing to consult with you on any issues arising from the use of NEOSYNTEZ taking into account the specifics of your enterprise. Here is how we can help you:
Operate NEOSYNTEZ at your site to learn the capabilities of our system:.
Plant Information Models:
NEOSYNTEZ:
Simulators and Virtual Reality:
Decreased risk of losing information about facilities.
Improved quality of projects and design documents.
