Current showcase
Media workspace, curated visual outputs, labelled process context, session comparison, and a report preview.
Industrial Combustion Intelligence
BurnHancer is developing an AI-assisted platform that brings flame-media review, simulated process context, explainable technical analysis, and structured reporting into one industrial workflow.
Curated DemoCurated showcase. No live plant connection or validated UBC measurement.

BurnHancer Intelligence Studio

Simulated process context
O₂
3%
CO
162.8ppm
NOx
159.8ppm
Temperature
1237.2°C
Product thesis
Review approved sample media, inspect curated visual outputs, explore simulated process context, compare sessions, and prepare a technical summary—all with clear capability-status labels.
Workflow
Start from an approved sample session or choose a local file that stays inside your browser session.
Inspect detection-style, segmentation-style, and heatmap-style views prepared in advance for the showcase.
Read clearly labelled sample process values and observe illustrative responses to scenario controls.
Place two sample sessions side by side and review differences, notes, and validation status.
Preview a structured technical summary with status labels, sources, limitations, and a human-review notice.
Current capability
Every capability carries a status label so working, curated, experimental, simulated, and planned elements stay distinguishable.
Organise sample flame media and locally selected files into a reviewable session structure.
Precomputed detection-, segmentation-, and heatmap-style views prepared for the showcase.
Experimental interpretation of flame appearance as stable, transition, or unstable observation cues.
A labelled sample view of process context values used to frame technical discussion.
Prewritten technical explanations covering scope, simulation, validation, and roadmap questions.
Local session history, comparison, and a printable structured report preview.
Guided demo
Sample flame media, an overlay toggle, session metadata, and a simulated process panel—rendered as a real interface, not a picture of one.
BurnHancer Intelligence Studio

Simulated process context
O₂
3%
CO
162.7ppm
NOx
159.7ppm
Temperature
1236.9°C
Transparency
Media workspace, curated visual outputs, labelled process context, session comparison, and a report preview.
Flame-condition interpretation, dataset provenance, model versioning, and any quantitative performance statement.
Plant data interfaces, validated estimation, sensor fusion, and approved industrial integration scope.
Evaluation contexts
Contexts under discussion for evaluation and pilot conversations. No deployment is implied.

Potential application
Reheat furnaces, ladle and vessel operations, and burner fronts where flame appearance is observed during shift review.

Potential application
Rotary kiln main burners and calciner flames where operators review visual condition alongside process context.

Potential application
Package and utility boilers where burner condition is periodically inspected through observation ports.

Potential application
Recovery boilers and lime kilns where visual review is one input among several engineering signals.

Potential application
Fired heaters and thermal oxidisers where flame observation supports periodic technical assessment.

Potential application
Selected thermal generation contexts where combustion observation is part of engineering review practice.
Progress
Stage 1
Historical BurnHancer documents describe flame detection, image and video processing, colour-analysis experiments, neural-network methods, and a Streamlit demonstration.
Stage 2
An approved transparent rebuild presenting media review, curated visual outputs, simulated process context, technical explanation, comparison, and reporting.
Stage 3
Dataset governance, reference measurement, model versioning, and a documented benchmark protocol precede any quantitative capability statement.
Leadership
CEO and Chairman / Product Owner
Director of Product Development / Provisional Technical Contact
Insights

Product Transparency
Working interfaces, precomputed outputs, experiments, simulations, and roadmap concepts can appear together in one product demo. Clear status labels prevent those layers from being mistaken for validated production capability.

Combustion Intelligence
BurnHancer's historical prototype work explored flame-oriented image and video analysis. The current showcase reframes that work as a structured technical-review workflow.

Industrial AI
An industrial interface can observe flame media without yet providing a validated estimate—and it can estimate a condition without being ready to optimize or control equipment.
Open the curated showcase, or start a technical conversation about evaluation contexts and validation planning.
The current experience is a curated product showcase. Simulated, precomputed, experimental, and roadmap capabilities are identified throughout the site and require technical validation before operational use.