Pressure Safety Engineer III - Emergency Relief & PHA Lead

Covestro; Baytown (TX); On-site; USD 95,000 - 130,000; Full time

Job summary

Covestro in Baytown, TX is seeking a Pressure Safety Engineer III to support analysis, design and optimization of process safety and emergency relief systems. You will evaluate relief devices, assist MOC, PHA and TAR activities, and help ensure compliance with applicable codes in the NAFTA region.

The ideal candidate holds a BS in chemical engineering with 2+ years of experience (or MS with 1+ year), has knowledge of PFD/P&ID, fluid flow, and HSE practices, and can lead safety discussions across

Qualifications

• Bachelor's degree in chemical engineering with 2+ years of experience, or a Master's with 1+ year.
• Experience designing or evaluating emergency relief systems.
• Familiarity with PHA/HAZOP and MOC processes.

Responsibilities

• Designs and evaluates emergency relief systems (PSVs, rupture disks, venting) for new and existing plans.
• Supports documentation of site and regional pressure safety policies, standards, procedures, training, and execution.
• Participates in MOC and delivers solutions to pressure safety issues from cross-functional interactions.
• Supports day-to-day BU operations impacted by emergency relief systems.
• Assists in PHA and TAR activities.
• Engages in HSE initiatives and represents HSE within the site.

Skills

Process safety

Pressure systems

PFD/P&ID

Fluid flow

Leadership

HSE regulations

Communication

Education

B.S. in Chemical Engineering

M.S. in Chemical Engineering

Tools

Superchems

Job description

Covestro in Baytown, TX is seeking a Pressure Safety Engineer III to support analysis, design and optimization of process safety and emergency relief systems. You will evaluate relief devices, assist MOC, PHA and TAR activities, and help ensure compliance with applicable codes in the NAFTA region.

The ideal candidate holds a BS in chemical engineering with 2+ years of experience (or MS with 1+ year), has knowledge of PFD/P&ID, fluid flow, and HSE practices, and can lead safety discussions across