Deployed. Measured.
Documented.
HydroHub™ Industrial Oxyhydrogen is not a laboratory hypothesis. It is a deployed industrial technology with a documented multi-site operational record and senior institutional citation. The following evidence assets are available for due diligence review.
HydroHub™ Industrial Oxyhydrogen has been deployed across ten plants in seven Indian states. The fleet recorded a 13% average steam-to-fuel ratio improvement.
NOx reduction of 60% was measured at instrumented stacks. Payback was under two years per site.
The deployment is cited institutionally in the UIBC / Nangia Andersen "Modern Energy" report. All figures are site-specific and established through baseline studies and Measurement & Verification protocols.
Deployed. Measured. Documented.
Indian FMCG Beverage Fleet —
Ten-Plant Industrial Oxyhydrogen Roll-Out
Sector: FMCG — Carbonated Soft Drinks & Bottled Beverages · Client: Confidential (major bottler, global brand licence) · Geography: Seven Indian states · Assets: Biomass-fired steam boilers
- · Equipment: 7,500 L/hr and 10,000 L/hr generators
- · Control: Fully subordinated to host BMS at each site
- · Food safety: Zero non-conformities — FSSC 22000 audits
- · Production: No measurable impact on line OEE
- · Programme: Pilot to full fleet roll-out, multi-year window
- · Source: Testimonial from immediate past Head of Operational Excellence, a leading global beverage manufacturer's India bottling operations
This is one of the largest documented multi-site deployments of Industrial Oxyhydrogen combustion enhancement in the FMCG sector globally. Ten plants. Seven Indian states. Consistent results across geographically and operationally diverse sites.
The same intervention. The same mechanism. The same outcome. Repeatable.
Marginal Electricity Cost Varies by Site
Economic viability of oxyhydrogen combustion enhancement is sensitive to a site's marginal electricity cost, which varies significantly by country, grid, and generation source. Facilities operating on captive or self-generated power — increasingly common across large industrial processing sites — present a materially stronger economic case than sites on blended national grid tariffs, since production cost tracks the site's actual marginal electricity rate rather than an averaged national figure.
YBG Wevolve Consortium —
India Execution Partner
YBG's India site-execution capability operates through the YBG Wevolve Consortium, formed with Wevolve Projects Pvt Ltd, a Pune-headquartered infrastructure and construction group. The consortium is publicly listed by Wevolve Projects at wevolveprojects.com, with YBG Group International's registered office recorded as the consortium office.
Dr. Peter Griffiths, YBG's Founder & CEO, is named as Key Management Personnel of the YBG Wevolve Consortium, alongside Wevolve's Mr. Om Prakash Singh and Mr. Rajiv Nikam.
Wevolve Projects executes mechanical, electrical, and civil works for HydroHub™ deployments across India under YBG's technical specification and supervision — engaged for defined scopes of work, not as a commission-based distributor.
Source: wevolveprojects.com/contact and wevolveprojects.com/shareholding-consortium
Institutional Citation —
UIBC & Nangia Andersen LLP Report
Industrial Oxyhydrogen is cited as a credible technology for Indian thermal power in the joint report 'Modern Energy: India–UAE Collaboration in Renewable Energy', published by the UAE–India Business Council (UIBC) in association with Nangia Andersen LLP.
Section 4.3 of the report — contributed under the imprint of India's largest state-owned thermal power utility — explicitly references Industrial Oxyhydrogen electrolysers being used for co-firing in coal and gas boilers and adoption across various industries for heat generation.
This constitutes a senior institutional reference to Industrial Oxyhydrogen in a published institutional report co-authored by an Indian public-sector power utility and a leading Indian professional services firm.
Full report — UIBC & Nangia Andersen LLP, 'Modern Energy: India–UAE Collaboration in Renewable Energy'. Section 4.3 contains an explicit reference to Industrial Oxyhydrogen electrolysers for co-firing in coal and gas boilers and adoption across Indian industries for heat generation, contributed under the imprint of India's largest state-owned thermal power utility.
Further Deployment Record
Multi-site deployment across biomass steam boilers serving industrial process heat. Variable feedstock, high ash loading, elevated NOx profile.
Subcritical coal unit — oxyhydrogen injection into secondary combustion zone. Engineered baseline established via ControlAlign™ Phase 1 diagnostic.
8 TPH biomass steam boiler — on-site evaluation of Industrial Oxyhydrogen combustion enhancement in an operating agro-chemical manufacturing plant.
Every figure on this page is measured against an engineered pre-deployment baseline under YBG's standard Measurement and Verification protocol — historian data, instrumented stacks, and steam-to-fuel accounting rather than asserted performance. Ongoing performance verification is supported by ControlAlign™, YBG's remote thermodynamic diagnostic platform, which establishes the baseline before deployment and monitors drift against it afterwards.
Deployment identifiers withheld under commercial confidentiality. Full documentation available to ATP partners and institutional counterparties under standard NDA.
Evidence, terminology and scope
- What is HydroHub™?
- HydroHub™ is YBG Industrial's on-demand Industrial Oxyhydrogen platform. It generates an oxyhydrogen gas stream by alkaline electrolysis and introduces it into an existing combustion environment — a boiler, furnace or kiln — as a combustion-adjacent intervention. It is not a fuel substitute and does not replace the primary fuel; it modifies flame chemistry and radiative heat transfer so that more of the fuel's energy reaches the process.
- What results has HydroHub™ Industrial Oxyhydrogen achieved?
- Across a ten-plant biomass-fired steam fleet deployed in seven Indian states, the documented record is a 13% average steam-to-fuel ratio improvement, a 60% NOx reduction measured at instrumented stacks, and a payback period under two years per site. The deployment is cited institutionally in the UIBC / Nangia Andersen "Modern Energy" report. Results are site-specific and established through baseline studies and Measurement & Verification protocols, not generalised guarantees.
- Is HydroHub™ the same as HHO?
- The equipment class is sometimes searched for as "HHO". That term is hobby-level shorthand and is not used in engineering specification. Industrial Oxyhydrogen describes continuous-duty, instrumented, safety-interlocked generation designed for utility and process-plant service, with defined gas purity, flow control and shutdown logic.
- What industries does YBG Industrial serve?
- Coal and gas thermal power, cement, steel, glass, mining, chemical processing, waste-to-energy, and FMCG process heat and utilities — any operator running continuous fired thermal assets where fuel cost, thermal efficiency or emissions compliance is material.
- Is Industrial Oxyhydrogen an established or a new technology?
- Both, depending on scale. The underlying combustion-enhancement work has four decades of engineering history and a documented multi-site industrial deployment record. At utility scale the field remains early-stage industry-wide: no vendor, YBG included, currently operates an integrated system above 100 TPH equivalent capacity. That is why engagements are staged — baseline measurement, pilot deployment, then verification before any scale-up commitment.
More on terminology: HHO vs Industrial Oxyhydrogen.
Conduct your own due diligence.
Full documentation — including the FMCG fleet case study, the UIBC Nangia Andersen report, and the ControlAlign™ thermodynamic baseline methodology — is available to Advanced Technology Partners and institutional counterparties under standard confidentiality terms.
Equipment 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
Combustion Enhancement
How oxyhydrogen injection modifies flame chemistry inside utility-scale thermal plant.
Oxyhydrogen Technology
System architecture, generator duty, and integration scope across industrial sectors.
Water Purity & Electrolyte Quality
Why feedwater conductivity and KOH electrolyte purity directly determine oxyhydrogen gas quality, generator reliability, and combustion-enhancement performance.
Institutional Validation
Deployment record, measured outcomes, and the evidentiary basis behind performance claims.