Quarterly surveys are too slow
OOOOb requires semi-annual inspections. A slow valve can emit 90 days of methane before the next walk. Fines accrue from day one of a documented excess.
Continuous Emissions Monitoring
Find the valve before the EPA does.
Aquanta Vision watches your sites around the clock, pins the methane source to the exact fitting, and routes the work order to the closest field crew before a leak becomes a fine.
OOOOb-ready reporting. Houston-based team.
94%
Detection Rate
vs. 67% handheld avg
<12 min
Alert to Work Order
automated dispatch
$4.3M
Max EPA Penalty
per violation, 40 CFR Part 60 Subpart OOOOb
The Problem
Manual inspection misses leaks that cost millions
Quarterly walkovers with handheld sniffers leave months of exposure between checks. By the time a field tech finds it, the regulator may have found it first.
Handheld sniffers can't pinpoint the source
A positive reading tells you methane is present. It doesn't tell you whether it's the flange, the valve, or the connector 10 feet behind it. Crews wander.
Paper logs don't hold up in enforcement
Compliance auditors want timestamped detection records, chain-of-custody documentation, and corrective action logs. Spreadsheets and field notes rarely satisfy that standard.
$4.3M
Maximum EPA penalty per violation
Source: EPA OOOOb Final Rule, 2024
~80 Bcf
Annual US oil and gas methane emissions
Source: EPA GHGRP, 2023 data
67%
Detection rate, quarterly handheld surveys
Source: published LDAR field study data
How It Works
Detect, pin, dispatch. In that order.
Three steps from first photon to work order, fully automated. No analyst in the loop.
Step 01
Continuous OGI watch
Optical gas imaging sensors on fixed mounts scan your facility 24 hours a day. No scheduled walks, no weather cancellations, no human fatigue.
Step 02
AI source pinning
Our atmospheric model resolves the plume back to a specific component: valve body, flange, or connector. Field crews know exactly where to go before they leave the truck.
Step 03
Automated work order
A geo-routed work order hits the closest qualified technician's mobile app within minutes of detection. The audit log writes itself: detection time, component ID, dispatch time, repair confirmation.
Live Dashboard
Every site. Every alert. One screen.
Operations managers get a live view of all monitored facilities. Alert state, last detection event, and work order status roll up into a single ops board. No toggling between systems.
Real-time OGI feed from all sites
Component-level alert attribution
Automated OOOOb compliance report generation
Work order dispatch and confirmation tracking
Ops Dashboard: Active Sites
1 Active Alert
| Site Name | Status | Last Detection | Alert Level |
|---|---|---|---|
| Midland Basin A | ALERT | Today 09:41 | HIGH |
| Permian Pad C-7 | CLEAR | Yesterday 14:22 | LOW |
| Eagle Ford S-3 | SCANNING | 3 days ago | NONE |
| DJ Basin Hub | CLEAR | 5 days ago | LOW |
Work Order WO-2024-0891 dispatched
Valve P-214B, Zone 3, Midland Basin A. Tech J. Reyes routed, ETA 22 min. Detection-to-dispatch: 11 min.
Compliance-First Design
OOOOb does not wait for your inspection schedule
The EPA's OOOOb rule lowered the allowable leak rate and shortened the repair window to 30 days for most components. Quarterly manual surveys mean you're almost always out of compliance before you know it.
Aquanta Vision's continuous monitoring satisfies the monitoring frequency requirement and auto-generates the detection and repair logs regulators request at audit. Your team focuses on repair, not paperwork.
30 days
OOOOb repair deadline for most components
Dec 2023
EPA OOOOb Final Rule published. New monitoring frequency and repair deadlines take effect for most operators.
Jan 2025
OOOOb compliance required for new wells. Existing facilities face phased-in inspection requirements.
Ongoing
Continuous monitoring qualifies as alternative means of compliance under 40 CFR Part 60, Subpart OOOOb, provided detection and repair records are maintained.
From Operators
What field teams are saying
We ran a 90-day pilot alongside our quarterly survey program. Aquanta Vision flagged six events our team missed. Two of those would have been reportable under OOOOb. The ROI math wasn't complicated.
The source pinning is the part I didn't expect to work as well as it does. Field crews used to spend two to three hours tracing a positive reading. Now they drive straight to the component. We've cut repair times by more than half.
Pricing
Flat monthly subscription, no per-alert charges
Predictable cost against an unpredictable fine risk. Annual contracts available with a discount.
Starter
$299
/mo
Up to 3 sites
Small operators getting continuous monitoring in place. Includes detection, source pinning, and OOOOb compliance log export.
- 24/7 sensor monitoring (up to 3 sites)
- AI source pinning
- Automated work order dispatch
- OOOOb detection log export
Most Popular
Professional
$799
/mo
Up to 15 sites
Multi-site operators. Fleet dispatch integration, consolidated compliance reporting, and API access across all monitored facilities.
- Everything in Starter
- Up to 15 sites
- Fleet dispatch integration
- Multi-site ops dashboard
- API access
Enterprise
Custom
Basin operators with 15+ sites. Custom SLA, dedicated support, and SCADA integration with OPC-UA or Modbus TCP.
- Everything in Professional
- SCADA integration (OPC-UA, Modbus TCP)
- Dedicated support engineer
- Custom SLA and uptime terms
The Team
Built by engineers who chased leaks with sniffers
The Aquanta Vision team combines hands-on field experience with AI and real-time data infrastructure. We know what "good enough" costs when it isn't.
Babur Ozden
CEO & Co-Founder
Background in sensor-fusion systems for industrial process monitoring. Built and deployed measurement infrastructure across upstream and midstream operations before founding Aquanta Vision.
Marcus Delacroix
CTO
Architect of real-time data infrastructure at scale. Previously built time-series ingest pipelines for a major upstream operator's SCADA migration.
Priya Nair
Head of Data Science
Specializes in atmospheric dispersion modeling and inverse source attribution. The statistical inference engine behind Aquanta Vision's source-pinning capability is her research applied to field conditions.
Get Started
Stop guessing which valve is leaking
A 30-minute demo shows you exactly what we'd monitor at your sites, which components we'd instrument first, and what a compliance report looks like out of the system.
Request a Demo
No commitment. Houston-based team.