Combustion Enhancement
for Utility-Scale
Thermal Infrastructure.
On-demand industrial oxyhydrogen — deployed as a combustion-adjacent intervention into utility boilers, furnaces and kilns. Verified heat-rate uplift. Lower emissions intensity. No fuel switching. No capital retrofit.
Fleet-level results from a ten-plant Indian industrial deployment. Results are site-specific and depend on combustion architecture and feedstock.
A controlled oxyhydrogen intervention. Not a fuel. Not a retrofit.
HydroHub™ introduces on-demand industrial oxyhydrogen into the combustion zone of an operating thermal asset — boiler, furnace, or kiln — as a subordinated, rate-controlled intervention alongside the primary fuel.
It does not replace the primary fuel. It does not modify the combustion control architecture. It does not require bulk hydrogen or oxygen storage on site.
What it does is alter the radiative characteristics of the flame — improving effective flame emissivity, enhancing radiative heat transfer to the absorbing surface, and driving more complete carbon burn-out from the primary fuel.
The result is measurable: lower fuel consumption per unit of thermal output, reduced stack emissions, and more stable boiler operation — verified under independent Measurement and Verification protocols.
Electrolysis of de-ionised water — no bulk H₂ or O₂ storage. Generated at point of use.
Injected alongside primary fuel. No changes to fuel handling, steam circuit or control architecture.
Fully interlocked with host plant burner management. Rate-limited. Audit-grade safety case.
Performance validated against engineered baseline under independent Measurement and Verification protocols.
Thermodynamic Intelligence First.
Combustion Enhancement Second.
Historian-derived thermodynamic diagnostic. Establishes the unit's engineered baseline and quantifies recoverable performance value. Read-only. No hardware.
Explore ControlAlign™ → ybgglobal.comCombustion-adjacent oxyhydrogen deployment. Measurable improvement against the Phase 1 baseline. Independently verified under M&V protocols.
Multi-unit thermodynamic monitoring and fleet-level performance optimisation across the operator's asset base.
Fleet Intelligence → ybgglobal.comOperators accountable for fuel cost, emissions intensity, and thermal performance.
Thermal Power Operators
Coal, gas and biomass utility fleet operators seeking verified heat-rate improvement and lower emissions intensity per MWh — without fuel switching or capital-intensive retrofit.
Plant Engineers & O&M Teams
Performance engineers and operations teams requiring a controllable, auditable combustion intervention with a clear engineering and safety case.
ESG & Decarbonisation Teams
Scope 1 reduction pathway — verified NOx reduction, lower unburned carbon, and audit-grade emissions intensity improvement for regulatory and investor reporting.
Infrastructure Funds & Developers
Advanced Technology Partners seeking a proven combustion enhancement platform for thermal asset retrofit programmes and consortium deployments.
The intervention layer your thermal asset is already waiting for.
HydroHub™ is delivered as a structured ATP engagement — Evaluate, Engineer, Integrate, Verify. No speculative commitments. No capital at risk until the baseline is established and the intervention is engineered.