This project focuses on developing a complete piping design solution for an industrial process plant. It covers equipment layout coordination, piping routing, material selection, and compliance with ASME piping codes. Detailed P&IDs, GA drawings, and isometric drawings are prepared to represent real project deliverables. Stress considerations, thermal expansion, and accessibility are addressed during layout planning. The project reflects real-world plant engineering workflows used in oil & gas and petrochemical industries.

This project focuses on performing detailed stress and flexibility analysis for a high-pressure steam pipeline system. It manages thermal expansion, sustained loads, occasional loads, and support optimization using industry-standard stress analysis practices. Pipe supports such as anchors, guides, and spring hangers are designed to ensure system stability. Code compliance checks are performed as per ASME standards. The project reflects real-world piping stress analysis practices used in power and process plants.

This project focuses on designing a cooling water piping network for a large industrial facility. It includes pipe sizing, flow calculations, pressure drop analysis, and selection of valves and fittings. Layout optimization is performed to ensure efficient routing and maintenance accessibility. Fabrication drawings and material take-offs are generated for execution readiness. The project reflects real-world cooling water system design workflows followed in power plants and heavy industries.