Thermal Power with CCS - Technical Note: District Heat Networks

• The opportunity size is 62.5 MW which is enough heat for 2,000 to 4,000 houses.
• Consideration should be given to the application of a CCUS scheme to provide heat to district heating networks.
• The CCGT + CCC onshore plants are likely to be located away from areas of high domestic or business occupation because of the hazards from Natural Gas, CO₂, and HV Electricity. A leak of CO₂ from the compressor coolers could lead to CO₂ in the DHN circulation: this could pose a hazard to domestic users if this leaks into their homes.

Thermal Power with CCS - OPEX Spreadsheet - NE England

Thermal Power with CCS - CAPEX Spreadsheet - Teeside

Thermal Power with CCS - Frontier Investment Support Cost Tool

Thermal Power with CCS - Frontier Whole Electricity System Cost Tool

Abated Gas Power - The Critical Contribution of CCS to the Future Power System

An ETI Perspective - An argument for CCS in the UK

Is CCS dead and if not how do we resuscitate it?

Thermal Power with CCS - A framework for assessing the value for money of electricity technologies

Thermal Power with CCS - Classification of Cost Estimate in Context of Global CCS White Paper “Toward a Common Method of Cost Estimation for CO₂ Capture and Storage at Fossil Fuel Power Plants”

Thermal Power with CCS - D4.1 Plant Performance and Capital Cost Estimating

Thermal Power with CCS - D5.1 Plant Operating Cost Modelling

Thermal Power with CCS - Design Optimisations Technical Note

Thermal Power with CCS - Final Project Report

Thermal Power with CCS - Request for Proposals Thermal Power with CCS

Thermal Power with CCS - Template Plant Specification