Mr. JIBAN NATH PRADHAN

AT: SOSO, KEONJHAR, ODISHA, INDIA

adhkgg@r.postjobfree.com

adhkgg@r.postjobfree.com

+918*********

http://www.linkedin.com/in/jiban-nath-pradhan

Utilizing my technical skills, knowledge and practical experience to escalate the output to a new level. Also I will fix new career objectives for the betterment in professional life.

Seeking an opportunity in a challenging environment where I can deliver my best with my technical knowledge and functional expertise and to enhance more my skills that can be utilized for the overall development of an organization.

Jiban Nath Pradhan1, Chetan Deb1, Himadri Sahu*, “Microalgae, A Sustainable Source For Biofuel: An Overview’’, Challenging Applications of Chemical Engineering (CAChE-2K19), Department of Chemical Engineering organized by Indian Institute of Chemical Engineers Bhubaneswar Regional Centre in association with CSIR-Institute of Minerals

& Materials Technology Bhubaneswar, on 30th Mar. 2019.

Jiban Nath Pradhan, Waste Water Treatment and its Recycling, Waste Management for Sustainable Development, Department of Chemical Engineering in association with Institute of Engineers, PMEC, Brahmapur, Odisha.

Jiban Nath Pradhan, “Microalgae as Sustainable Renewable Energy Feedstock for Biofuel Producion’’ organized by Chemical Engineering Society at Parala Maharaja Engineering College, Berhampur.

Participated five days National Workshop on “Theory & Applications of Computational Fluid Dynamics” organized by Department of Mechanical & Aerospace Engineering which was supported by TEQIP-III (NPIU, MHRD, Government of India) at IIT Hyderabad.

Participated one day National Workshop on “3D PRINTING” which was organized by Central Tool Room & Training Centre, A Govt. Of India Society under Ministry of MSME.

Participated on AICTE sponsored online six days training program on “Sustainable Design of Chemical Process Plants by using ASPEN PLUS & ASPEN HYSIS Simulating Tools.”

Participated Webinar on “Design of Shell and Tube Heat Exchanger” on 31st May, 2020 which was organized by Department of Chemical Engineering, Bharati Vidyapeeth College of Engineering, Navi Mumbai.

Participated Workshop as Webinar on “Plastic Waste Management” held from 08-09th June, 2020, which was organized by Department of Civil Engineering, Rajiv Gandhi Proudyogiki Vishwavidyalaya, University Department of Technology under TEQUIP-III.

SL.NO. QUALIFICATION BOARD/ UNIV. NAME OF INSTITUTION YEAR PERCENTAGE 1.

B. Tech (Chemical

Engineering)

BPUT,ODISHA

PARALA MAHARAJA

ENGINEERING COLLEGE,

BERHAMPUR

2020

8.37 (CGPA)

2. +2 CHSE,ODISHA

KHAIRA COLLEGE

KHAIRA, BALASORE

2016

62.66%

3. 10th BSE,ODISHA

BALUKESWAR HIGH

SCHOOL, KEONJHAR

2014

78.50%

NATIONAL WORKSHOP:

NATIONAL SEMINAR:

CAREER OBJECTIVE:

EDUCATION:

NATIONAL WEBINAR:

1) MATLAB: (MINOR PROJECT)

Design and develop the mathematical coding and plot graphs to analyze different parameters by taking the chemical reaction engineering problems.

The uses of MATLAB are very vast in Chemical engineering, it is very useful in understanding the physical phenomena of many chemical processes. There are tremendous use of several control schemes in chemical engineering, for example to control the temperature of the reactor in which exothermic reaction is taking place, for better control we need to understand the process completely and this can be easily understood by using MATLAB as MATLAB provide both qualitative and quantitative analysis of a processes.

By this software the lower order and higher order differential equations can be solved easily within a second. We can analyze the problems in the micro level by plotting the graphs. 2) PACKED BED DISTILLATION COLUMN: (MAJOR PROJECT)

Most of the processes in chemical industry are involved in purifying components. As a consequence, a large part of the energy use in many industrial sectors can be attributed to separation processes. Distillation is the dominant separation technology in chemical industries despite its huge energy consumption. Distillation consumes about 3% of the total energy consumed globally. The knowledge about distillation column is very important to every chemical engineering student. This project involves a detailed study of distillation column pre-installed in mass transfer operations lab. All the parts of the distillation setup are studied in depth and observations are noted down. During the project the limitations in the working of current setup are to be identified and worked upon. At the end of the project it is to be ensured that the distillation column gives precise output with minimum error keeping in mind the manual and operational limitations. Also the operation time is to be optimized.

The project was carried out to analyse the separation of methanol-water in packed bed distillation column. The project was conducted under total reflux condition. More readings should be taken to see the steady state of the distillation process. Vapour-liquid separation was done. A proper source of light should be provided while taking the readings of refractive index through the refractometer. The respective compositions were determined by the help of these refractive indexes. The minimum number of theoretical stages were calculated.

The simulation of packed bed distillation column was successfully done using Aspen Plus Software. The minimum number of stages obtained from Fenske equation for practical and experimental calculations were 2 under total reflux. This implies that our equipment was working fine.

MATLAB & SIMULINK 2017 (Certified by Design &

Analysis Solution, Bhubaneswar)

SOLID WORKS 2016 (Certified by CTTC, Bhubaneswar)

ANSYS 16.0 (Certified by CTTC, Bhubaneswar)

ANSYS (FLUENT) 13.0 (Certified by IIT Hyderabad)

3D PRINTING (Certified by CTTC, Bhubaneswar)

UV-vis Spectrophotometer

Photo calorimeter

Origin 9.0

CHEMCAD 7

EDRAW MAX 7

ASPEN PLUS V10

One month internship training on Monazite Processing Plant under Dept. of Atomic Energy at Indian Rare Earth Limited, Chattrapur, Ganjam district, Odisha.

Winter internship training on Sulphuric Acid Plant, Phosphoric Acid Plant, Di-Ammonium Phosphate Plant at Paradeep Phosphates Limited, Paradeep, Jagatsinghpur district, Odisha. I hereby declare that the above-mentioned information is correct to my knowledge and I bear the responsibility for the correctness of the above-mentioned particulars.

Date: 03.11.2020

Place: Vapi, Valsad, Gujarat JIBAN NATH PRADHAN

TECHNICAL EXPOSURE:

INTERNSHIP TRAINING:

DECLARATION:

PROJECTS:

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