Development of a Process Simulation Model for Pyrolysis of Waste Tires Using Aspen Plus (V11)
Budget: $30 – $250 AUD
I'm looking for a seasoned professional with extensive experience in process simulation and Aspen Plus (V11) to develop a highly detailed simulation model for the pyrolysis of waste tires.
Key Objectives:
- The primary objective of the simulation model is to optimize the pyrolysis process.
- I am particularly interested in the yield and composition of different products from the pyrolysis process.
Requirements:
- The simulation model needs to be of high detail with extensive parameters.
- The ideal candidate should have a strong background in chemical engineering, environmental science, or a related field.
- Previous experience with Aspen Plus and process optimization is crucial.
- Knowledge of pyrolysis and waste management is a significant advantage.
Important Note: The model will allow adjustments to key parameters such as feedstock particle size, feeding rate (in kg/hr), and temperature. By modifying these variables, the model will assess their impact on the yield and composition of pyrolysis products. A reference paper is attached, and the model should be developed precisely as outlined in the paper.
Key Objectives:
- The primary objective of the simulation model is to optimize the pyrolysis process.
- I am particularly interested in the yield and composition of different products from the pyrolysis process.
Requirements:
- The simulation model needs to be of high detail with extensive parameters.
- The ideal candidate should have a strong background in chemical engineering, environmental science, or a related field.
- Previous experience with Aspen Plus and process optimization is crucial.
- Knowledge of pyrolysis and waste management is a significant advantage.
Important Note: The model will allow adjustments to key parameters such as feedstock particle size, feeding rate (in kg/hr), and temperature. By modifying these variables, the model will assess their impact on the yield and composition of pyrolysis products. A reference paper is attached, and the model should be developed precisely as outlined in the paper.