One Platform.
Multiple Combustion Environments.
HydroHub™ is a combustion-architecture-agnostic intervention. Wherever a primary fuel is burned in a controlled thermal environment — boiler, furnace, or kiln — the same hydrogen injection system principle applies: oxyhydrogen generated on demand and injected into the combustion air stream. The following sectors represent the primary target application environments for HydroHub™ deployment.
Thermal Power Generation
Coal · Gas · Biomass
Thermal power is the primary deployment vertical for HydroHub™. Utility-scale coal, gas and biomass-fired boilers present the largest opportunity for combustion-adjacent oxyhydrogen enhancement — driven by tightening heat rate norms, emissions intensity pressure, and the imperative to improve the thermodynamic performance of assets that will remain in the generation mix throughout the energy transition.
In the Indian context specifically, aging subcritical coal units operating below CERC normative heat rate benchmarks represent an immediate addressable market for HydroHub™ deployment — where even a 1–2% heat rate improvement across a 600 MW unit translates to tens of crores in annual recoverable fuel value.
HydroHub™ is delivered into thermal power under the YBG Advanced Technology Partner structure — with ControlAlign™ Phase 1 diagnostic establishing the thermodynamic baseline before any combustion enhancement is deployed.
Industrial Process Heat & Biomass Boilers
Industrial process heat — particularly biomass-fired steam generation in food, beverage, pharmaceutical and chemical manufacturing — is the environment in which HydroHub™ has its largest documented multi-site deployment record.
Biomass combustion is inherently variable. Moisture content, particle size and calorific value drift through a single shift, forcing boilers into inefficient excess-air operation and producing elevated stack emissions. HydroHub™ oxyhydrogen injection stabilises ignition kinetics, drives more complete carbon burn-out, and tightens the flame envelope — producing consistent gains across operationally and geographically diverse sites.
This is demonstrated, not claimed.
Adjacent verticals on the HydroHub™ deployment roadmap.
Cement Manufacturing
Rotary kiln combustion — coal and alternative fuel firing. Heat rate improvement and NOx reduction under variable clinker throughput and fuel blend. Target application environment.
Steel Manufacturing
Blast furnace, reheating furnace and direct reduction environments. Combustion stability and thermal efficiency improvement under continuous high-temperature operation. Target application.
Waste-to-Energy
Municipal solid waste and refuse-derived fuel combustion — variable feedstock, elevated emissions profile, strong regulatory pressure on NOx and CO. Target application environment.
Industrial Steam Systems
Pharma, chemical, textile and district energy process steam boilers — fossil and biomass fuel. Scope 1 reduction pathway aligned with ESG reporting requirements.
Hydrogen-Rich Water for Greenhouse Irrigation
Separate from combustion enhancement, YBG Industrial is reviewing published research on hydrogen-rich water (dissolved molecular hydrogen) delivered through irrigation in controlled-environment agriculture. This is an emerging research area, not a commercial performance claim.
Read the hydrogen-rich water greenhouse irrigation research noteEquipment of this class is sometimes searched for as “HHO”. That term is hobby-level shorthand and is not used in engineering specification. HHO vs industrial oxyhydrogen: correct terminology.
India deployments — industrial oxyhydrogen for boilers and kilns