This Specialization in Design of Utility Systems for Industrial Plants provides a comprehensive understanding of the essential utilities that ensure efficient, reliable, and sustainable plant operations. It introduces learners to the role and importance of utility systems in chemical and process industries, followed by detailed coverage of major utilities such as Air, Nitrogen, Water, Fuel, Steam, Condensate, and Refrigeration Systems. Learners gain insights into design principles, equipment selection, operational considerations, and energy-efficient practices crucial for effective fluid, gas, and thermal management across industrial facilities.
The program also explores Effluent Treatment Plants (ETPs), Safety Relief & Flare Systems, and various Miscellaneous Utility Systems including Co-Generation Plants, Oily Water Sewer (OWS), Closed Blowdown (CBD), Contaminated Rainwater (CRWS), Rainwater Harvesting systems, Industrial Waste Incinerators, and utilities specific to Sugar Technology. Emphasis is placed on environmental compliance, safety standards, water reuse, waste minimization, and energy recovery. Throughout the course, learners are introduced to relevant industrial codes and standards, ensuring they can design integrated, efficient, and regulatory-compliant utility systems for modern industrial plants.
Applied Learning Project
Learners will work on industry-focused projects that develop the skills to interpret PFDs, P&IDs, and utility schematics for process plants. They will design key utility systems air, nitrogen, water, steam, condensate, refrigeration, safety and flare, effluent treatment, and waste incineration while applying relevant codes and standards such as ASME, API, NFPA, and IS. Projects include preparing basic sizing calculations, utility load estimates, and mini design packages. By the end, learners will be able to create compliant, industry-specific utility designs for various process industries.
