Techno-Economic Modeling for Carbon Capture

Industrial Decarbonization: Navigating the Carbon Challenge

With global emissions reaching critical levels, industrial players are under immense pressure to decarbonize. Carbon capture, utilization, and storage (CCUS) is a key solution in this transition—but navigating costs, feasibility, and investment risks remains a challenge.

To make CCUS deployment financially viable and strategically sound, organizations need data-driven insights that balance sustainability with economic realities

Optimizing CCUS with Techno-Economic Modeling

FutureScaleX has developed advanced Techno-Economic Models (TEMs) that help industrial companies:

Evaluate the economic feasibility of different carbon capture technologies.
Compare CAPEX & OPEX projections for varying project scales.
Analyze CO₂ abatement costs and regulatory incentives to enhance ROI.
Optimize investment decisions with scenario-based modeling of carbon pricing, policy incentives, and energy costs.

Our TEM approach provides a clear roadmap for decision-makers, helping companies reduce risk, maximize incentives, and implement CCUS strategies with confidence.

Project Feasibility
Cost Based Analysis
Valuation- True Business Value
Data-driven Business case

FutureScaleX's Techno-Economic Models Deliver

Custom Carbon Capture Simulations

Assess financial and operational feasibility based on real-world plant parameters.

Cost-Benefit Analysis

Compare cost per ton of CO₂ captured under different operating scenarios.

Investment Risk & Opportunity Insights

Model the impact of government incentives, carbon pricing, and energy costs.

S-Curve Adoption Modeling

Predict market readiness and technology cost trends over time.

By integrating policy insights, financial modeling, and technical feasibility, our solution helps industrial teams make faster, smarter, and more profitable decarbonization decisions.

Learn more about FutureScaleX's Data-driven Techno-Economic Modeling

Six Lenses Working Principle

A structured, tiered framework that drives strategic growth decisions by integrating policy, technology, economics, supply chain, digitalization, and ecosystems. Its two-level approach ensures a structured assessment—from prequalification to deeper feasibility—for holistic risk and opportunity analysis.

With a focus on critical risks, capital needs, and disruptive technologies, it helps businesses prioritize high-impact strategies while mitigating uncertainties.