B.Tech Petrochemical Engineering syllabus is structured similar to chemical engineering with more specialised subjects. The syllabus provides adequate theoretical and practical exposure in the field of petrochemical refining. Along with core subjects, the B.Tech Petrochemical Engineering syllabus includes basic communication modules. These modules enhance the student's communication and aptitude skills. 

Semester Wise B.Tech Petrochemical Engineering Syllabus

The B.Tech Petrochemical Engineering subjects include fluids and solid operations, chemical reaction engineering, petroleum refinery engineering, thermodynamics, etc. The curriculum is divided into eight semesters. The semesters incorporate the basic subjects, core-based subjects, laboratories, and industrial projects. 

The course structure for B.Tech Petrochemical Engineering is very similar to that of chemical engineering. The subjects and syllabus vary from one university to another. The list below consists of a semester-wise split-up of the syllabus as recommended by AICTE : 

B.Tech Petrochemical Engineering First Year Syllabus
SEMESTER I SEMESTER II
Engineering Chemistry Organic Chemistry
Engineering Physics Industrial Chemical Technology
Professional Communication Skills Chemistry Laboratory
Computing Techniques Engineering Mechanics
Engineering drawing Laboratory  Professional communication skills-II
Computing Laboratory Basic Electrical and Electronics Engineering
Engineering Mathematics-I Engineering Maths - II
Physics Laboratory Basic Electrical and Electronics Laboratory
B.Tech Petrochemical Engineeing Second Year Syllabus
SEMESTER III SEMESTER IV
Fluid Mechanics Process Heat Transfer
Materials Technology Chemical Engineering Thermodynamics
General Geology  Petroleum Primary Processing Technology
Engineering Mathematics-III Petroleum Exploration and Exploitation Techniques
Refining Operations  Natural Gas Engineering 
Process calculations Engineering Mathematics-IV
Fluid Systems Laboratory Chemical Analysis Laboratory
Geology and Survey Lab Thermodynamics Laboratory
B.Tech Petrochemical Engineer Third Year Syllabus
SEMESTER V SEMESTER VI
Mass Transfer - I Mass Transfer - II
Drilling Technology Petroleum Secondary Processing Technology
Chemical Reaction Engineering Process Instrumentation
Heat Transfer Catalytic Reaction Engineering
Drilling Technology Petroleum Reservoir Engineering
Heat Transfer Laboratory Petroleum Testing Laboratory
Petrochemical Analysis Laboratory Mass Transfer Laboratory
B.Tech Petrochemical Engineering Fourth Year Syllabus
SEMESTER VII SEMESTER VIII
Enhanced Oil Recovery Techniques PetrochemicalEngineering Economics
Reaction Engineering and Process Control Laboratory Elective - III
Chemical Process Design Elective - IV
Elective - I Viva Voce
Elective - II Project 
Petroleum Refining Engineering  

B.Tech Petrochemical Engineering Subjects 

B.Tech Petrochemical Engineering subjects can be classified as fundamentals, core, elective, and lab subjects. Practical sessions and workshops are an integral part of the B.Tech Petrochemical Engineering course. Students can choose elective subjects based on their interests and career scopes. 

B.Tech Petrochemical Engineering Core Subjects: 

  • Petroleum Exploration and Exploitation Techniques
  • Chemical Engineering Thermodynamics
  • Petroleum Primary Processing Techniques
  • Chemical Reaction Engineering
  • Drilling Technology
  • Mass Transfer
  • Petroleum Refining Engineering
  • Fluid Systems
  • Catalytic Reaction Engineering

B.Tech Petrochemical Engineering Lab Subjects: 

  • Chemical Reaction Lab
  • Fluid Systems Lab
  • Petrochemical Analysis Lab
  • Heat Transfer Lab
  • Chemical Thermodynamics Lab
  • Petroleum Testing Lab
  • Electives Lab
  • Workshops

B.Tech Petrochemical Engineering Elective Subjects: 

  • Natural Gas Processing 
  • Coal Bed Methane Engineering
  • Offshore Engineering 
  • Optimization of Upstream Processes
  • Horizontal Well Technology
  • Reservoir Stimulation
  • Advanced Natural Gas Engineering
  • Reservoir Modeling & Simulation 

B.Tech Petrochemical Engineering Course Structure

The B.Tech Petroleum Engineering syllabus is structured to understand the petroleum refining process. The syllabus is divided into eight semesters. The curriculum consists of elective subjects, which students can choose based on their interests. At the end of the final semester, students need to submit research-based practical projects. The basic course structure is: 

  • VIII Semesters
  • Fundamental, Core and Elective subjects
  • Geology Survey
  • Project Submission
  • Mandatory Internship

B.Tech Petrochemical Engineering Teaching Methodology and Techniques

B.Tech Petrochemical Engineering teaching methods are very similar to other engineering specializations. Teaching methods include traditional lecture-based training, industrial training with equipped labs, group projects, and further action-based learning. 

For their final semester project, students can either work as a team or work as individuals. The project must provide practical solutions to modern-day industrial challenges. 

The research project motivates the aspirants to perform research studies. It also helps the graduates to understand the process flow. The project also provides adequate engineering knowledge that is required for the industry. In short, the teaching methodology and techniques are: 

  • Practical Sessions
  • Group Projects
  • Online Certification
  • Workshop
  • Industrial Visits
  • Industrial Internship

B.Tech Petrochemical Engineering Projects

There are several project scopes in the field of petroleum and petrochemical engineering. Students can take up projects based on chemical analysis of products and automation. The project motivates the students to enhance their application skills in various disciplines. It also provides them room to apply their skill sets to come up with necessary solutions. The students are trained to work under any domain, including chemical analysis, research, and checking functionality. Popular Petrochemical Engineering projects are: 

  • Estimation of Coefficient of Isothermal Oil Compressibility
  • IoT-based Pipeline Monitoring
  • Biomass Gasification Using Novel Gas-solid Reactor Concept
  • Analytical Study of Small Scale Biomass Gasifier
  • Transforming Pipeline Leak using Acoustics
  • Pressure Analysis Using Saphir

B.Tech Petrochemical Engineering Reference Books

Listed below are the reference books used for B.Tech Petrochemical Engineering: 

B.Tech Petrochemical Engineering Books
Books Authors
Chemical Reaction Engineering Octave Levenspiel
Mass Transfer Operations Treybal R.E
Stochastic Processes, Estimation, and Control Jason L Speyer
Standard Handbook of Petroleum and Natural Gas Engineering Willaim C Lyon
Engineering Chemistry Monica Jain
Modern Petroleum Technology Richard Dawe
Chemical Engineering Thermodynamics Smith, Van ness, and Abott

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