Convert verified thermodynamic-performance gains into auditable CO₂ reduction datasets.
YBG operates the measurement, verification, and reporting layer that turns interpreted thermal-state improvement — across fuel intensity, parasitic energy load, and heat-transfer effectiveness — into compliance-ready and carbon-market-ready data, distinct from the control systems that operate the plant.
Existing control and optimisation systems operate the plant. They do not, on their own, provide the unit-specific baseline, load-normalised fuel delta, or audit-ready MRV logic required to convert operational data into a defensible CO₂ reduction dataset.
- MW load
- Fuel flow
- Combustion condition indicators
- Steam conditions
- Temperature data
- Unit-specific baseline
- Load-normalised fuel delta
- Verified efficiency improvement
- CO₂ reduction dataset
- Audit-ready MRV logic
Carbon intensity is not a primary observable. It emerges from upstream thermodynamic behaviour — combustion-state deviation, heat-transfer effectiveness drift, radiative coupling loss, and parasitic-load creep — propagating deterministically into fuel intensity, emissions intensity, and parasitic energy share.
Across LNG compression, CCS / CCUS capture trains, refinery utilities, and industrial process-heat networks, a deterministic share of primary energy is consumed as parasitic load rather than useful thermodynamic work. The YBG interpretation layer maps where that burden accumulates and how it propagates across the asset.
The MRV layer produces structured outputs designed for compliance reporting, third-party verification, and where applicable, carbon-credit pathway participation under approved methodologies.
Indicative scale of measurable CO₂ reduction at a representative thermal unit. Final values depend on coal quality, plant data, operating profile, approved emission factors, and verification requirements.
YBG's operational intelligence framework supports environmental performance accountability through audit-grade historian analytics, fuel-efficiency traceability, emissions-intensity monitoring, and verifiable operational reporting aligned with modern EMS and ESG expectations.
Operational Alignment with Modern EMS Expectations
YBG does not provide ISO certification services.
However, the platform is designed to support organizations pursuing stronger environmental accountability, operational traceability, emissions-performance visibility, and governance-aligned reporting frameworks consistent with evolving environmental management expectations including ISO 14001 directionality.
- Audit-grade historian analysis
- Environmental performance traceability
- Operational emissions visibility
- Fuel-efficiency verification
- Governance-ready reporting support
- Carbon accountability infrastructure
Measurement is the foundation. Issuance requires approval.
YBG does not claim automatic carbon-credit issuance. Carbon credits depend on applicable methodology, ownership rights, third-party verification, registry rules, and regulatory approval.
YBG provides the measurement and verification foundation required to support those processes — engineer-defensible, deterministic, and traceable to validated source data.
YBG's Carbon Intelligence layer is designed to convert thermal performance improvement into verifiable, audit-ready CO₂ reduction datasets — supporting compliance disclosure, fleet-scale emissions reporting, and carbon-market participation under approved methodologies.