Is the Storage of Solids Included in GATE Chemical Engineering Syllabus?

Introduction to GATE Chemical Engineering

The Graduate Aptitude Test in Engineering (GATE) is a national-level examination for undergraduate engineering students in India. The Chemical Engineering section is highly competitive and covers various core and elective subjects. When it comes to the syllabus for GATE 2021, there have been specific changes and updates that applicants should be aware of.

Storage of Solids and GATE Chemical Engineering

One such query often arises among aspirants is regarding the inclusion of storage of solids in the Mechanical Operations syllabus of GATE. This article aims to clarify any doubts and provide a comprehensive understanding of the current GATE Chemical Engineering syllabus.

The GATE 2021 Syllabus for GATE Chemical Engineering

The syllabus for GATE Chemical Engineering for 2021 includes the following core subjects:

Process Calculations, Process Properties, Thermodynamics, Mass Transfer, Momentum Transfer, Heat Transfer, Chemical Reaction Engineering, Fluid Mechanics, Separation Processes, Fluid Dynamics, Environmental Engineering, Instrumentation and Process Control. The comprehensive syllabus covers fundamental concepts that are essential for a Chemical Engineer.

Does Storage of Solids Fall in the GATE Exam?

As per the 2021 GATE Chemical Engineering syllabus, the specific topic 'Storage of Solids' is not included under the 'Mechanical Operations' section. Mechanical Operations typically covers topics such as fluidization, fluid-solids contact, conveyors, and fluidized bed reactors, but does not include solid storage as its primary focus.

Why is 'Storage of Solids' Not Mentioned?

The mechanical storage of solids is primarily important in industries but might not have been deemed necessary for the GATE exam given the broader scope and fundamental concepts of Mechanical Operations. Solid storage is essential in industries such as pharmaceuticals, mining, chemical processing, and food processing, but it is more practical in real-world applications rather than being a core academic topic.

However, it's beneficial to understand the principles involved in solid storage, such as:

Storage vessel design Pneumatic storage Gravity storage Silo design Material handling techniques

Preparing for the Mechanical Operations Section in GATE

Despite 'Storage of Solids' not being explicitly mentioned, the related topics of mechanical operations can be crucial for understanding the broader aspects of process engineering. Important topics that you should focus on include:

Fluidization and fluid-solids contact Conveyors and conveyor design Compressors and pumps Heat exchangers and heat transfer systems Compressors and pumps for solids Solids transportation and handling

Additionally, it's essential to practice with past GATE questions to understand the format and the type of questions that can be expected. This will also help in identifying any gaps in your understanding and improve your overall preparation.

Impact on Exam Pattern and Preparation

Not including 'Storage of Solids' in the GATE syllabus means that focus should be on other core concepts and topics. However, this does not diminish the importance of related concepts, as they form the foundation of process design and optimization.

Conclusion

In conclusion, the Storage of Solids is not included in the GATE 2021 Chemical Engineering syllabus, but the principles and related topics are integral to a deeper understanding of the core concepts of Mechanical Operations. As you prepare for the GATE exam, it's crucial to focus on comprehensive coverage and practice as much as possible.

Error Handling and Update Includes:

We constantly update the information based on the latest syllabi provided by the exam conducting authority. If there are any new changes or updates to the GATE 2021 Chemical Engineering syllabus, we will make sure to reflect it in our content. If you have any latest information, feel free to let us know, and we would be glad to incorporate it into our articles.

If you have any more specific queries or need guidance on other topics related to GATE Chemical Engineering, feel free to reach out!