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 “low-duty oxyhydrogen.” 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.