Fenceline
▸ MIDSTREAM + UPSTREAM

Liquid leak detection at tanks, pads, and pipelines.
From the Fenceline.

Continuous thermal monitoring without hot work, shutdowns, or infrastructure changes.

01PROBLEM SPACE

5,853 hazardous liquid leaks since 2010. Most were never caught by a detection system.

WHERE78% at facilitiesTank batteries · pump stations · manifolds
Facility incident
Right-of-way / pipeline
▸ 01 · WHERE
~78%
At facilities — not the right-of-way.

Tank batteries, pump stations, manifolds. Most PHMSA-reportable hazardous liquid accidents happen inside the fence.

PHMSA HL Accident Database, 2010–present

▸ 02 · BLIND SPOT
~85%
of facility leaks are missed by existing detection systems.

SCADA and CPM don't see them. They surface through ground patrols and third-party reports, not the detection systems themselves.

PHMSA HL Accident Database, 2010–present

▸ 03 · COST
$343K
Average operator-reported cost per facility leak.

Excludes penalties and long-tail remediation. Since 2010: 217 events over $1M, 19 over $10M.

PHMSA HL Accident Database, 2010–present

▸ LIQUID LEAK INCIDENTS MAP5,853 INCIDENTS · 2010–PRESENTPHMSA HL ACCIDENT DATABASE
02What we do

Continuous thermal coverage for liquid leaks at fixed assets. The kind CPM and SCADA were never designed to catch.

▸ 01

Small leaks don't get the chance to grow.

Our detection model learns your site's normal thermal signature, then flags anything new: a wet spot on a flange, vapor off a manifold, fluid pooling under a tank. Pinhole seep or full rupture, the leak shows up the moment it changes the scene.

▸ 02

Retrofit-free. Works on what's already there.

If the camera can see the equipment, we can monitor it. Forty-year-old tank battery, brand-new pad, anything in between, the optics don't care what your piping is made of or how old your SCADA is. No tie-ins, no shutdowns, no piping modifications.

▸ 03

Managed end-to-end. Operational in days.

The detection model learns your site's thermal baseline, then runs continuously on its own. No software for your team to learn, no screens for anyone to watch. You get a notification when something matters. We handle the system, the data, and everything in between.

Detection pipeline · facility to phone
THERMAL CAMERALEAK · Δ4.2°CFenceline DetectionCV anomaly modelThermal baselineCV modelFluid libraryAnomaly?CONF ≥ 0.78EmailSMSPagerDuty
03Where we go

Every facility that handles hazardous liquid. Wellhead to terminal.

Coverage matrix

Facility types

Where the leak would happen

Production & gathering

  • 01
    Well pads
  • 02
    Tank batteries
  • 03
    Centralized gathering

Pipeline transport

  • 04
    Pump stations
  • 05
    LACT / metering stations
  • 06
    Pig launcher / receiver sites

Terminals & disposal

  • 07
    Storage farms
  • 08
    Truck loading & unloading racks
  • 09
    Saltwater disposal (SWD)

Liquids we detect

What's escaping when it does

Hydrocarbons

  • Crude oil & condensate
  • Refined productsGasoline · diesel · jet fuel · transmix · biofuels

Highly volatile liquids (HVL)

  • Natural gas liquids (NGLs)Y-grade · propane · butane · ethane
  • Anhydrous ammonia

Other

  • Produced water, brine & flowback
  • Supercritical CO₂CCS pipelines
  • Glycol & process fluids
04How we deploy

Mobile or static. Each for a different kind of site.

The trailer is for remote sites that don't have infrastructure to lean on. The static install is for developed facilities that do. Same detection, same alerting, same managed service behind both.

A. Mobile trailer

Self-powered trailer.

We tow it in, set it up at the fenceline, and bring it online. Nothing to wire into your facility, nothing to add to your safety program.

PowerSolar + LFP battery · 72 h dark reserve
Optic mast10–15 ft · pole or mast mount
BackhaulStarlink primary · 5G failover
ComputeCloud or Edge
ServiceFully managed · we own the truck roll
B. Static install

Built around your existing infrastructure.

If the site has power and a pole, we clamp on. Same hardware as the trailer; just plugged into your facility's existing infrastructure.

PowerGrid / facility power
MountExisting pole, mast, or building
BackhaulWired ethernet · or radio link
ComputeCloud or Edge
ServiceFully managed · same SLA as trailer
05Schedule a pilot
▸ What a pilot looks like

Two weeks on one of your sites.

  1. Week 01

    We calibrate.

    Trailer onsite, optics tuned to your facility's thermal baseline.

  2. Week 02

    We stage the leaks.

    Controlled releases of hot water to verify detection, false-positive rate, and alert flow.

  3. Decision

    You decide what comes next.

    Continue, expand, or walk away.

Step 0115-min discovery call
Step 02Site survey · no commitment
Step 03Two-week pilot

We reply within one business day · College Station, TX