Professional Resume Template for
Petrochemical Engineer
Elena K. Rostova
Houston, TX
(713) 555-0184
elena.rostova@hydrocarbon-eng.com
linkedin.com/in/elena-rostova-chemeng | github.com/elenarostova
Professional Summary
Methodical Petrochemical Engineer with 6 years of experience optimizing high-pressure plant operations, scaling catalytic cracking processes, and executing process safety management (PSM) protocols. Proven track record of managing process improvement budgets up to $2.4M, reducing utility steam consumption by 14%, and leading HAZOP reviews for complex distillation units. Expert in process modeling using Aspen HYSYS, configuring Honeywell DCS systems, and maintaining strict compliance with OSHA and EPA environmental standards. Collaborates with cross-functional teams to minimize process downtime by 22% during turnarounds.
Work Experience
Petrochemical Engineer — Vanguard Refining & Chemical
Pasadena, TX | August 2023 – Present
- Optimized catalytic cracking feed systems using Aspen HYSYS process simulations, increasing high-value light olefin yield by 4.2% and boosting refinery monthly revenue by $180,000 across 3 production runs.
- Managed a refinery debottlenecking process project with a budget of $2.4M, coordinating 14 independent contractors to successfully complete the pipeline expansion 12 days ahead of the scheduled deadline.
- Led 8 HAZOP and Process Hazards Analysis (PHA) studies for new distillation columns, mitigating 18 high-risk system vulnerabilities and maintaining 100% compliance with OSHA process safety guidelines.
- Designed and implemented a real-time steam balancing protocol across 3 separate fractionators, reducing utility steam consumption by 14% and saving the plant $95,000 in annual operational expenses.
Process Engineer — Apex Hydrocarbons
Beaumont, TX | January 2020 – July 2023
- Configured Honeywell Experion DCS alarm configurations and emergency safety interlocks for a new polymerization unit, successfully reducing plant nuisance alarms by 32% over a 6-month period.
- Coordinated raw material chemical feed validation trials on 5 operating units, identifying feed impurities that saved the refinery $60,000 in potential catalyst poisoning and replacement costs.
- Automated daily environmental emission reporting workflows using Python and database SQL queries, reducing validation and reporting time from 8 hours to 15 minutes while maintaining EPA data integrity.
- Updated 45 Piping and Instrumentation Diagrams (P&IDs) and process flow diagrams (PFDs) for a major plant turnaround, reducing vendor onboarding delays by 18% and ensuring safety compliance.
Education
Bachelor of Science in Chemical Engineering
Lafayette Institute of Technology · Easton, PA · 2020
Skills
Process modeling and simulation, Aspen HYSYS, Aspen Plus, HAZOP leadership, Process Safety Management (PSM), Honeywell DCS, Piping and Instrumentation Diagrams (P&IDs), Plant turnaround planning, Catalyst management, Heat exchanger design, Ethylene production, EPA and OSHA compliance, Python, SQL
Projects
Ethylene Unit Debottlenecking
Role: Lead Process Modeler
Tools: Aspen HYSYS, AutoCAD, Honeywell DCS
Simulated and redesigned heat exchanger networks, increasing plant throughput by 8% and reducing carbon emissions by 4,500 metric tons annually.
DCS Alarm Management Restructuring
Role: DCS Configuration Specialist
Tools: Honeywell Experion, SQL, Excel VBA
Redesigned plant alarm logic following ISA-18.2 standards, resolving 1,200 alarm floods per week and lowering critical incident response times by 28%.
Certifications
- Professional Engineer (PE) - Chemical (2024)
- HAZOP Leader Certification (2022)
Additional information
- Languages: English (Native), German (Conversational)
- Volunteer Work: Regional STEM program mentor for underrepresented high school students (2021-present)
- Availability: 3 weeks notice
Job Market Insights
Market data and opportunities for
Petrochemical Engineer
Job Market Insights
$95,000
-
$155,000
Avg:
$122,000
Growth Outlook:
The petrochemical and chemical manufacturing sector in the United States continues to evolve with a strong emphasis on process safety, automation, and environmental sustainability. Demand for chemical engineers in petrochemical plants is driven by process optimization, emissions reduction, and integration of advanced Distributed Control Systems (DCS) and AI-driven control models. Employment is projected to grow by 3% from 2024 to 2034, driven by the need to upgrade aging refining infrastructure and integrate bio-based or recycled feeds to minimize greenhouse footprints.
3% growth over 10 years
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