A Heat Transfer Laboratory focuses on the study and practical applications of heat transfer principles, including conduction, convection and radiation. It allows students and researchers to experiment with various methods of heat exchange in different materials and system. Common equipment includes heat exchangers, thermal conductivity tester, and flow visualization setups. Experiments conducted in the lab help understand temperature gradients, heat flux and thermal resistance in real world applications such as HVAC systems, engines and manufacturing processes. The lab enhances learning through hands-on experimentation, fostering a deeper understanding of thermal energy movement and its impact on engineering designs.

A Fluid Mechanics and Solid Operations Laboratory is a specialized facility for studying the behavior of fluids and solid materials under various conditions. It plays a crucial role in understanding material properties and fluid dynamics, which is essential in engineering, construction and environmental science. These labs provide hands on learning for students, bridging theory with real-world applications and advancing knowledge in fluid dynamics and solid operations.

The Petrochemical and Polymer Analysis Laboratory provides students with hands-on experience in analyzing the chemical properties and behaviors of petrochemical products and polymers. Students learn to use advanced analytical instruments, such as chromatographs, spectrometers, and rheometers, to characterize materials, determine molecular structures, and evaluate polymer properties like viscosity and tensile strength. Through experiments, students gain insights into the processes involved in polymerization, petrochemical production, and the quality control of polymer-based products.

A Petroleum Product Testing Laboratory plays a crucial role in evaluating the quality, safety, and performance of various petroleum products such as gasoline, diesel, lubricants, and jet fuel. Students in this field learn to use advanced equipment like gas chromatographs and flashpoint testers to assess characteristics such as viscosity, density, sulfur content, and octane rating. They gain hands-on experience in analyzing product composition, ensuring compliance with industry standards and environmental regulations.

A Mass Transfer Laboratory is essential for students studying chemical engineering and related fields. In this lab, students explore the principles of mass transfer, which involves the movement of molecules between different phases, such as gas, liquid, and solid. They conduct experiments involving diffusion, absorption, distillation, and filtration, using equipment like packed columns, membrane reactors, and separators. Through hands-on practice, students learn to analyze mass transfer rates and optimize processes in industries like petrochemical, pharmaceuticals, and food processing.

The Chemical Reaction and Process Control Laboratory provides students with practical experience in understanding and optimizing chemical reactions and industrial processes. In this lab, students study reaction kinetics, reactor design, and control systems that regulate processes in industries like petrochemicals, pharmaceuticals, and food production. Using various reactors and control systems, they experiment with reaction rates, equilibrium, and temperature, pressure, and flow control. Students learn to apply mathematical models to predict reaction behavior and design automated systems that ensure safety, efficiency, and product quality.

The Computational Petrochemical Laboratory is an essential learning environment for students studying chemical engineering, focusing on the simulation and modeling of petrochemical processes. In this lab, students use specialized software to simulate processes like refining, distillation, and chemical reactions, allowing them to analyze and optimize industrial systems. They learn to solve complex equations related to heat and mass transfer, thermodynamics, and fluid dynamics. The lab experience helps students understand how to predict performance, improve efficiency, and reduce environmental impact in petrochemical operations. Through computational tools, students gain insights into real-world challenges, enhancing their problem-solving and decision-making abilities in the industry.