Detailed Process Design
Detailed Process Design is the comprehensive engineering phase where every aspect of a process plant is defined—ranging from equipment sizing and piping layout to control systems and utilities. It transforms simulation data into construction-ready technical documentation, ensuring safe, efficient, and scalable plant operation.
At Simulink, our detailed process design ensures alignment with plant requirements, industry codes, and operational efficiency. We utilize advanced tools such as Aspen EDR, Aspen Shell & Tube, Aspen Exchanger Design & Rating, CHEMCAD, and Tower Design to perform rigorous calculations for equipment sizing, thermal rating, and mechanical design. These platforms enable us to deliver high-fidelity specifications for heat exchangers, columns, and reactors, ensuring safety, performance, and compliance with standards like ASME, TEMA, and API.
Key Deliverables
Our key deliverables reflect Simulink’s commitment to precision, compliance, and performance in every detailed design project. Each outcome is developed using advanced engineering tools and validated against global standards, ensuring that every design element meets performance, safety, and integration requirements across industrial environments..
Mechanical Details
Complete specifications for exchangers, reactors, and column internals.
Code Compliance
Designed in accordance with ASME, TEMA, API, and other global standards.
Verified Simulations
Validated using Aspen EDR, Tower, ChemCAD, and other leading tools.
Project Documents
Includes datasheets, P&IDs, and fabrication-ready drawings.

Core Strengths
Our detailed process design service ensures technically sound and fabrication-ready solutions, helping industries reduce design errors, improve reliability, and meet performance benchmarks.
- Enhances accuracy in equipment sizing and specification
- Reduces commissioning risks through validated design models
- Ensures compliance with ASME, TEMA, and API standards
- Speeds up procurement and fabrication with complete documentation
Our approach results in smarter project execution, enabling safer operations, cost savings, and faster time-to-market for complex process systems.