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Файл:01 POWER ISLAND / 04 CO2 capture / FEED Study for Retrofitting the Prairie State Generating Station with an 816 MWe Capture Plant using Mitsubishi Heavy Industries Post-Combustion CO2 Capture Technology.pdf
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- •PROJECT BACKGROUND
- •PROJECT SCOPE
- •PROJECT DESIGN BASIS
- •Site Characteristics
- •Location
- •Topography
- •Transportation Access
- •Available Utilities
- •Site Ambient Conditions
- •Site Specific Design Considerations
- •Rainfall/Snowfall
- •Frost Penetration
- •Wind
- •Seismic Data
- •Flood Plain
- •Soil Conditions
- •Noise
- •Maintenance and Accessibility
- •Modularization Requirements
- •Fuel Feedstock and Flue Gas Characteristics
- •Power Plant Fuel Data
- •Flue Gas Conditions
- •PERMITTING PATHWAY
- •Air Permitting
- •Prevention of Significant Deterioration (PSD) Modeling Overview
- •Potentially Applicable Air Permitting Scenarios
- •Scenario 1: Carbon Capture Plant as a Single Source with PSGC
- •Scenario 2A: Carbon Capture Plant as a Separate Source with Only Emissions Created by the Carbon Capture Plant Subject to Permitting
- •Scenario 2B: Carbon Capture Plant as a Separate Source with ALL Emissions from Carbon Capture Plant Subject to Permitting
- •Air Permitting Strategy Recommendation
- •Water and Wastewater Permitting
- •Background
- •Makeup Water Permitting
- •Wastewater Permitting
- •Mechanical Draft Cooling Tower
- •Wastewater Treatment
- •BASIC CONTRACTING AND PURCHASING STRATEGY
- •Procurement Strategy
- •Engineering Interface
- •Vendor Quality Management
- •Long-Lead Procurement
- •ENGINEERING DESIGN PACKAGES
- •Process Engineering
- •Process Flow Diagrams
- •Heat Balance
- •HAZOP/PHA
- •PHA Process
- •Methodology
- •PHA Recommendations
- •Equipment List and Specifications
- •Cause and Effect Diagrams (six diagrams, pages 75-85)
- •Overpressure Relief Study
- •Introduction
- •Relief Philosophy
- •Evaluation Method
- •Civil Engineering
- •Geologic and Soil Load Assessment
- •Geotechnical Investigation
- •Subsurface Conditions
- •Frost Protection
- •Storm Water Runoff and Spill Containment Assessment
- •Structural Engineering
- •Mechanical Engineering
- •3D model and/or equipment elevation sections & plan drawings
- •Electrical Engineering
- •Electrical load lists
- •One-line diagram(s)
- •Instrumentation & Controls Engineering (System Integration)
- •Communications Infrastructure
- •Control Cabinet
- •Call Station
- •Bi-Directional Loudspeaker
- •Line Balance Assembly
- •Amplifiers
- •Horn and Driver Assemblies
- •Junction Boxes
- •Fire Protection Engineering
- •Authority Having Jurisdiction
- •Building and Fire Codes
- •Methodology
- •Occupancies
- •Fire Alarm System
- •Water Supply
- •Facilities Engineering
- •HVAC
- •General HVAC Design Criteria
- •Admin / Warehouse Building HVAC Design
- •Water Treatment Building HVAC Design
- •HVAC Design Standards / Reference
- •Site Security
- •Plant Layout and Construction Access
- •Constructability
- •Site Work
- •Site Preparation
- •Trenching and Excavation
- •Backfilling
- •Grading
- •Roads and Parking
- •Temporary Construction Trailers
- •Temporary Power
- •Temporary Water
- •Waste Disposal
- •Construction Stormwater Management
- •Lay-down Areas
- •Sequencing of construction work
- •Piping
- •Equipment
- •Pipe Rack Modularization (ISBL)
- •Project Cost Estimate (~ +/- 15%)
- •Project Cost of Capture
- •Calculating Cost of Capture
- •Cost of Capture Summary
- •Estimated Project Schedule

Storm Water Runoff and Spill Containment Assessment
Table 15. Containment, Drains, and Discharge Index 1
Page 89 of 145

Table 16. Containment, Drains, and Discharge Index 2
Page 90 of 145

Table 17. Containment, Drains, and Discharge Index 3
Page 91 of 145
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