Chemical Engineering Courses

Looking to pursue B.Tech from one of the top private engineering colleges in Central India? Get direct admission at B.Tech in Chemical Engineering at LNCT Bhopal through Search My College with exclusive bene ZERO donation admission and guaranteed placement support. That s not all the first 100 students to apply will receive exciting gift hampers including items like laptops, mobile phones, smartwatches, and more! With expert guidance from Search My College, you ll get complete support through every step of the admission process from understanding fees, eligibility, and branch selection to finalizing your admission without any stress or confusion. Secure your seat at LNCT Bhopal with confidence. Hurry seats are limited and the offer is valid for a short time only!

Looking to pursue B.Tech from one of the top private engineering colleges in Central India? Get direct admission for B.Tech in Chemical Engineering at LNCT Bhopal through Search My College with exclusive benefits! We are offering up to 100% scholarships for eligible students along with ZERO donation admission and guaranteed placement support. That s not all the first 100 students to apply will receive exciting gift hampers including items like laptops, mobile phones, smartwatches, and more! With expert guidance from Search My College, you ll get complete support through every step of the admission process from understanding fees, eligibility, and branch selection to finalizing your admission without any stress or confusion. Secure your seat at LNCT Bhopal with confidence. Hurry seats are limited and the offer is valid for a short time only!

B.Tech in Chemical Engineering (ChE) - Course Overview Chemical Engineering (ChE) is a diverse and dynamic branch of engineering that applies principles of chemistry, physics, biology, and mathematics to solve problems related to the production of chemicals, pharmaceuticals, and energy. The B.Tech in Chemical Engineering equips students with both theoretical knowledge and practical skills to design, optimize, and operate chemical processes across various industries. Key areas of study in the curriculum include: Chemical Process Design: Learn to design processes for large-scale manufacturing of chemicals and materials. Fluid Mechanics: Study of how fluids behave and interact in different environments, crucial for processes like distillation and filtration. Thermodynamics: Applying energy principles to chemical processes, including heat transfer and energy conservation. Reaction Engineering: Focus on the design and optimization of chemical reactors to ensure efficient and safe production. Mass Transfer Operations: Techniques for separating chemical mixtures, including distillation, absorption, and filtration. Process Control and Automation: Study of control systems to monitor and regulate chemical production processes. Job Opportunities after B.Tech in Chemical Engineering Chemical Engineers are in high demand across several industries. Here are some key job opportunities: Petrochemical Industry: Work with global companies like Reliance Industries, Shell, and ExxonMobil, focusing on refining, production, and innovation in petrochemicals. Pharmaceutical Industry: Work in companies like Pfizer, Johnson Johnson, and Cipla to design and improve processes for producing medicines, vaccines, and medical supplies. Food Processing Industry: Design systems for food production, ensuring efficiency, safety, and sustainability. Energy and Power Sector: Work on designing processes for renewable energy production, including biofuels, hydrogen, and solar power. Environmental Engineering: Specialize in pollution control, waste management, and creating environmentally-friendly processes for industries. Why Choose RKIMT Consultancy for B.Tech in Chemical Engineering 🔹 Expert Counseling: RKIMT offers in-depth counseling to help you choose the best colleges and specialization in Chemical Engineering based on your interests and career goals. 🔹 Personalized Guidance: RKIMT understands that every student has unique aspirations. They provide tailored advice on courses, colleges, and career paths to match your objectives. 🔹 Industry Partnerships: RKIMT has established connections with top industries, ensuring that students gain valuable exposure to internships, industry projects, and job placements in leading chemical engineering firms. 🔹 End-to-End Support: From admissions to career advice after graduation, RKIMT provides continuous support to help you excel in your studies and secure top-tier job opportunities. Conclusion B.Tech in Chemical Engineering is a great choice for those interested in solving complex problems in energy, pharmaceuticals, manufacturing, and environmental sustainability. The field offers vast opportunities for career growth and innovation. With RKIMT Consultancy, you can benefit from expert advice, personalized support, and connections to leading industries that will set you on the path to success in Chemical Engineering. ⚗️ "Engineer the Future with Chemistry and Innovation!" 🌍💡 Let me know if you'd like to add or modify any part! 😊

Section 41C (b) of the Factories Act 1948 as amended in 1987 has imposed specific responsibilities on the occupier in relation to hazardous processes which states that every occupier of the factory involving any hazardous process shall appoint persons who posses qualification experience in handling hazardous substances and are competent to supervise such handling within the factory and the Chief Inspector may require the supervisor to undergo training in Health Safety. Realising the need of the course, this Certificate Course has been started to provide an opportunity to gain insight of safe system procedures. After this course, the participants will be able to discuss/identify hazards and their control that will result in the great degree of risk reduction ConnectIT Solutions is Offering this course through DGFASLI SBTET, Govt. of Telangana Course Duration: 3 Months Qualification And Experience For AdmissionA degree with chemistry or a diploma in any branch of engineering or technology with not less than 5 years experience; or A master s degree in chemistry or a degree in any branch of engineering or technology with not less than 2 years experience The experience stipulated above shall be in process operations and maintenance, in any industry wherein hazardous substances are involved.Methodology Course Contents Statutory Provision Basic Principles of Accident Prevention Techniques of Identification of Hazards Control Techniques Chemical Hazards Specific Control Measures Fire Explosion Hazards Health Hazards due to Chemical exposures Chemical Emergency Preparedness Motivation, Communication Appraisal for Safety Health Project Work FacultyThe faculty consist of experts from various disciplines of the Institute, specialists from Industries, different Institutions Government departments.Attendance:Minimum 85% of attendance shall be required for appearing in the written examination. Those candidates not attaining the minimum percentage of attendance shall not be allowed to appear for the written examination and shall be required to repeat the course. Scheme Of ExaminationSbtet, Govt. Of TelanganaTwo Theory papers + one project work internal examination- 20 marks external examination 80 marks Objective type questions 20 Marks Short answer Questions 20 Marks Essay type questions 40 Marks The examinations shall be carried out by SBTET, Govt. of Telangana. The written examination shall be of three hours duration.Award of Class/Grade Sbtet, Govt. Of Telangana First Class with Distinction 75% above First Class- 60% above but below 75% Second Class 55% above but below 60% Third Class 50% above but below 55% Dgfasli, Govt. Of India(a) Project work/laboratory work 20 marks (b) Oral examination based on project/laboratory work 10 marks (c) Written examination 170 marks The written examination shall be of objective type and of one and half hours duration.Award of Class/Grade The candidates passing in the examination as per the scheme given at item no. 6 7 above, shall be awarded the Grade as below: A+ 75% above A 60% above but below 75% B+ 55% above but below 60% B 50% above but below 55%

Learn chemical formulae, names of ionic compounds and how to balance reactions. The kit includes cards for all the common Ions and Radicals.

The courses offered in SCALE cater to the needs of Construction, Geo-technical, Energy, Environmental, Water Resources, Transportation and Chemical Engineering. This has enabled the students to pursue higher studies in leading Universities in India and abroad (including Imperial College- London, Purdue University -USA, University of Illinois at Urbana Champaign, University of California, Texas University, California State University, Georgia Tech, Cornell University) as well as exhibit an impressive placement record in all major fields of engineering, including software industry.

our team has wide experience in the field of detailed engineering of chemical petrochemical plants. The team can undertake total design and project engineering work including process design. Preparation of basic engineering package work etc. We undertake epc (engineering, procurement and commissioning) work of pilot and medium size plants.

The Department of Chemical Engineering of Thapar Institute of Engineering Technology was established in 1992 with the Ph.D programme. The department is one of its kind in the region, which provides not only quality under-graduate education, but also an excellent research environment through its Bachelor s, Master s and Doctoral programmes. The Department has an excellent ensemble of dynamic, goal oriented, highly qualified and experienced faculty members from diverse streams and specializations. The major research activities in the Department are in the fields of Heat Transfer, Fluid Mechanics, Polymer Science Technology, Energy Management, Biochemical Engineering, Separation Processes, Reaction Engineering, Pulp and paper, and Environmental Engineering. The curricula at both the undergraduate and graduate levels are designed to support and foster Chemical Engineering as a profession, which interfaces Engineering with all aspects of Basic Sciences. Keeping in view of the current and future requirements of the academia and industry, the department of Chemical Engineering offers a wide spectrum of courses supplemented by a number of electives in the emerging areas at both undergraduate and postgraduate level. In order to ensure a broad-based education, both the theory and practical aspects of Chemical Engineering discipline are emphasized. Vision To be recognized as a leader committed to excellence in higher education, research and innovation that meets the aspirations of the global community. Mission To provide professional environment conducive to faculty, students and staff to make lasting contributions to the advancement of knowledge. To be dynamic, innovative and flexible in devising UG PG programmes in chemical engineering. To produce globally competent Chemical Engineers having creative skills and ethical values To carry out cutting-edge research and development for the benefit of society

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Chemical Engineering

Chemical Engineering

B.Tech in Chemical Engineering: Overview The Bachelor of Technology (B.Tech) in Chemical Engineering is a four-year undergraduate degree program that focuses on the principles of chemistry, physics, and mathematics to design, develop, and manage industrial processes for the production of chemicals, fuels, materials, pharmaceuticals, and other products. It combines both theoretical knowledge and practical applications in diverse fields like petrochemicals, food processing, environmental engineering, and more. Key Highlights Duration: 4 years (One-year fast-track options available for eligible candidates) Mode: Regular, Distance, Online, Lateral Entry, and Fast-Track Programs Core Focus Areas: Process Engineering, Reaction Engineering, Plant Design Eligibility Criteria Educational Qualification: 10+2 with Physics, Chemistry, and Mathematics Diploma holders in Chemical Engineering or related fields can apply for lateral entry Fast-Track Eligibility: Candidates with previous incomplete studies or substantial work experience in relevant fields B.Tech in Chemical Engineering in One Year (Fast Track Degree) Designed for: Discontinued Students: Complete your degree after dropping out Working Professionals: Obtain formal certification for career growth Lateral Entry Candidates: Transfer credits from prior learning Key Features: UGC, AICTE-approved universities offering single-sitting exams and credit transfer Online, distance, or hybrid learning options Industry-aligned curriculum Subjects Covered Core Chemical Engineering Subjects: Chemical Process Calculations Fluid Mechanics Heat and Mass Transfer Thermodynamics Reaction Engineering Advanced Topics: Process Control and Instrumentation Chemical Plant Design Environmental Engineering Practical and Industrial Training: Laboratory Experiments Project Work Industry Internships Scope and Career Opportunities Job Roles: Process Engineer Production Manager Chemical Safety Officer Research and Development Scientist Industries: Petrochemicals and Refining Pharmaceuticals Food and Beverage Processing Environmental Engineering Firms Energy and Renewable Resources Higher Studies: M.Tech in Chemical Engineering MBA in Operations or Production Management Why Pursue a Fast-Track Degree? Save time by completing your degree in a single year Gain formal certification without compromising job responsibilities Ideal for gap-year students and professionals Would you like assistance with fast-track admissions or details about recognized universities offering this program?

Benefits of This Course Diverse Career Opportunities: Work in energy, pharmaceuticals, food, and manufacturing industries. High Salary Potential: Chemical engineers earn competitive salaries worldwide. Innovation Research: Contribute to sustainable and eco-friendly technologies. Global Demand: Industries worldwide require skilled chemical engineers. Interdisciplinary Skills: Gain expertise in chemistry, mathematics, and process engineering. Eligibility Criteria Diploma in Chemical Engineering: 10th or 12th pass with Science stream. B.Tech/B.E. in Chemical Engineering: 10+2 with Physics, Chemistry, and Mathematics (PCM). M.Tech/M.E. in Chemical Engineering: Bachelor's in Chemical Engineering or a related field. Ph.D. in Chemical Engineering: Master s degree with research experience. Entrance Exams For Bachelor's (B.Tech/B.E.): JEE Main, JEE Advanced, state-level exams. For Master's (M.Tech/M.E.): GATE, university-specific entrance exams. Admission Process Apply through university portals for entrance-based or merit-based admission. Appear for required entrance exams (if applicable). Participate in counseling or direct admission based on scores. Submit documents and pay fees for enrollment. Documents Required 10th 12th Mark Sheets. Graduation Degree (for M.Tech/Ph.D.). Entrance Exam Scorecard. Identity Proof (Aadhar, PAN, etc.). Passport-size Photographs. Fees Diploma: ₹50,000 - ₹2,00,000 Bachelor s (B.Tech/B.E.): ₹2,00,000 - ₹8,00,000 Master s (M.Tech/M.E.): ₹1,50,000 - ₹5,00,000 Syllabus Chemical Process Calculations Fluid Mechanics Heat Transfer Mass Transfer Thermodynamics Reaction Engineering Process Control Environmental Safety Engineering Petrochemical Biochemical Engineering Industrial Management Plant Design Career Opportunities Process Engineer (Petroleum, Food, Pharmaceuticals) Environmental Engineer (Pollution Control, Waste Management) R D Scientist (New Materials, Green Technologies) Quality Control Engineer (Chemical Plants, Factories) Production Manager (Chemical Manufacturing) Summary The Chemical Engineering Course prepares students for exciting careers in process industries, energy, and sustainable technologies. With hands-on learning, industry exposure, and research opportunities, graduates play a vital role in modern industrial advancements. FAQs Can I do Chemical Engineering without Mathematics? No, Mathematics is a core subject in Chemical Engineering. Which industries hire Chemical Engineers? Oil Gas, Pharmaceuticals, Food Processing, Manufacturing, and Research. What is the average salary after Chemical Engineering? Freshers earn ₹4-10 LPA, while experienced engineers earn ₹15-25 LPA. Is Chemical Engineering tough? It requires strong analytical, mathematical, and problem-solving skills. What are some top recruiters for Chemical Engineers? Reliance Industries, ONGC, Tata Chemicals, BPCL, IOCL, and pharmaceutical companies.

Marine Educational Trust Noida TASCO, CHEMCO GASCO courses these are specialized STCW tanker courses. Here s the breakdown: --- 1. TASCO Tanker Safety Course (Oil Tanker) Full Form: Tankers Safety Course (Oil Tanker Cargo Operations) Objective: To train seafarers in the safe handling, loading, discharging, and care of oil cargoes. Covers hazards, pollution prevention safety procedures. Duration: ~ 5 days Certification: STCW Certificate of Proficiency in Oil Tanker Cargo Operations (Basic / Advanced). --- 2. CHEMCO Chemical Tanker Cargo Operations Objective: To provide knowledge skills for safe operations on chemical tankers. Covers cargo segregation, compatibility, hazards, and MARPOL Annex II compliance. Duration: ~ 8 10 days Certification: STCW Certificate of Proficiency in Chemical Tanker Cargo Operations (Basic / Advanced). --- 3. GASCO Gas Tanker Cargo Operations (LNG / LPG) Objective: To train officers/crew for handling liquefied gases (LPG/LNG) safely. Includes cargo operations, reliquefaction, hazards, and IGF Code awareness. Duration: ~ 10 days

Chemical Engineering involves the design and maintenance of chemical plants and the development of chemical processes for converting raw materials or chemicals into valuable forms including those to remove chemicals from waste materials, to enable large-scale manufacture. It combines knowledge of Chemistry and Engineering for the production of chemicals and related by-products. This branch of engineering is a varied field, covering areas from biotechnology and nanotechnology to mineral processing. It covers various fields of chemical technology in mineral based industries, petrochemical plants, pharmaceuticals, synthetic fibres, petroleum refining plants etc.

Established in 1968, the Department of Chemical Engineering,NIT Trichy is regarded as one of the premier centers for Chemical Engineering in India by industries as well as academia. The National Board of Accreditation (NBA) has granted all PG courses offered by the department, the A(+3) certification for 3 years, the topmost any department can aspire to get. It also has the distinction of being ranked as one of the top seven Chemical Engineering divisions in India by Chemical Engineering Faculties. It offers a B.Tech programme and M.Tech programme in Energy Engineering, Plant Design and Process Controls & Instrumentation.The department is backed by highly qualified and experienced faculty, most of whom have been involved in various industrial projects and consultancy services. The students, guided by the experienced faculty, have presented many papers in India and abroad and have won several National Level Design Competitions. The programme is supplemented by several state-of-the-art laboratories, which cover all areas of practical interest. Other than traditional laboratories like Fluid Mechanics, Heat and Mass transfer and Mechanical Operations, the students are exposed to specialised ones like Reaction Engineering, Process Control, Biotechnology. The Process Control lab, one of the best in the country, is equipped with the latest instruments for recording and analysis of data used for simulating plant conditions.

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Chemical engineering is a branch of science that applies physical sciences and life sciences together with applied mathematics and economics to produce, transform, transport, and properly use chemicals, materials and energy. Chemical engineering is the study and practice of transforming substances at large scales for the tangible improvement of the human condition. Such transformations are executed to produce other useful substances or energy, and lie at the heart of vast segments of the chemical, petroleum, pharmaceutical and electronic industries. Chemical engineering differs from chemistry mainly in the focus on large scales. The definition of "large" is a bit arbitrary, of course, but is set mainly by the scale of useful commercial production. Typically, this scale ranges from barrels to tank cars, whereas the chemist tends to be concerned about sizes ranging from vials to beakers. As per Punjab Technical University guidelines for the six months industrial training for the B.Tech students i.e. Student will undergo two months Software Training and Four months Industrial training. The industry exposure enhances the undergraduate's work life through added enthusiasm and commitment; provides a lifelong learning experience; is an opportunity to engage with the profession to which they aspire in a realistic work environment. We are the only company which is providing the students both industrial as well as software training in the leading Industries. The student will get opportunity to get skilled in software as well as get the industrial exposure which will make the ready for a job. Here are a list of companies with which student will get the opportunity to work as a trainee.

The Department of Chemical Engineering was started in 1996 to cater to the requirements of chemical industry. The department has highly experienced and dedicated faculty staff with educational background from renowned institutions in the country. The intake of the department is 30 at present. Department of Chemical Engineering endeavors to develop the competencies in the students for any challenge in their professional practice and contribute to society. Students are encouraged to take up projects, which will help them to sharpen their Chemical Engineering skills in practice. Department is presently being headed by Dr. Rajiv Arora who has obtained his Ph.D. in Chemical Engineering from PU, Chd. He is actively involved in research, expert talks and has been undertaking funded projects.

The branch of Chemical Engineering deals with the chemical processes for manufacturing of different products, designing of equipments, fundamental understanding, and the technology of chemical, petroleum and petrochemicals, pharmaceuticals, fertilizers, foods and many other products. The Chemical Engineering department at NIT Rourkela specializes in most of the modern broad areas such as modeling and simulation, computational fluid dynamics, process control, reaction engineering, transfer operations, thermodynamics, environmental engineering, biochemical engineering, nanotechnology, renewable energy and so on. The department is also well equipped with the sophisticated instruments such as BET surface area analyzer, TGA, HPLC, GC, nanoparticle size analyzer, surface tensiometer, contact angle meter, fluorescence spectrophotometer, etc in addition to the traditional basic equipments to boost up high quality research activity. On the other hand, computational research activity of the department is also equally strong by the help of several software such as ASPEN Plus, g-PROMS (PSE), and MATLAB. So, the strength of the department lies in its diversity and its interdisciplinary nature. The department also delighted with sponsored projects funded by different sponsoring agencies such as DST, CSIR, MOEF, MNRE, etc.

Chemical Engineering

The Department of Chemical Engineering of Thapar Institute of Engineering and Technology University was established in 1992 with the Ph.D programme. The department is one of its kind in the region, which provides not only quality under-graduate education, but also an excellent research environment through its Bachelor s, Master s and Doctoral programmes. The Department has an excellent ensemble of dynamic, goal oriented, highly qualified and experienced faculty members from diverse streams and specializations. The major research activities in the Department are in the fields of Heat Transfer, Fluid Mechanics, Polymer Science Technology, Energy Management, Biochemical Engineering, Separation Processes, Reaction Engineering, Pulp and paper, and Environmental Engineering. The curricula at both the undergraduate and graduate levels are designed to support and foster Chemical Engineering as a profession, which interfaces Engineering with all aspects of Basic Sciences. Keeping in view of the current and future requirements of the academia and industry, the department of Chemical Engineering offers a wide spectrum of courses supplemented by a number of electives in the emerging areas at both undergraduate and postgraduate level. In order to ensure a broad-based education, both the theory and practical aspects of Chemical Engineering discipline are emphasized.

Treating wastewater and freshwater by chemical and biochemical methods. Micro/Nano-materials and thin films for energy and environmental applications. Biodiesel production by algae. Drug delivery. Conversion of waste plastic to fuels. Conversion of waste to useful products. The faculty have sponsored projects in ocular therapeutics and drug delivery. The faculty members are actively involved in research and this has resulted in a good number of publications and patent applications. The faculty research areas also include nanomaterials, zeolites, defluoridation, Parthenium-based products and heavy metal removal from wastewater.We have excellent laboratories equipped with sophisticated analytical instruments such as ion meter for fluoride analysis, HPLC, UV-Vis spectrophotometer, photobioreactor, subcritical extraction unit, atomic absorption spectrometer and spray dryer for research studies.We have UNISIM, DESIGN-II and COMSOL software tools for research.Industry-Institute Interaction: Students of third year are encouraged to pursue industry internships during summer vacation in different industries and R D centers across the country. Guest lectures by personnel from industry and reputed institutions are regularly organized during the academic session.