Multi-User and Multi-Discipline
It supports multiple users working simultaneously and integrates various engineering disciplines (such as process, mechanical, electrical, and instrumentation) into a single platform.
Offshore and Onshore
PDMS is used for both offshore (e.g., oil rigs, platforms) and onshore (e.g., refineries, chemical plants) projects.
Engineer Controlled
Engineers have control over the design process, ensuring accuracy and consistency.
Detailed 3D Models
PDMS allows the creation of detailed 3D models of process plants, including equipment, piping, structural elements, and instrumentation.
Customizable nature
of PDMS allows users to adapt it to their specific project requirements, ensuring efficient workflows and accurate representations of complex facilities.
Our Vision
Streamlined Project Workflows
PDMS streamlines the entire design process, from conceptualization to detailed modeling.
Here’s how:
3D Modeling
PDMS enables detailed 3D modeling of process plants, including equipment, piping, and structural components. Designers can visualize the entire facility, identify clashes, and optimize layouts.
Interdisciplinary Coordination
PDMS integrates various disciplines (mechanical, electrical, instrumentation, etc.) into a single environment. This collaboration minimizes errors and ensures consistency across all aspects of the project.
Material Takeoff and Bill of Materials
PDMS generates accurate material takeoffs and bills of materials, essential for procurement and construction phases.
Construction Support
PDMS aids in construction planning by providing accurate models for site installation. It also facilitates clash detection during construction, reducing rework.
Precision Solutions for Industrial Applications
In summary, PDMS is widely used in the oil & gas and power generation industry due to its versatility, collaborative features, and ability to optimize design workflows. Whether designing offshore platforms, refineries, or petrochemical plants, PDMS plays a crucial role in ensuring efficient and accurate project.
