MOZAMMEL MAZUMDER, PhD

*** * ******* **. ********* IN46545. Cell: 469-***-**** E-mail: adiw2s@r.postjobfree.com LinkedIn: https://www.linkedin.com/in/mozammel-mazumder-15125366/ Google scholar : https://scholar.google.com/citations?user=r1yagjYAAAAJ&hl=en&oi=sra SUMMARY

Research area on natural gas production, NGL recovery, LNG liquefaction, dynamic simulation, flare minimization, control and optimization, desulfurization, desalination.

Six years of work experience with Chevron, leading oil and gas company and three years of work experience with Exterran, oil and gas related EPC company.

Work in facility planning, plot plan development; work with computer process simulations using commercial packages Aspen Plus and HYSYS for process control, simulation and optimization.

Working experience to develop facility level Process Flow Diagrams (PFDs) and Process and Instrumentation Diagrams (P&ID's), prepare equipment process data sheets, develop plant control philosophy, and process line lists. Familiar with ASME, API, ANSI, NFPA, EPA, ISO.

Chemical engineering experience in process optimization, operational trouble shooting, HSE hazard identification and mitigation, improve manufacturing processes by increasing product yield, cost savings initiatives, product and process improvements.

Industrial experience in Cryogenic System that recovers NGLs at capacities up to 150 MMscfd. Cryogenic System consists of mol sieve dehydration, refrigeration and turbo expansion to recover ethane and heavier natural gas liquids. Experienced on Natural Gas Process, Compression and Distribution operations.

Industrial experience in Process Engineering in Pre-FEED, FEED, and Detailed engineering (EPC) phases for natural gas processing plant, LNG plants, cryogenic system for recover NGL, JT system, Amine system for remove carbon dioxide and hydrogen sulfide and in operation of an ammonia/urea fertilizer plant. ACADEMIC RECORD

PhD in Chemical Engineering from Lamar University, Beaumont, Texas. Class of 2020.

MS in Chemical Engineering from Lamar University, Beaumont, Texas. Class of 2013.

BS in Chemical Engineering from Bangladesh University of Engineering & Technology (BUET), Dhaka, Class of 2004.

COMPUTER SKILL

Proficient in ASPEN Plus and HYSYS for process control, simulation and optimization.

Steady state and dynamic simulation of natural gas processing and LNG plant using ASPEN Plus and HYSYS.

Real Time Optimization of sequential modular flow sheet followed by equation oriented simulation, parameter estimation, and optimization.

Expertise in computer programming such as PRO11, FORTRAN, and Matlab. Postdoctoral Research Associate, University of Notre Dame Sep’2020- TILL

To develop mathematical models and software for multiscale optimization and uncertainty quantification of energy systems as part of the Department of Energy-funded Institute for the Design of Advanced Energy Systems (IDAES, idaes.org).

Specific duties include surveying literature, formulating new mathematical models, developing and validating software, interpreting results, and disseminating findings through conference presentations and archival publications.

Collaborating with researchers at the National Energy Technology Laboratory, Lawrence Berkeley National Laboratory, Sandia National Laboratories, the West Virginia University, and Carnegie Mellon University.

Review on the Evaluation of the Impacts of Wastewater Disposal in Hydraulic Fracturing Industry in the United States. MMS Yazdan, MT Ahad, I Jahan, M Mazumder. Technologies. 2020,8 (00067), 1-17. PROCESS ENGINEER, EXTERRAN May’2013- Dec’2015

Completed compressor station, gas processing plant, and facility planning and equipment layout as it relates to industry standards such as the NFPA, PIP, and Exterran guidelines.

Proficient in computer simulation software, particularly HYSYS®, to model steady-state process plant operation and individual equipment and piping systems.

Working experience in Joule-Thomson (JT) System which makes it easy to recover sellable NGLs and reduce the water and hydrocarbon dew point of your production stream to pipeline specifications.

Working experience in amine system removes contaminants such as carbon dioxide and hydrogen sulfide from natural gas streams in order to meet pipeline or pretreatment specifications.

LNG experience includes process design of natural gas processing units such as acid gas removal unit

(licencor package), dehydration unit and mercury removal unit (FEED stage).

Involved in equipment design, specification, and evaluation. Relevant equipment includes heat transfer equipment, reboilers, thermal oxidizers, pumps, compressors, and turbo-expanders.

Developed facility level Process Flow Diagrams, including preparation of stream summary tables generated from computer process simulation software and exported in spreadsheets.

Demonstrated ability to review vendor and client P&IDs - including controls valve sizing, line sizing, and pressure safety valve implementation - while working independently.

Perform control valve sizing, Line sizing hydraulic calculation, Pressure safety valve sizing.

Prepared equipment data sheets, writing process duty specifications for proprietary vendor equipment systems (membrane separation units, flare systems), and analyzing technical bid tabs.

Calculated safety release analysis, develop emergency relief loads, sizing pressure safety valves, evaluating relief system hydraulics, and analyzing flare size and radiation profiles. SENIOR GAS PLANT OPERATION SPECIALIST, CHEVRON Dec’2005 – July’2011

Proficient in Distributed Control System (DCS), Programmable Logic Controller (PLC) and Supervisory control and data acquisition (SCADA) to monitor and control the natural gas processing and equipment.

Optimization and process improvement in glycol distillation and gas dehydration process operation.

Managed day to day production activities to ensure safe, efficient and economic operations. These entails managing the work plan for team members, utilizing field and laboratory data, preparing equipment for maintenance work, among others.

Assisted in troubleshooting operational problems in the field and helping to make recommendations to resolve performance.

Conducted Root Cause Analysis (RCA) report and Incident Investigation Report (IIR). Generate and complete Management of Change (MOC).

Assist or lead troubleshoot problems, root cause failure analysis, incident investigation and operations trouble shootings, participate in PHAs, maintain standard operating conditions.

Achieved gas and condensate production requirements as requested by GTCL (Gas Transmission Company Limited) and maintained production specifications as per contract.

Reviewed and worked with other teammates related to Hazard ID/Suggestion and other safety control forms such as BBS (Behavior Based Safety), MSW (Managing Safe Work Practices), LOTO (Lock Out- Tag Out) & BCP (Bypassing Critical Protection), SWA (stop work authority) and following ORD

(Operations Routine Duties).

Promoted from HES Specialist to senior operation specialist within ten months after joining the Chevron due to my superior performance and exemplary skills to work with teammates. Publication

PhD in Chemical Engineering, Lamar University Jan’2016- Aug’2020

Study for the optimal operation of natural gas liquid recovery and natural gas production. M Mazumder, Q Xu. Natural Gas Processing from Midstream to Downstream. 2018, 235-257.

Optimal Design and Operation for a Gas Processing Plant, Natural Gas Liquid Recovery, Flare Gas Recovery and Liquefied Natural Gas (LNG) Production. M Mazumder. Chemical Engineering dept. Lamar University by ProQuest LLC, 2020. ProQuest Number: 28088708.

Sloshing impact on gas pretreatment for LNG plants located in a stranded offshore location. MA Mahmud, M Mazumder, Q Xu, RI Khan. Industrial & Engineering Chemistry Research. 2018, 57 (17), 5764-5775.

Integrated ejector based flare gas recovery and on site desalination of produced water in shale gas production. M Mazumder, L Chen, Q Xu. Chemical Engineering & Technology. 2020, 43 (2), 200-210.

Comparison of different hydrotalcite solid adsorbents on adsorptive desulfurization of liquid fuel oil. M Mazumder, A Rahman, R Das, MSJ Sajib, AJ Gomes, M Islam. Technologies.2020, 8 (2), 22.

Modeling and Optimization for A Comprehensive Gas Processing Plant with Sensitivity Analysis and Economic Evaluation. M Mazumder and Q Xu. Chemical Engineering & Technology. 2020. 43 (1), 1-11.

Preparation and characterization of different hydrotalcites solid adsorbents and removal of thiophene/ dibenzothiophene from liquid fuel. MH Mazumder. Chemical Engineering dept. Lamar University by ProQuest LLC, 2013. UMI Number: 1537866.

Optimal design and operation of DMR refrigeration system for natural gas liquefaction process. M Mazumder, Q Xu, S Palanki. 10th AIChe Southwest Process Technology Conference in Galveston, TX. 2018.

Dynamic simulation studies for optimal design and operation of an LNG liquefaction process. M Mazumder, Q Xu. 2019 AIChe Annual Meeting.

Integrated process development and economic evaluations for an optimum gas processing plant. M Mazumder, Q Xu. 2019 AIChe Annual Meeting.

Modified Hydrotalcites as Desulfurization Adsorbents: Preparation, Characterization, and Performance Test. A Gomes, M Mazumder, D Cocke, T Benson, H McWhinney, T Grady. Characterization of Minerals, Metals, and Materials, 2014, 157-164.

Natural Gas Processing from Midstream to Downstream. NO Elbashir, MM El-Halwagi, IG Economou, KR Hall. John Wiley & Sons.

Study for the Optimal Operation of Natural Gas Liquid Recovery and Natural Gas Production. M Mazumder, Q Xu, S Palanki. 2018 AIChE Annual Meeting.

Integration of Ejector-Based Flare Gas Recovery and Desalination Processes for Produced Water Onsite Treatment in Shale Gas Production. M Mazumder, Q Xu. 2020 Spring Meeting & 16th Global Congress on Process Safety.

Integrated Process Development and Sensitivity Analysis for An Optimum Gas Processing Plant. M Mazumder, Q Xu. 11th AIChE Southwest Process Technology Conference, Sugar Land, TX.

Optimal Design and Dynamic Operation of MR Refrigeration System for Natural Gas Liquefaction Process. M Mazumder, Q Xu, S Palanki. 2018 AIChE Annual Meeting.

Thermodynamics Analysis Based Optimal Design and Operation of Dmr Refrigeration System for Natural Gas Liquefaction Process. M Mazumder, Q Xu, S Palanki. 2018 Spring Meeting and 14th Global Congress on Process Safety

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