Industrial Oxyhydrogen for India Boilers & Kilns
Engineering-grade combustion enhancement for coal, biomass, gas, and oil-fired boilers, cement kilns, and process heaters across Indian industrial and utility sites.
Engineering, not HHO
Indian plant engineers and procurement teams increasingly encounter equipment marketed as “HHO” or “Brown's Gas.” These labels describe low-duty, unspecified gas generators with no standardised purity, flow, or control basis. They are not appropriate for continuous industrial combustion enhancement.
YBG Industrial deploys HydroHub™ as an industrial oxyhydrogen system: alkaline electrolysis, demineralised feedwater, high-purity KOH electrolyte, conditioned gas delivery, and Measurement & Verification against an engineered baseline.
- • Thermal power stations
- • Cement kilns & calciners
- • Steel reheating furnaces
- • FMCG process boilers
- • Refinery & petrochemical heaters
- • Baseline study & feasibility
- • Site-specific integration design
- • Equipment supply & commissioning
- • M&V protocol & reporting
- • Ongoing technical support
YBG Wevolve Consortium — India execution
Delivery in India is carried out through the YBG Wevolve Consortium, the execution capability combining YBG Industrial’s technology and engineering with in-country project management, fabrication, installation, and after-sales support. That structure covers site survey, statutory and safety clearances, commissioning, and long-term service on Indian plant.
For terminology context, see HHO vs industrial oxyhydrogen.
India-relevant evidence
YBG Industrial's India programme includes utility-scale Measurement & Verification work, a ten-plant FMCG fleet deployment, and an active pre-installation workflow for a coal-fired utility boiler. Economic outcomes are sensitive to local fuel and electricity tariffs; sites with captive or self-generated power present the strongest payback case.