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Use CasesEnergy, utilities & resourcesPrivate Sector

Flaring reduction & emissions optimisation

Predicts and reduces flaring events

Human approves every decisionValue: Risk management
Who we serve
Private Sector
Category
Energy, utilities & resources
Value
Risk management
Human role
Human approves every decision
Maturity

The problem

Without flaring reduction & emissions optimisation, energy transition teams rely on sampling and after-the-fact review, while the signals in flare and process data sit unread, so problems surface only after the loss, incident or complaint.

How it works

Flaring reduction & emissions optimisation predicts and reduces flaring events. The approach relies on ML. It draws on flare and process data and is typically owned by energy transition teams. The main constraint is regulatory targets. Where the human comes in: operations decide. It is scaled at leading organisations and piloted elsewhere; examples include World Bank Zero Routine Flaring initiative; operators.

Where the human comes in

Human approves every decision

Operations decide

What it needs

Flare and process data

What to plan for

Regulatory targets

In the field

World Bank Zero Routine Flaring initiative; operators

Public deployments by other organizations, listed for context. Not Sphere projects.

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