Your Hazard Study Should Create More Than a Report.

Traditional hazard studies generate enormous amounts of valuable engineering knowledge.

• Why was a hazard identified?
• Why was a safeguard considered adequate?
• Why was a recommendation raised?
• What assumptions influenced the decision?
• What did the study team know at the time?

Too often, that knowledge becomes distributed across spreadsheets, reports, meeting notes, action registers and document management systems.

• The study is completed.
• The report is issued.
• The project moves forward.
• People move roles.

And over time, the reasoning behind important engineering decisions becomes increasingly difficult to retrieve.

HENSIS changes that.

HENSIS helps organisations capture not only the outputs of a hazard study, but also the engineering knowledge and reasoning behind those outputs.

One Platform for Your Process Hazard Analysis

HAZID

Conduct structured Hazard Identification studies within a collaborative digital environment.

Capture hazards, causes, consequences, existing safeguards, recommendations and study reasoning in a consistent and traceable format.

Identify hazards. Capture reasoning. Preserve knowledge.

HAZOP

Bring greater structure, consistency and visibility to Hazard and Operability Studies.

HENSIS supports systematic HAZOP workshops while helping teams maintain clear relationships between deviations, causes, consequences, safeguards and recommendations.

The result is more than a completed worksheet – it becomes an accessible engineering knowledge resource.

Structured studies. Connected decisions. Lasting knowledge.

SIL Assessment

Support structured Safety Integrity Level Assessment workflows while maintaining visibility of the engineering reasoning and decisions developed during the assessment.

HENSIS helps teams document and preserve the information behind safety-critical decisions, strengthening consistency and future traceability.

Better visibility. Stronger traceability. Clearer decisions.

ENVID

Conduct structured Environmental Impact Identification studies and maintain environmental risks, consequences, controls and recommendations within the same connected digital environment.

This helps organisations bring greater consistency and knowledge retention to environmental risk studies.

Understand environmental risk. Connect decisions. Retain knowledge.