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| R&D CONCEPTUAL PROCESS DESIGN ENGINEER - HEAVY OIL #267106 |
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| Location: |
Bartlesville, Oklahoma, United States |
| Company: |
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Company Overview:
[Company]is an international, integrated energy company with operations in nearly 40 countries. As the third-largest integrated energy company in the United States and fifth-largest refiner in the world, [Company]goal is to deliver energy in a safe, environmentally and socially responsible manner. Approximately 32,600 [Company]employees work worldwide to consistently deliver top performance and value to maintain the company's global market position. Employees' individual talents and strengths combine to create a diverse and energized workforce within[Company]. Headquartered in[Location], the company had $178 billion of assets as of December 31, 2007.
Position Summary:
The heavy oil R&D Conceptual Process Design Engineer develops and directs research programs to better understand heavy oil processing and energy generation. The ability to provide data that supports heavy oil capital projects and technologies is critical. This includes acquiring and analyzing data from pilot plants, commercial refineries and upstream facilities, third party technologies, and [Company] partners and vendors to develop a body of knowledge for future projects and research. The ability to communicate learnings is critical to the success of this position.
Responsibilities:
The responsibilities of the R&D Conceptual Process Design Engineer may include:
Managing one or more research programs
Providing oversight for R&D-SS pilot plant personnel
Analysis of pilot plant data
Documentation of research data and analysis
Providing oversight for outside contractors/pilot plants/laboratories
Presenting data and analysis to field operations customers
Working with other researchers to solve problems
Developing proposals for new research programs based on need and results of current research
Developing working relationships with vendors and researchers
Performing process optimizations and simulations
Basic/Required Qualifications:
PhD Degree in Chemical or Mechanical Engineering
Graduate level course work in: Fluid Mechanics AND Thermodynamics AND Heat Transfer
Preferred Qualifications:
Modeling experience with AspenPlus, HYSYS or PRO/II
Knowledge of boilers and water requirements commonly used in power engineering
Familiar with emission reduction processes for SOx, NOx, and Particulates
Understanding of CO2 capture technologies
Excellent interpersonal skills
Good verbal and written communication skills
Self-starter with excellent work ethic
In order to be considered for this position you must complete the entire application process, which includes answering all prescreening questions and providing your eSignature on or before the requisition closing date of November 6, 2009.
[Company] is an equal opportunity employer
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