Process Safety, HSSE, Chemical Engineer

Thomas M. Baylis

*** ******* ****** *********, ** 19464

**********@*****.*** 484-***-****

Education:

Bachelor of Science in Chemical Engineering May 2017

Pennsylvania State University, State College, PA

Experience:

Shell Oil Company. Remote - Monaca, PA - Houston, TX.

HSSE, Process Safety Lead August 2021 - Present

Process Safety & HSSE Engineer July 2017 – August 2021

Process Safety Leadership

-Facilitate PHA reviews such as HAZOPs, LOPA, and HAZIDs to identify risks, safeguards, and action items

-Coordinate fire, explosion, and toxic release assessments for safe facility siting during startup and operations

-Conduct Asset Integrity Process Safety Management audits and track actions to closure

-Audit Safeguarding Memorandums and review safeguarding scenarios and relief sizing

-Coordination of completion of operational readiness and Pre-Start-Up Audit action items

-Develop HSSE risk management reports to demonstrate risks and key HSSE decisions are managed to ALARP

-MOC reviewer to ensure process safety impacts are managed and PHA documentation is updated

-MOC developer for pipe installation across Shell fence-line for project engineering team

-Facilitator of pre-startup safety reviews and statement of fitness deliverables development

-Facilitate Reactive Hazards Chemical Incompatibility Reviews for chemical reactions in process equipment

-Identify safety critical equipment (SCEs) within process hazards analyses

-Perform SIFPro audits with Safety Instrument System Focal, understanding PFD, IEF, and SIL rating

-Coordinate the development of fire and gas detection design basis and cause as well as effect documentation

General HSSE (Health, Safety, Security, and Environmental)

-Coordinate the development of environmental & permitting deliverables by environmental contractors

-Created the HSSE Sections of contracts for construction to ensure requirements understood by contractors

-Developed HSSE and Process Safety project specific technical specifications for projects portfolio

-Developed and facilitated hazard recognition, leadership engagement, & coaching trainings for project leads

-Develop Learning from Incident Reports along with incident trend analyses based on investigations and data

HSSE Engineering Intern

Shell Oil Company. Geismar, LA May 2016 to July 2016

-Created pre-incident plans to integrate project assets into the site’s existing emergency response plans

-Implemented a hazardous gas detection system to provide visual and audible warnings during a release

-Led a visual safety management task-force to increase visual messaging within the project confines

Engineering Co-op

The Chemours Company (Formerly DuPont). Deepwater, NJ January 2016 to May 2016

-Implemented the upgrade of an existing condenser tube bundle to extend the condenser’s useful life

-Developed a nitrogen hazard detection system in a process building to provide personnel safety

-Implemented safety stock levels within SAP system to improve inventory management of raw materials

-Created an excel based yield tracking tool to identify improvement opportunities within a batch process

-Modified P&IDs and SAP equipment inventory databases following the decommissioning of product lines

-Organized the installation of replacement Resistant Temperature Detectors to improve first pass product quality

Process Engineering Co-op

DuPont Titanium Technologies. Wilmington, DE August 2014 to December 2014, May 2015 to August 2015

-Designed and implemented a water recycle system that decreased annual water consumption costs by $150,000

-Created an excel based model using VBA coding to analyze raw material consumption and increase product yield

-Devised a plant-scale test plan to qualify an alternative chemical input to reduce variable costs

-Organized the installation and testing of foulant collection devices to maintain equipment reliability

-Developed an interactive spreadsheet to track and drive down circuit-wide potable water consumption

-Performed a statistical analysis involving the effects of different operating conditions on system efficiency

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