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Process design Considerations
Process designs have objectives and
constraints, and even a simple process design requires a trade-off
among several such factors.
Objectives
that a design may strive to include:
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- Throughput rate
- Process yield
- Product purity
Constraints
include:
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- Capital cost
- Available space
- Safety concerns
- Environmental impact and
projected effluents and emissions
- Waste production
- Operating and maintenance
costs
Other factors that may influence
the process design are:
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- Reliability
- Redundancy
- Flexibility
- Anticipated variability in
feedstock and allowable variability in product.
Unfortunately,
there exists a wide gap between the expectations of the industry
from the academics and what knowledge is actually imparted during
graduation and its effectiveness. Due to high attrition rates or
otherwise, the engineering companies are increasingly unwilling to
impart the basic training in process design and are instead
expecting that the fresh engineering students have prior knowledge
in process engineering design. The design courses developed and
delivered by us focus on delivering what is industrially relevant.
With our wide process engineering experience in chemical,
petrochemical and Oil&Gas areas, we know what the exact expectations
of the industry are from the chemical engineers to be able to work
as Process Engineer. Apart from the best quality of the training
that is ensured in this course, it also provides a specific
direction for the student to tackle with the 'unknowns' that one can
always expect to come across while working on a project.
The
knowledge in process design is helpful for process engineers working
in the engineering, operations and HSE alike. Similarly, sound
knowledge in process engineering design can help the engineers
working in supervisory and managerial capacity.
A wide range of
topics covers in the course is described below.
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Guidance for
interviews
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Introduction to Material and Heat Balance
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Introduction to Process Flow Diagrams (PFD) development
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Line sizing for various services
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Basics of pipe selection and of mechanical design of equipment
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Introduction to Piping and Instrumentation Diagram (P&ID) development
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Introduction to Cause and Effect diagrams (Trip – Interlock schedule) development
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Instrumentation and process control
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Selection, sizing and specifications of various process equipment such as pumps, compressors, distillation columns, heat exchangers and multiphase separators
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Sizing of control valves, restriction orifice plates, pressure relief devices
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Introduction to the contents of Basic Engineering Package (BEP)
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Sizing of various utilities and selection
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Introduction to HAZOP Review
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Special aspects of design of batch and continuous processes
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Introduction to process simulations
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Heat exchanger design
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Vacuum systems
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Introduction to Hazardous area classification
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Process Safeguarding
We invariably end up covering a lot more than the topics listed above.
The problem assignments covered during the training are directly
relevant to the industry.
Duration:
Joining schedule: One can join at any mutually convenient time.
Course fee: Fee for Indian students is Rs.
49,500.
Special package: For our students who join for both PCE-01 and PTCS-01B
or 01C at the same time, we can offer these two courses for the fees of only Rs.
65,000 against the otherwise total fees of Rs. 70,000. This
benefit can be availed
for a limited period.
Who can join? Degree or Diploma holders in
Chemical Engineering. This course would also be useful for
mechanical engineers who have spent significant time in process
industry.
Placement Assistance: Being
involved in engineering activities ourselves, we can provide
full active placement support even after completion of the course.
Registration
Please
click here for online Registration/Enquiry Form.
Alternatively, you can
download the Registration form.
Due to popular demand, we have now introduced an extension to
this course by name of PCE-01A. This course will be offered to those
who take the course PCE-01 and want to get more insight to producing
various Process Engineering deliverables. For more details of this
course, please
click
here.
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