Four Decades.
One Technology.
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Peter Griffiths founded YBG Group International following four decades of direct engagement with hydrogen technology, electrochemical gas generation, and industrial combustion enhancement — beginning in 1985, predating the industrial hydrogen sector by three decades.
The FMCG fleet deployment programme and the ControlAlign™ thermodynamic intelligence framework both originate from his field investigation of performance anomalies observed during Industrial Oxyhydrogen deployments across Indian industrial boilers.
Peter directs the group's technology platforms, commercial strategy, and ATP engagement programme across thermal power markets in Australia, India, and internationally.
HydroHub™ is one platform within YBG Group International.
Industrial Oxyhydrogen Combustion Enhancement
The YBG–Wevolve Consortium
HydroHub™ deployments in the Indian thermal power market are executed through the YBG–Wevolve Consortium — a structured commercial partnership between YBG Group International (Australia) and Wevolve Projects (Pune, Maharashtra).
Wevolve Projects provides India-facing project execution, engineering coordination, stakeholder engagement, and operational deployment capability across the Indian coal and industrial process heat fleet — complementing YBG's technology platform and international advisory function.
The consortium structure positions YBG Group and Wevolve Projects as a unified delivery entity for thermal performance improvement engagements across India's national and state utility operators.
The market didn't need another oxyhydrogen generator. It needed a credible deployment platform.
Industrial oxyhydrogen technology has existed for decades. What has been largely absent is a deployment framework that takes it seriously — with an engineering workflow, an audit-grade M&V protocol, a thermodynamic baseline discipline, and a commercial structure that aligns outcomes with operator interests.
HydroHub™ was built as that framework. The technology is the same molecule that has been observed improving combustion efficiency across industrial boilers for twenty years. The difference is the rigour with which it is now deployed, measured, and validated.