RV-CMP
One screening engine for the full carbon-management stack.
DAC, point-source, e-methanol, e-SAF, e-ammonia, mineralization, with mixed routing.
JavaScript engine verified against the Python reference engine across 120 unit tests.
Mass balance, stoichiometry, ledger integrity, IRR convergence, and pathway switching.
Generate a print-ready initial carbon-management report from the current scenario.
Carbon project economics, end-to-end.
Stoichiometric mass-balance, project economics, contribution analysis, sensitivity, DAC vs point-source comparison, mineralization, and MRV readiness, all from a single set of inputs.
Five steps from inputs to a verified initial report.
Audit-grade by construction, ready for an initial carbon-management report.
Every scenario runs through stoichiometric mass-balance, a single-holder claim ledger, and a unit-tested IRR solver. The Methodology and Verifier tabs document the chemistry, the MRV approach, the standards referenced, and the integrity checks behind every output.
- Stoichiometric mass-balance, residual < 1e-9
- Single-holder claim ledger, no double counting
- IUPAC molecular weights and reaction stoichiometry
- IRR solver convergence, Newton-Raphson, < 1e-6
- ISO 14064-2 and VCS / Puro methodology references
- Print-ready initial report, audit trail included
RV-CMP, interactive
RV-CMP runs entirely in your browser. All calculation logic is verified against a Python reference engine to floating-point precision.
Build with Renewable Vision
Industrial hosts, technology partners, offtakers, MRV bodies, and capital partners can work with Renewable Vision to develop measurable, auditable, and monetizable carbon management opportunities across Saudi Arabia and the GCC.