CDR Report Sample for Petroleum Engineers
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CDR Report Sample for Petroleum Engineers

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Petroleum Engineer CDR Report Sample

The Competency Demonstration Report Sample for Petroleum Engineer includes all the necessary reports such as Three Career Episodes, Continuing Professional Development and Summary Statement. The Content of the Petroleum Engineer CDR Report Sample is as follow:

Petroleum Engineer Career Episode Report 1

Project Name: “Methanol Production via CO2 Hydrogenation on Promoted Cu-based Catalyst”

Introduction: In first career episode, the author describes the project he did when he was pursuing his bachelor’s degree inPetroleum engineering. This career episode is based on his project named as; “Methanol Production via CO2 Hydrogenation on Promoted Cu-based Catalyst”.

Background: This project was based on the Methanol Production via CO2, Hydrogenation on Promoted Cu-based Catalyst. This project engrossed on the growth of the methanol synthesis catalyst to find an auspicious catalyst that upsurges the methanol choosiness and long-life activity.

During the time, the responsibilities of the author were to:

  • Preparation of Methanol Synthesis Catalyst using impregnation method which is the most suitable method to prepare Cu-based Nano-catalyst.
  • Dissolving the required amount of each precursor in 50 ml beaker filled with specific amount of deionized water to produce aqueous solution with molarity of 0.5 M.
  • Adding the homogeneous solution to the supports (CNT & Al2O3) in a dropwise manner using pipette and the pH value for the mixture was controlled by adding ammonia solution using pH meter.
  • Stirring the mixture for 24 hours at room temperature. The prepared solution then was washed with deionized water and filtered using vacuum pump filtration set.
  • Conducting the drying process in a muffle furnace for 8 hours at 110 (_ ^o)C. Then followed by calcination the catalyst under Argon gas flow for 5 hour at 350 (_ ^o)C using tube furnace.

Petroleum Engineer Career Episode Report 2

Project Name: “Development of Crude Separation System for Wahoo Field FPSO”

Introduction: In second career episode, the author explains the engineering skills he used when he wasworking as an Intern in Petroleum engineering department. This career episode is based on his project named as; “Development of Crude Separation System for Wahoo Field FPSO”.

Background: The project was aimed at developing a crude separation system for a client operating a FPSO in the Wahoo field. It was at the proposal and project bidding stage which encompassed activities such as preparing process flow diagrams (PFDs) for the topside of the FPSO as well as simulating the design on ASPEN HYSYS. It also involved weight sizing for the equipment and pipeline sizing.

During the time, the responsibilities of the author were to:

  • Developing the Process Flow Diagrams (PFDs) for the system of the topside. This was based on certain specifications prescribed by the client.
  • Meeting the client with my manager to discuss the feasibility of the several proposed PFDs and implementing the client’s recommendation into a final PFD and accordingly seeking their approval.
  • Conducting stage two simulations of the system using ASPEN HYSYS
  • Processing the simulation data such capacity, temperature, density and pressure in order to facilitate the sizing design procedures of the separator and scrubber.
  • Researching for vendors that can do the sizing of the heat exchanger, pumps and compressors within allocated deadlines and the client’s standards.

Petroleum Engineer Career Episode Report 3

Project Name: “Design of Vinyl-Chloride-Monomer Production Plant”

Introduction: In third career episode, the author explains the engineering skills he used when he was pursuing his bachelor’s degree in Petroleum engineering. This career episode is based on his project named as; “Design of Vinyl-Chloride-Monomer Production Plant”.

Background: The main objective is to recommend the best possible design for VCM production and process. Besides, the objectives are to design green, sustainable and environment friendly process. It is decided that this plant will have a production capacity of 328 k-ton/year. Assuming the plant operates for 344 days, which means 21 days for maintenance work or unplanned shutdown occasion, it is calculated that the plant is to produce 636 moles of VCM per hour. The feedstocks are generally ethylene, chlorine gas, hydrochloric acid, and oxygen gas.

During the time, the responsibilities of the author were to:

  • Designing the flash tank which is used to distinct the products into two phases. It then emetics out the un-needed gaseous products such as carbon-dioxide, acetylene, unreacted-ethylene, oxygen and nitrogen-gas.
  • Deigning the waste treatment plant which is carefully designed so that the waste disposal classifications be in accordance with the laws and regulations set by the government. The treatment plant includes thermal incinerator, scrubber and chimney.
  • Process route screening to ensure the selection of the best process route to produce VCM which is prior to the HYSYS simulation.
  • Simulating the process flow-sheeting using ASPEN HYSYS simulation. HYSYS modelling is used to simulate the real working process of a VCM plant. The simulation was done with the help of team members.
  • Assisting the team members in formulating the VCM plant layout. Basically, the site layout can be divided into two parts: Process area and Non-Process Area.

Petroleum Engineer Summary Statement

In his summary statement the author presents all the competency elements required for Professional Petroleum Engineer. There are cross references in the summary statement to the relevant paragraph of the episodes, as explained in the Engineers Australia migration skills assessment booklet. His Summary Statement is in complete accordance with the today’s requirements of the Engineers Australia.

Petroleum Engineer Continuing Professional Development

The CPD includes professional courses, non-professional courses and private study. CPD Sample clearly explains the author’s Petroleum Engineering Knowledge.

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