One emissions record, every destination it has to reach — greenhouse gas inventory, state emission inventories, criteria and hazardous air pollutants, permit limits, and ESG disclosure. Calculated from the same source data, defensible to the same audit.
Platform / EMISSIONS
Where the reading meets the limit.
THE CHALLENGE
One measurement. Six methodology. Six outputs.
A single source can generate emission numbers for greenhouse gas submission, a state emission inventory, a Title V deviation report, a HAP major-source determination, and an investor's ESG disclosure. In many operations those are separate calculations, stored in different data sets, run by different people, generated at different intervals, and using different inputs.
Master your emissions process in one place.
The authorities over your emissions.
Every obligation your emissions data has to satisfy.
WHAT ASSETAS COVERS
Six reporting regimes, one source of truth underneath them.
01 — Greenhouse gas
GHG inventory and mandatory reporting
Emissions calculated from source data under 40 CFR Part 98 — subpart W for petroleum and natural gas systems, subpart C for stationary combustion, and the subparts that apply to your source types. Every calculated figure retains the readings, run hours, throughput, and equipment counts behind it.
02 — State reporting
State emission inventories
Every state runs its own inventory program, on its own schedule, in its own format. Assetas maintains the source-level detail each one expects — throughput, control efficiency, operating schedule, source classification — held per emission unit, so a change at one site updates the inventory rather than triggering a rebuild.
03 — Criteria pollutants
Criteria pollutants and NAAQS
NOₓ, SO₂, CO, PM₁₀ and PM₂.₅, VOC as an ozone precursor, and lead — tracked per emission unit against the thresholds that decide your permitting status. Potential to Emit (PTE) and Actual emissions maintained side by side, because the difference between them is what makes you a major source.
04 — Air toxics
Hazardous air pollutants
The pollutants listed under Clean Air Act section 112 tracked at unit level, against both thresholds that matter: 10 tons per year for any single HAP and 25 tons per year aggregate. Applicable NESHAP subparts attach to the equipment they govern, with the monitoring and notification obligations each one carries.
05 — PERMITTING
Permit conditions and deviations
Title V and minor-source conditions held as live limits, not as a PDF in a folder. Rolling 12-month totals calculate continuously, so you see a limit approaching rather than discovering it was exceeded. Deviations are captured when they happen — cause, duration, corrective action, and the reporting clock they started.
06 — esg
ESG emissions and investor reporting
Scope 1 and Scope 2 built from the operational record rather than estimated from spend — and the Scope 3 categories you can actually substantiate. Because the calculation lineage is intact, an assurance provider can trace a reported figure back to the reading that produced it.
HOW ASSETAS WORKS
One calculation chain, from reading to submission.
Submit in the required format
The same underlying data delivered as the report, spreadsheet, or machine-readable file each destination expects — built to the schema the recipient actually publishes.
Aggregate to every threshold
Unit totals roll to source, site, and organization on the schedules each program requires — annual for inventory, rolling 12-month for permits, continuous for internal review.
Calculate with the appropriate methodology
Emission factors, calculations, simulation and modeling, and mass balance applied per source type and reporting program , with the method and factor version recorded alongside the result.
Capture inputs at the source
Meter readings, run hours, and throughput from telemetry plus inspection results from a technician's tablet — each tied to the source asset that produced it, timestamped at capture rather than at upload.
THE CHALLENGE
Every number traces back to a reading.
An emissions figure is only as good as your ability to defend it. When an agency inspector, a third-party verifier, or an assurance provider asks where a number came from, the answer should take minutes.
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Calculation lineage — the source readings behind every reported figure
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Factor versioning — the method and emission factor in effect when it was calculated
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Point-in-time requirements — what the limit was on the date the work was done
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Immutable audit log — who entered what, and what changed since
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Retention schedules — records held for the periods Part 98 and Title V require
Where it goes
Delivered the way each destination wants it.
Every agency has its own portal, its own schema, and its own idea of a complete submission. Assetas maps your records to each destination and generates the output automatically.
37 sec.
— Wind River Resources
2,488
automated anomaly detection of flow meters for errors
— Steam Cogen Facility, California
2.9x
quantified improvement in Assetas tuned anomaly detection model for precision, recall, and F1 score.
— Benchmark Study
PROOF
Caught earlier. Answered faster.
37 sec.
time to extract 108 conditions, including emission limits, from a 49 page Title V permit.
— Wind River Resources
2,488
automated anomaly detection of flow meters for errors
— Steam Cogen Facility, California
2.9x
quantified improvement in Assetas tuned anomaly detection model for precision, recall, and F1 score.
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