Australia Carbon Capture and Storage Project Feasibility Study with Climate Technology Investment Analysis

Executive Viability Abstract

This feasibility study evaluates the implementation of a large-scale Carbon Capture and Storage (CCS) facility in Australia, focusing on the Cooper Basin. The project integrates advanced amine-based capture technology with geological sequestration to assist heavy industry in achieving net-zero targets while leveraging Australian carbon credit units (ACCUs).

## Technical Feasibility The project utilizes proven post-combustion amine scrubbing technology. Australia's geological landscape, particularly depleted gas reservoirs in the Cooper and Surat Basins, provides world-class storage capacity. The technical challenge lies in the 300km pipeline infrastructure required to transport CO2 from industrial hubs to injection sites. ## Market Analysis The Australian market is driven by the 'Safeguard Mechanism' reforms, requiring major emitters to reduce intensity. With ACCU prices projected to rise from $35 to $75+ by 2030, demand for sequestration services is high. Competitors include Santos and Woodside, but localized mid-scale solutions remain underserved. ## Financial Projections Total Capex is estimated at $850M AUD. Revenue is derived from long-term sequestration contracts ($60-$90 per tonne) and the generation of ACCUs. The project reaches positive cash flow by Year 6. ## Risk Assessment Key risks include regulatory shifts in carbon accounting, technical failure of reservoir integrity, and capital cost overruns. High initial investment is mitigated by federal grant eligibility under the Low Emissions Technology Partnership.