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About YBG Global

An operational intelligence layer for thermal infrastructure.

Position

YBG Global is an industrial performance intelligence platform focused on operational optimisation within existing thermal infrastructure — at the intersection of combustion science, radiative heat transfer, operational intelligence, and industrial transition strategy.

We engineer a deterministic measurement layer that an operator's own engineers can review, defend, and act on. The system interprets live plant data and quantifies the gap between current performance and the unit's own best-achieved performance across load conditions. No external benchmarks. No predictive models. No control intervention.

Outputs are traceable end-to-end and engineered to sit alongside existing plant performance practice — not to replace it.

The Problem

Combustion is actively controlled. Heat-transfer performance is not.

Even well-designed plants drift away from their own best demonstrated performance — through air–fuel imbalance, fouling behaviour, operational variability, load transitions, and radiative inefficiencies inside the furnace environment. The result is measurable: higher fuel consumption, lower thermal efficiency, elevated emissions intensity, and reduced economic performance.

YBG exists to identify, quantify, and operationally address that drift.

Principles
Deterministic
No model drift. No external benchmarks.
Plant-native
Derived from the plant's own operating record.
Audit-grade
Row-level traceability end-to-end.
Integration-safe
Read-only. No control changes.
Pillars
Operational intelligence
YBG ControlAlign™
A deterministic, historian-derived interpretation engine for thermal-state behaviour, fuel-intensity drift, radiative coupling, and operational thermal performance — delivered remotely, read-only, and without DCS modification.
Carbon governance
Carbon Intelligence
Audit-grade emissions-intensity interpretation traceable to historian-derived thermal behaviour — supporting MRV, environmental governance, and operational decarbonisation reporting.
Group activity (separate)
HydroHub™ — operated independently
HydroHub™ industrial oxyhydrogen engineering is a separate engineering activity operated independently within the broader YBG Group at ybgindustrial.com. It is not part of the ControlAlign™ interpretation platform. Visit →
Doctrinal & Methodology Development

YBG Global progressively formalised its operational methodologies into structured technical doctrine for utility-scale thermal assets — focused on combustion-performance interpretation, radiative heat-transfer optimisation, historian-derived operational intelligence, thermal-state reconstruction, and operational drift analysis.

These frameworks were developed to support deterministic, audit-oriented operational assessment rather than black-box optimisation approaches.

Internal doctrine development included:

  • Operational interpretation standards
  • Performance-analysis frameworks
  • ControlAlign™ methodology codification
  • Thermal-state benchmarking concepts
  • Radiative-performance interpretation models
Regulatory & Standards Alignment

As the framework matured, YBG Global incorporated alignment considerations with relevant operational, emissions, environmental, and industrial-governance frameworks applicable to utility-scale thermal infrastructure.

This included consideration of:

  • Emissions-intensity reduction frameworks
  • Operational accountability and auditability
  • ISO-aligned management-system principles
  • Historian-data traceability
  • Measurement and verification (M&V) approaches
  • Emerging carbon-accounting and performance-verification requirements

The operational-intelligence architecture is designed to support integration with existing DCS/APC environments while maintaining traceability, explainability, and engineering reviewability.

Leadership
Peter Griffiths
CMD — Chief Managing Director, YBG Group International

Founder of the YBG operational-thermodynamics framework and principal author of the YBG Performance Doctrine. Dr. Griffiths' empirical work across industrial combustion environments — including oxyhydrogen deployment programs in India that produced sustained double-digit steam-to-fuel ratio improvements in biomass and coal-fired steam boilers — surfaced the radiative heat-transfer anomaly that became the basis for the ControlAlign™ interpretation layer.

He has led the codification of YBG's combustion-vs-heat-transfer doctrine, the best-demonstrated-performance methodology, and the operational-drift analysis frameworks that underpin the platform's deterministic, historian-derived interpretation of utility-scale thermal assets.

Dr. Griffiths leads YBG Group International's strategic direction, doctrinal development, and consortium-level engagement with utilities, infrastructure funds, and industrial transition initiatives across hard-to-abate sectors.

Srinivas (Srini) Adibhatla
Enterprise Systems & Operational Integration Advisor

Oracle-certified manufacturing and supply-chain implementation specialist with more than 30 years of experience across industrial enterprise systems, operational integration, and large-scale manufacturing environments.

Srini supports YBG Global's operational integration, enterprise systems alignment, implementation coordination, and industrial deployment frameworks across utility and infrastructure environments — ensuring that ControlAlign™ and Carbon Intelligence delivery layers integrate cleanly into existing enterprise operational ecosystems.

Extensive background across Oracle manufacturing, planning, logistics, procurement, asset-management, and enterprise operational ecosystems spanning manufacturing, transportation, engineering, healthcare, telecom, automotive, and industrial sectors.

Timeline

The progression from early combustion-side engineering through to the present fleet-level operational-intelligence positioning.

Stage 01
Early combustion enhancement work
Dr. Peter Griffiths' field engineering on combustion-side performance in thermal assets, including oxyhydrogen deployment programs across Indian biomass and coal-fired steam boilers.
Stage 02
Radiative heat-transfer discovery
Empirical observation by Dr. Griffiths that sustained double-digit steam-to-fuel ratio gains could not be explained by combustion chemistry alone — surfacing heat-transfer performance as the dominant unmanaged degree of freedom in utility-scale thermal units.
Stage 03
Methodology codification
Translation of operational findings into reproducible interpretation methods derived from the plant's own historian record.
Stage 04
Doctrinal framework development
Formalisation of combustion-vs-heat-transfer, best-demonstrated-performance, and operational-drift doctrines as institutionally citable references.
Stage 05
Regulatory & standards alignment
Architecture aligned with ISO-style management principles, M&V practice, historian-data traceability, and emerging carbon-accounting expectations.
Stage 06
Formation of YBG Group International
International structuring (Australia, Hong Kong) to support cross-border industrial deployment and long-term transition initiatives.
Stage 07
ControlAlign™ development
Deterministic, historian-derived interpretation platform delivered remotely, read-only, with no DCS modification.
Stage 08
Consortium & utility advisory expansion
Engagement at consortium and utility-advisory level on operational-thermodynamics interpretation and infrastructure-grade performance frameworks.
Stage 09
Fleet-level ATP positioning
Advanced Technology Partnership model extended to fleet-scale thermal-intelligence deployment across hard-to-abate industrial sectors.
Delivery Model

Advanced Technology Partnership (ATP)

YBG operates through an ATP model designed to integrate with existing industrial, utility, EPC, and infrastructure frameworks — supporting thermal performance optimisation, operational intelligence deployment, performance-linked improvement programs, and infrastructure revitalisation without requiring fundamental redesign of existing assets.

Scope

YBG's long-term focus extends beyond power generation into broader hard-to-abate industrial sectors — thermal power generation, steel, cement, and energy-intensive industrial processes — where thermal efficiency, operational stability, and emissions intensity remain globally significant challenges.

The industrial transition will depend not only on new infrastructure, but on the intelligent optimisation of existing global industrial assets.

Our Position

YBG is not an EPC contractor, a software vendor, or an advisory consultancy.

It is a structured industrial thesis with deployable operating layers.

Combining physical intervention, operational performance analysis, combustion intelligence, and strategic deployment frameworks into a unified industrial platform — embedded within existing thermal infrastructure rather than wrapped around it.

Group Structure

YBG operates through an international structure incorporating three complementary platforms under YBG Group International Pty Ltd (Australia).

  • ControlAlign™ · Industrial Thermodynamic Intelligence · ybgglobal.com
  • HydroHub™ · Industrial Oxyhydrogen Combustion Enhancement · ybgindustrial.com
  • HHO™ · Hydrogen Health Optimization™ · Consumer Wellness · hho.company

Corporate parent: ybggroup.com.au

Industrial Applications · ControlAlign™