◦ Managed product line design development for Liquid Solid Separation and Oil Conditioning System for plastic chemical recycling units utilizing pyrolysis, leading design from FEL2 thru to detailed design. ◦ Developed integrated system engineering design development, technology selection, supplier identification/selection, test plans and detailed design schedules.◦ Reviewed Process Flow Diagrams, providing guidance on process applications/equipment integration and configuration ◦ Performed detailed equipment/system configuration analysis, leading technology research and bench top testing to “prove out” selected technologies◦ Driected equipment supplier research for adequacy for application and issued budgetary RFQs.◦ Directed/coordinated technical bid analysis/review ◦ Issued detailed design RFQs to selected suppliers

BASF NA Project Development Group – Houston, TXNov 2018 to March 2020◦ Developed project scope, preliminary design and other required documentation required for +20/-0% cost estimate and schedules for large-scale projects (>15M €) in the North America Project Development Group◦ Aniline MDI debottleneck project, Geismar, LA: Served as Lead Process Engineer, reviewing 3rd party process engineering documentation and participating in design and model reviews at site with project personnel. ◦ Reviewed and commented on hydraulic analysis performed by 3rd party engineering for pump sizing, Nitrogen and air purge system pressure drop and steam system supply. ◦ Performed compressible gas pressure drop and network analysis using Pipe-Flo Compressible software to facilitate control valve sizing◦ Reviewed and commented on heat exchanger process calculations, including thermosyphon and forced circulation flash reboilers. ◦ Coordinated with distillation process experts in Ludwigshaven, Germany for project distillation columns. ◦ Sized vessel, exchanger and piping system PSVs using Aspen Flash simulations and BASF calculation spreadsheet

o Managed engineering group designing crude oil terminals and piping, food & beverage, electronics and pharmaceutical facilities. Managed resources as necessary to support project design work. o Developed engineering cost estimates for proposals, and working with management and business development to explore entry into alternative markets. o Implemented continuous improvement and training, focusing on areas critical to business expansion, such as pharmaceutical, bio-energy and oil & gas industries.o Developed group energy analysis, stress analysis, and vessel design capabilities.o Developed P&M group procedures and specifications for mechanical equipment.o Developed natural gas compressor station plant standard designs. o Checked team deliverables for accuracy, errors, quality of analysis and design optimization.

o Supervised above and below ground piping design and performing stress analysis using Caesar II software.o Managed design of new crude oil gathering systems, storage tanks, pumping stations and pipelines for leading oil and gas engineering firm. o Developed project proposals, including equipment and engineering cost estimates.o Performed PID review/markup, and developing equipment specifications for /API pumps, tanks, flow measurement and custody transfer meter skids. o Performed and checked hydraulic analysis using PipeFlo software.o Developed RFQs and performing and reviewing bid analysis for major equipment, including API 650 storage tanks, API 610 pumps, LACT units and flow metering skids. o Reviewed and commented on site layout plans, equipment drawings, IFC isometric drawings, PIDs, equipment lists, and BOMs.

o Oversaw piping design activities, coordinated stress analysis activities, performed stress analysis using Caesar II software and reviewed and approved pipe stress analysis documentation. o Performed basic engineering studies for proposed large-scale plant modifications, to include participating in scope development, PID review/markup, and developing major equipment specifications and cost estimates for engineering. o Led vessel and heat exchanger equipment specification development and procurement activities for Eastman Texas Operations large scale projects. Reviewed and approved drawings and requisitions for major equipment.o Reviewed and approved IFC isometric drawings, PIDs, equipment lists, and BOMs.

o Project Engineer for 225 million standard cubic feet per day capacity gas processing station, (in Bahia, Brazil). Directed basic engineering studies and managed development of FEED package, including PIDs, site plan, electrical single line diagrams, instrumentation and control system design. Project team consisted of 7-12 direct reports, and 25-30 indirect reports. Planned and directed weekly meetings with project team and management to review and update project schedule and cost in the engineering and construction phases. Detailed engineering was completed on schedule and under budget with all project objectives met. Project is considered to be the pinnacle of achievement for Exterran Integrated Projects group. Received long term incentive bonus and recognition letter from executive management for my contribution to the success of the project. o Technical Lead/Assistant Project Manager for 18 MMSCFD amine plant and 3 compression stations. Led development of project management documentation, including Project Management Plan (PMP), engineering and overall project schedules, communication plan, RACI chart, engineering execution plan, project risk matrix, deliverables lists, and equipment and shipping lists. Maintained project issue log, conducting weekly project team meetings, assigning action items and tracking resolution. Led design review meetings with affected corporate design teams, assigned action items and tracked progress to resolution. o Completed detailed design and procurement of balance of plant equipment, and supported construction and commissioning for 60 million standard cubic feet per day natural gas processing facility (Eagle Rock Energy, Wheeler County, Texas). Site included an amine treatment unit and cryogenic distillation plant.o Developed project engineering execution plans, including in-house basic engineering package development, 3rd party detailed engineering activity sequencing.

Phase 3 FBR Pilot Unit Project – Conducted project planning and engineering through project cancellation due to pronounced polysilicon pricing turndown in August, 2012.o Engineering project manager for $85M TIC FBR pilot unit testing facilityo Developed pilot plant basic engineering package and FEED package for FBR and support systems. FEED package deliverables included process simulations, reactor CFD flow and reaction simulations, mass/energy balances, PFDs, preliminary PIDs, major equipment specifications, electrical load estimates, control system architecture, preliminary cause/effect matrix and instrumentation specifications. o Developed integrated engineering, construction and test plan schedule through pilot-scale testing. Schedule included detailed component and system design, and a simulation/analysis plan including reactor gas flow analysis in critical flow regions of the reactor, such as distributor and overhead outlet, polysilicon bed reaction model development, heat transfer model, thermal performance and stress analysis.o Conducted feasibility studies and class 4 capital cost estimates for several proposed polysilicon plant designs. Conducted requisite basic engineering and conducted patent searches to avoid potential infringement/interference, and to support pilot unit configuration development.o Developed CFD models and performed analysis of reactor using Fluent 14.0. Analysis included gas distributor and reactor bed chemical reaction simulations.o Developed state of the art detailed mechanical design for fluidized bed reactor and directed process analysis and design for required support systems, including absorbers, recycle loop compressors, seed generators, H2 feed, SiH4 feed, product train and dust filtration.

o Site lead engineer for $220M TIC plant expansion. Participated in project scope development and reviewed engineered equipment, piping, civil/structural and electrical specifications/standards for approval. Led teams to develop specifications for fluidized bed reactors, compressors, absorbers, scrubbers, wiped film evaporators, vessels, engineered valves, heat exchangers and refrigeration systems.o Directed efforts of Project Engineers and designers during expansion project FEED package development, detailed design, construction, startup and commissioning. o Supervised plant engineering group, managing resources as necessary to support ~ $10M TIC projects year. Oversaw organization of plant drawing system. Implemented the use of CADworx for piping design and AutoCAD Inventor for machine design.o Managed the Polysilicon Technology group from final construction through 1st year of operation of expansion project reactors and recycle absorber loops. Developed numerous controls/interlocks currently in use and drove polysilicon unit process control plan development. Coordinated daily process trending and held daily meetings with Operations for Polysilicon unit normal, startup and maintenance activities.o Formed team to investigate polysilicon unit modifications to increase production. Led project scope development meetings, performed preliminary process analysis & design, and drove appropriation request development leading to approval of $5M capital improvement project.o Developed fluidized bed reactor CFD model, conducted analysis and 3-D mechanical design of circulating fluidized bed reactor quench system leading to 35% average increase in reactor operational runtime.o Developed reactor dust train purge/vent automation project requiring extensive clean sheet engineering, including PLC design development, functional narrative development, programming, and installation of piping and vessel modifications.

o NOx Selective Catalytic Reduction (SCR) System Engineering Manager for Hitachi North America Combined Cycle Power plant SCR Projects responsible for technical documentation for SCR installations.o Served as catalyst research/development liaison for Hitachi – North America for high temperature SCR applications and coal SCR applications o Provided oversight and review of SCR system project technical requirements with clients, setting engineering schedule, developing design control documents; P&IDs, PFDs, control logic flow diagrams, and equipment listso Executed detailed design of SCR system, including ammonia flow control unit, distribution piping, ammonia injection grid and catalyst support structureo Managed project subcontracts for major subassemblies and components, including motors/fans, piping and pipe supports, valves/manifolds and steel structureo Performed gas pressure drop/fan sizing and stress analysis calculations for ammonia vaporization/delivery systems, catalyst support structures and associated pipingo Delivered high temperature catalysis paper at 2003 DOE/NETL SCR Conference in Pittsburgh, PA.o Provided technical guidance and reviewed deliverables of junior engineers and designers

o Performed fluid system analysis to include pipe sizing, system pressure drop analysis, transient analysis, pump/system operating curves and pump sizingo Reviewed and approved all main and auxiliary circulating water system, condenser vacuum, circulating water makeup, and combustion turbine air chiller makeup piping isometrics and vendor piping spool drawingso Developed technical specifications, led proposal evaluation, vendor selection and contract negotiations for combined cycle powerplant mechanical systemso Ensured compliance to contract thermal performance guarantees, specifying, reviewing and providing feedback concerning component thermal performance requirements for the condenser, cooling tower and closed cycle cooling water heat exchangerso Coordinated heat rejection system interface design work with steam turbine, low pressure steam, condensate/feed, auxiliary electrical power distribution, chemical feed and instrumentation & controlo Wrote specifications and performed piping system design to applicable piping, material and weld specifications for condensers, cooling towers, circulating water pumps, makeup pumps, concrete piping, steel piping, automatic condenser tube cleaning, butterfly valves, condenser vacuum equipment, plate & frame heat exchangers and expansion jointso Sized heat rejection system control valves and pressure breakdown orifice plates. Provided technical guidance to designers and reviewed deliverables of project junior engineers.

o Led multiple company/interdisciplinary Integrated Product Team responsible for development of new aircraft carrier (CVX) propulsion plant systemso Performed detailed system hydraulics analysis to establish flow balances, pump size and power requirements, vessel array size, recirculation flow rates, and flow/pressure control requirementso Developed performance specifications for pumps, motors, vessels, piping, heat exchangers, filterso Coordinated development of 3-D product model and integration into overall propulsion plant model using Catia softwareo Researched use of advanced materials including commercially pure and alloyed titanium, hasteloy and duplex stainless steels in high corrosion applications in vessels and pump casings to reduce weight and extend component life expectancyo Developed program schedule and established funding curves implementing earned-value management for system component design development.o Conducted conceptual design studies including evaluation of proposed system configurations to determine optimum design, utilization of advanced metal alloys, inlet scoop and large diameter pipe fabrication techniques using advanced alloyso Integrated main circulating water system design analysis with ship's hull CFD analysis model, validated model results using correlations derived from shipyard laboratory inlet scoop model test datao Developed steam condenser design spreadsheets based on HEI standard to estimate performance as function of various combinations of condenser geometry, steam flow r ate and enthalpies, circulating water flow rate and temperatureo Performed detailed system design analysis for pipe sizing, pump sizing, system head loss, flow balance/orifice sizing, transient flow analysis, and NPSH