Carbon Capture System Optimization Simulation -- 2
Budget: $250 – $750 USD
I'm looking for a skilled chemical engineer with expertise in simulation to help me optimize a carbon capture system. The goal of this project is to reduce emissions through the efficient use of adsorption/absorption processes.
Key Requirements:
- Experience with simulating chemical engineering processes.
- Deep understanding of carbon capture systems, specifically those utilizing adsorption/absorption processes.
- Familiarity with activated carbon as an adsorption material.
Your expertise will be instrumental in developing strategies to enhance the system's efficiency and ultimately contribute to reducing greenhouse gas emissions.
experienced chemical engineer to perform detailed reaction modeling and process simulations for a carbon capture system. The project's core focus is on the absorption processes of NOx, SOx, and CO2 emissions using innovative material mixtures, including sawdust and water-based solutions.
Key Project Tasks:
1. Simulate drying and wet purification techniques within the system.
2. Analyze and test various material interactions to optimize emission capture efficiency.
3. Explore 'chemical renewal' processes for converting captured carbon into reusable materials.
4. Provide recommendations for system enhancements to maximize carbon capture at minimal operational costs and energy usage.
This project requires expertise in chemical engineering, specifically in process simulations and reaction modeling related to environmental sustainability and emission reduction. The successful candidate will help us refine our system's design and functionality to achieve high-efficiency production levels and facilitate the development of viable new concepts.
#### Skills Required:
Chemical Engineering, Simulation, Environmental Science, Research and Development
Key Requirements:
- Experience with simulating chemical engineering processes.
- Deep understanding of carbon capture systems, specifically those utilizing adsorption/absorption processes.
- Familiarity with activated carbon as an adsorption material.
Your expertise will be instrumental in developing strategies to enhance the system's efficiency and ultimately contribute to reducing greenhouse gas emissions.
experienced chemical engineer to perform detailed reaction modeling and process simulations for a carbon capture system. The project's core focus is on the absorption processes of NOx, SOx, and CO2 emissions using innovative material mixtures, including sawdust and water-based solutions.
Key Project Tasks:
1. Simulate drying and wet purification techniques within the system.
2. Analyze and test various material interactions to optimize emission capture efficiency.
3. Explore 'chemical renewal' processes for converting captured carbon into reusable materials.
4. Provide recommendations for system enhancements to maximize carbon capture at minimal operational costs and energy usage.
This project requires expertise in chemical engineering, specifically in process simulations and reaction modeling related to environmental sustainability and emission reduction. The successful candidate will help us refine our system's design and functionality to achieve high-efficiency production levels and facilitate the development of viable new concepts.
#### Skills Required:
Chemical Engineering, Simulation, Environmental Science, Research and Development