Use Cases

Industrial operators often choose between overpriced, slow capture builds or accepting emissions as an unavoidable cost. We help you evaluate the options you actually have—using current 45Q rules and real plant data—and, when it makes sense, implement with modular Carbon to Crystals to turn CO₂ into $85/ton tax credits and $400–$850/ton CaCO₃ product revenue.

Dual-Revenue Carbon Capture Across Industries

Every gas-powered facility faces the same bottleneck: traditional CCS costs $7.8M-$15M upfront and takes 18-36 months from FEED to commissioning. Our modular Carbon to Crystals units go from order to commissioning in 5-12 months and produce two revenue streams — federal tax credits and sellable CaCO₃ mineral — versus 18-36 months and a single credit for traditional CCS. The result: a 9.4× to 20× higher 10-year return than single-revenue capture paths.

Why Carbon to Crystals Changes the Economics

1

5-12 Month Deployment

Modular, truck-deployable units install in weeks. Traditional CCS requires 18-36 months of engineering and permitting

2

Dual Revenue, Not Single Credit

$85/ton 45Q federal credit plus $400-850/ton CaCO₃ product sales — 9.4× to 20× higher 10-year return than 45Q-only

3

Meets the 2033 45Q Deadline

Parallel site prep and pre-validated MRV workflows compress traditional 3-year planning cycles into 5–12 months of real-world deployment.

4

Third-Party Lab-Validated Product Quality

98% CaCO₃ purity, 97.1% brightness, 4.0 µm particle size — premium PCC specs for paper, paints, plastics, and pharma

Ready to Monetize Your Emissions Strategy?

See how Tandem Carbon transforms your emissions from a compliance liability into a verifiable, revenue-generating asset.

Schedule a Feasibility Assessment