Austria Carbon Capture Cement Production Infrastructure Development Feasibility Study with Decarbonization Market Forecast

Executive Viability Abstract

This feasibility study evaluates the integration of Carbon Capture, Utilization, and Storage (CCUS) technologies across Austria's cement production facilities. Given Austria's target of climate neutrality by 2040 and the high carbon intensity of clinker production, this infrastructure project is critical. The study focuses on post-combustion amine scrubbing and the development of a 'CO2-Backbone' pipeline network connecting industrial hubs to geological storage in the North Sea or local mineralization sites.

## Market Analysis Austria's cement industry produces approximately 5 million tons of cement annually, generating nearly 3 million tons of CO2. With EU ETS (Emission Trading System) prices projected to stabilize between €90 and €120 per ton by 2030, the 'cost of inaction' represents a significant financial liability. The market for 'Green Cement' (low-carbon) is seeing a 15% CAGR driven by public procurement requirements and ESG-driven construction demands. ## Capex Summary Total estimated CAPEX for a nationwide infrastructure rollout is €1.2 Billion. This includes: - Amine Scrubbing Retrofitting: €450M - CO2 Compression & Liquefaction Units: €250M - Pipeline & Rail Logistics Infrastructure: €400M - Monitoring & Digital Twin Systems: €100M ## Revenue Model Revenue is generated through three primary streams: 1. **Carbon Avoidance Savings**: Elimination of EU ETS certificate purchases (€90-€150/ton). 2. **Green Premium**: 20-30% price premium on certified low-carbon cement products. 3. **Utilization Sales**: Selling captured CO2 to the chemical and synthetic fuel industries (e-fuels). ## ROI Summary The project yields a steady ROI as carbon taxes increase. While initial years show high capital outflow, the long-term profitability is secured by the transition from a liability-heavy cost structure to a resource-recovery model.