OptiPlant Configurator Module is a knowledge-based engineering application for optimizing plant layouts by automating 3D Modeling and Pipe Routing. The OptiPlant work process involves integration with front-end process engineering tools and costing tools to reduce time and allow for more options.

Optimizes the plant layout through an iterative process that is fast, interactive, and involves multiple elements, including equipment, piping and structures. Once the process is complete, the deliverables include drawings, reports, and MTO's.

Creates a seamless connection with the Core Router Module, which performs the main routing functions. This enables the combination of the latest graphics engine and web portability with tried-and-true pipe routing algorithms developed over the past 12 years.

The arrangement of the objects can consider the pipe routing and problems can be identified much earlier in the design. Multiple layouts can be studied quickly to determine the most feasible design. MTO reports can be quickly created and compared between several arrangements to determine the lowest cost.

Because of its ease of use and simplicity, OptiPlant is best applied to the earliest stages of the design process. But, as information is gathered, it can be added to create more and more accurate models and output. Then, the information generated is fully exportable to other, more detailed software, such as ASD's Microstation Module.

OptiPlant utilizes a simple, easy to use modeling environment, so no advanced CAD training is needed. Objects within the plant can be easily created and manipulated through this specialized graphical interface.

Features

• Easy Creation and Manipulation of Plot Plan — Equipment and structure icons allow the easy creation and placement of all objects needed in the plant. Objects can be easily modified, moved, or copied to create several different layouts
• Rule-based Nozzles Associated with Each Equipment Type — The program will automatically adjust these points according to equipment orientation and position. The sequences in which the lines will route depend on the pipe material, size, and branch connections. Valves may be placed automatically by the program or specified by the user.
• Includes Routing Considerations in Layout Design — Lines can be quickly routed to determine the impact of the equipment arrangement. The information can be used to develop a more optimal plot plan which considers pipe routing.
• Tower Hugging — This facility forces lines to use towers as support. Pump lines may be routed in a symmetrical or asymmetrical arrangement. Tees are automatically sequenced according to the location of the branch lines connected.
• Flexible Operation — Users can customize individual pipes or a whole batch of pipes, according to preference. The user may change the bend radius, bend-to-bend distance, routing cost factors, position of branches or valves, insulation thickness and material specifications.
• Comparisons Between Alternates — Lines can be routed for different layouts, and MTO reports created for comparison.
• Optimized Routing — Routes have the same features as ASD's Pipe Router, which are optimized and interference-free.
• Importing Information to Pipe Router — All information can be imported into ASD's Pipe Router for further design.