An early warning system streamlining leak detection to field deployment, saving Marcellus and Utica operators critical time and money.
Strict PA DEP and federal rules compress leak repair windows to an unforgiving 5-to-15-day timeline.
Unfortunately, manual spreadsheets and fragmented emails eat up these crucial compliance days before a technician is even dispatched. When a satellite flags a methane anomaly, manual corporate triage routinely wastes days just trying to figure out which asset team owns the infrastructure.
Our prototype framework eliminates this administrative lag by algorithmically matching open-source satellite telemetry with public facility registries. We route precise geographic coordinates straight to field crews in seconds—saving critical time and shielding your bottom line from massive non-compliance fines.
⚠️ Interface Note: The prototype dashboard uses simulated datasets and fictionalized asset mapping strictly to demonstrate user interface layouts and routing logic. It does not display live satellite telemetry, active emissions events, or actual corporate operational data.
We are evaluating a public-data workflow framework designed to help regional energy operators manage compressed EPA Subpart OOOOb/c and PA DEP leak repair timelines. By layering public regional facility registries with automated satellite telemetry feeds, the framework models how automated alert orchestration can route exact anomaly coordinates directly to field crews, bypassing manual corporate triage.
Captures the exact location of a methane anomaly the moment a satellite spots it.
Drafts an actionable work order instantly upon anomaly detection, leaving a human supervisor in the loop to verify and deploy the ticket in one click.
Gets boots on the ground instantly so you can fix the leak and beat the strict regulatory clock.
100% Public Data. Zero Internal Ingest. We do not want, nor will we accept, any internal company data. We operate entirely on open-source, public datasets.
We are simply trying to validate if this automated satellite-to-field routing logic is practically useful for regional HSE teams, or if it creates operational noise for field crews.