Pressure Safety Engineer

WoodDeer Park, TX
Onsite

About The Position

Wood is a global leader in engineering and consultancy across energy and the built environment, helping to unlock solutions to some of the world’s most critical challenges. We provide consulting, projects and operations solutions in more than 60 countries, employing around 40,000 people. We are an equal opportunity employer that recognises the value of a diverse workforce. All suitably qualified applicants will receive consideration for employment on the basis of objective criteria and without regard to race, colour, age, religion, gender, national origin, disability, sexual orientation, gender identity, protected veteran status, or other characteristics in accordance with the relevant governing laws.

Requirements

  • A BS or MS degree in Chemical Engineering with some relevant knowledge in Mechanical Engineering
  • 5-10 years of Process Engineering experience
  • 5+ years of proven experience in analyzing Pressure Safety Devices
  • 3+ years proficiency with utilization of; IPRSM, Aspen-Hysis and Proflow 3
  • Proficiency in Visio, SAP, Trueview and PI
  • Proficiency in Microsoft products such as; Word, Excel and Outlook
  • Field experience, able to wear required PPE and drive safely to job site for verification of as-built site conditions relating to equipment, relief components, piping systems, etc…
  • Knowledgeable in the following standards: API 520, API 521, API 2000, ASME Section I, ASME Section VIII, TEMA, etc…

Responsibilities

  • Meet or exceed the company and customer safety standards
  • Comply with all company and customer procedures, engineering practices and other standards
  • Provide leadership and coordination to Client efforts to improve and implement Pressure Safety Device (PSD) strategies and Process Safety Management (PSM) programs related to PSDs at Texas Client sites
  • Supervise other pressure safety engineers, provide coaching and senior review for project work, especially complex tasks such as reactor systems or vent header analysis.
  • Delegate work, assign tasks according to skill and workload while providing coaching and technical advice.
  • Manage complexity with multiple, simultaneous projects with competing priorities
  • Balance project work against ongoing code compliance and PSV/vent header sizing verification demands, discussing with management when requests are not feasible or may be better assigned to staff outside of the pressure safety group
  • Review the overall Client Pressure Relief Device (PRD) program management against other outside organizations and making recommendations to ensure Client is implementing best Recognized and Generally Accepted Good Engineering Practices (RAGAGEP), in calculation basis, interpretations of code and regulations, workflows and processes
  • Interface directly with Client Texas Standards Committee on issues and recommendations related to the PRD program
  • Manage Management of Change (MOCs), Pre-Startup Safety Review (PSSRs), Process Hazard Analysis (PHAs), PHA action items closures and Data analytics
  • Evaluate existing Pressure Safety Valve (PSV) piping configurations for conformity to relative codes and regulations and recommend changes
  • Develop process design packages for PSVs (scenarios, sizing calculations, pressure drops, etc)
  • Analyze system depressuring scenarios, flare header sizing and selection calculations
  • Participate in unit PSV reviews, recommend intervals and frequencies for these reviews to Client PSM Manager and Health, Safety & Environmental (HSE) manager
  • Simulate processes with process simulation software programs, i.e. IPRSM
  • Perform hydraulic calculations relative to the following: pump calculations, control valves, restriction orifices, rupture discs, line sizing, etc…
  • Provide training to Client Process groups and other groups to ensure an understanding of the overall basis for PRD and vent sizing, so they may better support efforts in PRD calculation as well as improving the quality of submitted MOC packages
  • Read and fully understand Piping & Instrument Diagrams (P&IDs), Process Flow Diagrams (PFDs), Equipment Data Sheets, Instrument Data Sheets, Piping Isometrics and Piping Specifications
  • Maintain cooperative, efficient, and good team working environment
  • Communicate, both verbally and in written form in a professional manner
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