Refinery Engineer Resume Examples + Free Template (2026)

Editorial Notes

A strong Refinery Engineer resume for a mid-level role in manufacturing must clearly demonstrate tangible impact on operational efficiency, safety, and regulatory compliance. Hiring managers specifically look for quantifiable achievements like optimizing specific unit operations, improving product yields, or reducing energy consumption. Candidates must highlight experience with critical processes such as crude distillation, catalytic reforming, or hydrotreating, alongside a solid grasp of industry standards like API and ASME. Specific mentions of troubleshooting complex process upsets, conducting HAZOP studies, or implementing advanced process control systems (DCS, SCADA) resonate strongly, showcasing real-world problem-solving abilities vital in this high-stakes environment.

The JobSprout example effectively showcases these elements by grouping technical skills, process knowledge, and regulatory understanding into distinct, easy-to-read sections. Achievements are quantified with precise metrics, detailing how the engineer contributed to increased throughput, reduced downtime, or enhanced process safety. Crucially, the resume highlights proficiency with specific process simulation software like Aspen HYSYS and clearly lists experience with various refinery units and feedstock types. This targeted approach ensures that key qualifications relevant to refinery operations are immediately apparent to recruiters.

This template was built with JobSprout and can be remixed to create your own tailored Refinery Engineer resume, ensuring your unique expertise stands out. Leverage its structure to highlight your specific achievements and technical proficiencies effectively.

Summary

Experience

Refinery EngineerMarathon Petroleum Corporation

Texas City, TXJun 2021Present

Optimized crude distillation unit operations, reducing energy consumption by 7% and increasing light distillate yield by 2% (equating to $5M annual savings).
Led a cross-functional team to troubleshoot and resolve chronic fouling issues in heat exchangers, extending run cycles by 20% and preventing unscheduled shutdowns.
Implemented advanced process control strategies for a Fluid Catalytic Cracking (FCC) unit, improving gasoline selectivity by 1.5% and reducing catalyst consumption by 10%.
Conducted HAZOP studies and participated in incident investigations, contributing to a 15% reduction in process safety incidents over two years.
Managed capital projects up to $2M, from scope definition and budget tracking to commissioning, ensuring on-time and within-budget delivery.

Process EngineerValero Energy Corporation

Port Arthur, TXAug 2018Jun 2021

Analyzed operational data to identify bottlenecks in the hydrotreating unit, proposing modifications that increased throughput by 5% without capital expenditure.
Developed and updated P&IDs and PFDs for new equipment installations and process modifications, ensuring compliance with engineering standards.
Supported major turnaround activities for the Delayed Coker unit, completing pre-commissioning checks and start-up procedures ahead of schedule.
Performed process simulations using Aspen HYSYS to evaluate various operational scenarios and optimize utility consumption, saving $750K annually.
Authored and revised standard operating procedures (SOPs) for multiple refinery units, enhancing operational consistency and safety for 50+ operators.

Projects

Crude Unit Energy Optimization Project

Mar 2022Jan 2023

Led a team to implement heat integration strategies and preheat train modifications, resulting in a sustained 7% reduction in furnace fuel consumption.
Utilized process simulation software to model various scenarios, validating a design change that avoided $1.2M in capital expenditure.
Monitored post-implementation performance, verifying an annual energy cost saving of $2.5M for the refinery.

FCC Reactor Catalyst Performance Improvement Initiative

Aug 2021Jul 2022

Spearheaded a research and development effort to evaluate alternative FCC catalysts, identifying a new catalyst that increased gasoline yield by 1.5% and reduced coke formation by 5%.
Collaborated with vendors and internal R&D to conduct pilot plant tests and full-scale trials, successfully transitioning to the new catalyst within a 6-month timeframe.
Improved the FCC unit's profitability by an estimated $3M annually through enhanced product slate and reduced operational costs.

Wastewater Treatment Plant Effluent Quality Enhancement

Nov 2019Sep 2020

Investigated and resolved persistent issues with chemical oxygen demand (COD) excursions in refinery wastewater effluent, achieving 99% compliance with EPA discharge limits.
Designed and oversaw the installation of a new dissolved air flotation (DAF) unit, which improved solids removal efficiency by 15% and reduced chemical additive usage by 10%.
Developed a comprehensive monitoring plan and operator training program, sustaining improvements in effluent quality and reducing potential environmental penalties.

Education

The University of Texas at AustinBachelor of Science in Chemical Engineering

Austin, TXSep 2014May 2018

Graduated with High Honors, GPA: 3.8/4.0
Recipient of the John J. McKetta Scholarship for Chemical Engineering excellence
Completed capstone project on sustainable biofuel production using catalytic processes

Publications

Optimizing Heat Integration in Crude Distillation Units for Enhanced Energy Efficiency

Apr 2023Andre Johnson, E. Chen, R. Patel

Impact of Catalyst Bed Design on Fluidized Catalytic Cracking Reactor Selectivity

Sep 2022Andre Johnson, M. Rodriguez

Advanced Process Control Strategies for Reducing Emissions in Refinery Furnaces

Jul 2021A. Johnson, D. Lee, S. Gupta

Skills

Process Engineering & Simulation

Aspen HYSYSPRO/IIHTRIProcess OptimizationP&ID DevelopmentMass & Energy Balances

Control Systems & Automation

DCS (Honeywell Experion PKS)PLC (Rockwell Automation)PID Control TuningSCADAProcess Instrumentation

Safety & Compliance

HAZOPLOPAPSM (Process Safety Management)OSHA RegulationsEPA ComplianceRoot Cause Analysis

Data Analysis & Software

Python (Pandas, NumPy)SQLOSIsoft PIMicrosoft Excel (VBA)Power BI

Project Management

Capital Project ManagementLean Six SigmaContractor ManagementBudgeting & Cost ControlScope Definition

Refinery Engineer salary by country

Country	25th percentile	Median	75th percentile
US	$72,143	$86,429	$121,667
UK	£30,879	£37,521	£49,639
Canada	C$54,015	C$76,330	C$106,695
Australia	A$81,573	A$97,932	A$124,030
Germany	€41,304	€59,718	€72,819
France	€26,998	€34,650	€42,911
Netherlands	€40,158	€49,152	€62,025
Italy	€17,965	€23,981	€29,327
Austria	€34,500	€56,250	€71,293
New Zealand	NZ$78,854	NZ$101,126	NZ$125,255
India	₹403,908	₹807,816	₹1,539,889
Poland	zł159,882	zł198,275	zł221,495

Annual salaries in local currency, aggregated from live job postings via Adzuna. Figures refresh continuously and reflect advertised pay, not negotiated offers.

Frequently Asked Questions

What's the best resume structure for a mid-level Refinery Engineer?

A reverse-chronological format is standard for a mid-level Refinery Engineer, emphasizing your practical experience in refinery operations. Clearly delineate your responsibilities and technical contributions in previous roles. A two-page resume is acceptable to detail complex projects, specialized technical skills, and contributions to safety and efficiency. Begin with a strong professional summary.

Which skills and qualifications should I highlight as a Refinery Engineer?

Crucial skills include process optimization, safety protocols, plant operations, and knowledge of specific refinery units like distillation or hydrotreating. Highlight proficiency in process simulation software, data analysis, and regulatory compliance. Mention your experience with troubleshooting complex systems, continuous improvement initiatives, and project management in an industrial setting.

How can I write strong achievement bullets or a professional summary for this role?

Your summary should quickly establish your expertise in refinery engineering and commitment to safety, efficiency, and environmental compliance. Achievement bullets should focus on quantifiable improvements in process efficiency, cost reduction, or safety records. For instance, "Optimized catalyst regeneration process, reducing energy consumption by 10% and improving yield by 5%" or "Spearheaded a safety initiative that decreased incident rates by 12% annually.".

Are there any optional sections that would benefit a Refinery Engineer's resume?

A "Certifications" section for P.E. license or specific industry safety training, such as OSHA, is highly relevant. A "Projects" section detailing your involvement in significant plant upgrades, troubleshooting, or efficiency projects would also be beneficial. Include a robust "Technical Skills" section listing relevant software, laboratory equipment, and process control systems.

How can I tailor my resume for a specific Refinery Engineer job opening?

When applying, use JobSprout's "Remix with AI" feature. Paste the job description, and the AI will adjust your resume to emphasize the specific refinery processes, equipment knowledge, or safety standards the employer is seeking. This ensures your technical expertise is perfectly aligned with their requirements, showcasing your most relevant qualifications upfront.