Overview

This course on Design of Special Utility Systems is intended for Mechanical and Chemical Engineering professionals, faculty members, and students who seek practical and design-oriented knowledge of industrial utility systems. The program covers the systematic design of fuel systems, thermic fluid systems, steam and condensate systems, and refrigeration systems used in process plants and industrial facilities. Learners will gain a clear understanding of fuel system components such as storage, pumping, filtration, and metering, along with the evaluation and selection of solid, liquid, and gaseous fuels for efficient and environmentally compliant operation. The course develops competency in thermic fluid system design by focusing on fluid characteristics, heat transfer efficiency, safe operation, and energy optimization. Participants will also learn the fundamentals of steam generation, distribution, pressure control, and condensate recovery to enhance reliability and reduce energy losses. In addition, the course explains refrigeration principles, refrigeration cycles, refrigerant selection, and component sizing to achieve efficient and safe cooling solutions. Overall, the course equips learners with the ability to design robust, energy-efficient, and compliant special utility systems for real-world industrial applications.

Syllabus

Design of Special Utility System - Fuel System

This particular module deals in fuels systems used in Chemical Process Industries. In process industries, such as petrochemical, pharmaceutical, food and beverage, and power generation sectors, the fuel system plays a crucial role in providing energy for various manufacturing processes, heating, and power generation. The design of a fuel system in such industries focuses on delivering fuels safely and efficiently to maintain continuous operations while ensuring that the energy requirements of different process units are met. This system often includes the storage, transportation, regulation, and delivery of fuels to different units within the plant. In this module, solid, liquid and gaseous fuels their equipment involved in handling, their advantages and disadvantages are covered in detailed. Additionally, fuel emissions and air pollution control required and reference project documents for design of fuel systems are covered in this module.

Design of Special Utility System - Thermic Fluids

The Design of Thermic Fluid Systems module focuses on the principles, components, and processes involved in the design and implementation of thermic fluid heating systems, which are widely used in industries requiring high-temperature heating at low pressure. These systems utilize heat transfer fluids (HTFs) to efficiently transport heat from one point to another, providing a stable and controlled heating environment for various applications, such as industrial heating, drying, chemical processing, and heat treatment. This module will guide learners through the fundamental design concepts, equipment selection, and key considerations needed for building and optimizing thermic fluid systems. By understanding the operation, design, and maintenance requirements of these systems, learners will be equipped to design systems that are energy-efficient, cost-effective, and safe.

Design of Special Utility Systems - Steam and Condensate

The Design of Steam and Condensate Systems module is dedicated on the principles, components, and best practices involved in the design, implementation, and optimization of steam and condensate recovery systems. Steam is one of the most widely used utilities in process industries for heating, power generation, sterilization, and numerous other applications. The design of efficient steam and condensate systems is crucial to achieving energy efficiency, reducing operating costs, and maintaining reliable operations in industrial settings. This module will provide an in-depth understanding of steam generation, distribution, and condensate recovery, and guide learners through the entire design process from the steam boiler to condensate return systems. By mastering the design considerations for both steam and condensate systems, learners will be able to improve system performance, prevent inefficiencies, and ensure safe and reliable operation.

Design of Special Utility - Refrigeration System

This module on the Design of Refrigeration Systems is designed to provide a comprehensive understanding of the principles, components, and design considerations involved in creating efficient refrigeration systems. Refrigeration is an essential utility in various industries such as food processing, pharmaceuticals, chemical manufacturing, air conditioning, and more. This module covers the entire process of designing a refrigeration system, including the selection of refrigerants, components, and safety measures, while focusing on system optimization for energy efficiency and reliability. Learners will explore the thermodynamic principles behind refrigeration, the components involved, and the processes necessary to create systems capable of maintaining desired temperatures in a variety of applications. By mastering the design process and system management, learners will be able to design refrigeration systems that are both effective and environmentally friendly.