Power Plant - Carbon Capture, Transportation and Sequestration (1.7 mtpa)
Client:
Confidential Client
Location:
Western Canada
Project Summary:
To reduce carbon emissions of an 880 MW natural gas driven power plant, Equinox provided engineering and economic evaluations to implement an amine-based CO2 capture (approximately 1.7 mtpa of CO2), with CO2 compression and dehydration to deliver a pipeline-quality CO2 product.
The new facility would be notionally designed to capture 90% (4,700 tonne/day) of the carbon dioxide (CO2), utilizing a post-combustion capture scheme. The captured CO2 would be compressed (engine motor driven centrifugal), dehydrated (TEG dehydration) and sent to a transportation pipeline.
Overview:
- Flue Gas Blower, Cooler
- Quench System
- Heat Medium system
- Amine-based CO2 capture system
- EMD Centrifugal compression
- TEG Dehydration
- Amine Reclaimer system
- Wastewater system
- Utilities
Scope of Work:
- Conceptual Study Engineering
- Technology Evaluation
- Equipment Evaluations
- Process Simulations
- Facility Layout & Modeling
- Key Engineering Drawings
- Economic Modeling
- CAPEX, OPEX Estimating
