Pipeline Engineer

Summary

This Engineer will be instrumental in identifying areas to maximize our impact. The development and improvement of internal SOP's and Best Practices along with increased regulatory compliance measures require this next level of involvement and attention. Examples include:

• Standardization with the other Divisions in Gas Operations
• Operations Excellence (PSMS) rollout, training, and support
• Small project review, support, & management
• PHMSA compliance measures
• HCA & Class location encroachment committee
• DOT annual reporting support
• Engineering Standard reviews
• SOP compliance reviews
• GIS, Engineering and As-built record support
• Gas and Liquid pipeline integrity support
• Pipeline permitting process

• Implement entire project cycle for small field generated plant improvement projects including scope, design, development, material procurement, construction and project completion.
• Communicate with company operations personnel and contractors for small project implementation.
• Implement entire project cycle for medium sized commercial expansion projects including scope, design, development, material procurement, construction and project completion.
• Work with operations personnel to help improve field compression reliability, which includes compressor performance and over pressure protection of pipelines.
• Work with Facility Planning group, to obtain simulation results for gathering system expansion projects.
• Work with plant operations personnel (daily) to help improve plant operations (troubleshooting).
• Take part in PSM activities for area facilities. (Help maintain facility drawings, resolve PHA action items, etc.)
• Maintain facility process simulations and work with senior process engineers to develop process solutions while following engineering standards, code compliance, proper company and safety standards, and good engineering practices.
• Proactively seeks opportunities to broaden and deepen engineering knowledge base and proficiencies.

To perform this job successfully, an individual must be able to perform each essential job duty satisfactorily. The requirements for this position are listed below:

• Bachelor of Science Degree - Engineering (Chemical, Mechanical, or Civil preferred)
• Minimum 3 - 6 years' experience in pipeline simulation, modeling, principals, and practices required.
• Experience with multiphase pipeline and/or plant simulation software:
  Pro Max
• Experience with compressor modeling software preferred.
• Extensive experience with compressor performance analysis, primarily Ariel Compressors, along with gathering field compression station operations.
• Understanding of pipeline MAOP/OPP protection as related to field compression.
• Have ability and experience in managing and executing multiple projects concurrently with multiple staff layers of varying skills and degrees of experience.
• Knowledgeable in hazardous liquid and gas engineering principals, standards and specifications and industry and regulatory rules and regulations pertaining to the 49 CFR Parts
  192 and 195 for pipelines and related facilities plus other industry, standards, guidelines, and codes.
• Analytical ability and ability to review, understand and interpret engineering drawings, alignment sheets, survey data, GIS data, and industry and regulatory codes and standards.
• Proficiency with personal computer applications including Microsoft Excel, Microsoft Word, Microsoft Access, and Microsoft Outlook required.
• Excellent written and oral communication skills required.
• Travel and overtime required periodically.
• Engineering Programs

• Previous Natural Gas industry understanding
• 3 - 6 years Engineering project experience

The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job.

• Usually, normal office working conditions.
• Must be able to remain in a stationary position 50% of the time due to prolonged periods of sitting or standing.
• Occasional overnight travel may be required.
• Occasional visits to industrial/manufacturing settings, which may include exposure to various materials and chemicals, as well as extreme temperature conditions and loud machinery, and require appropriate personal protective equipment.