2026-04-06 · Consumer-facing methane super-emitter accountability — cross-referencing satellite plume detections from Carbon Mapper, SRON/TROPOMI, MethaneSAT, and UNEP IMEO with EPA facility ownership data to publish automated, opinionated weekly dispatches that name the companies, facilities, and regions responsible for the planet's worst methane leaks. Think "naming and shaming with satellite receipts" — beautiful maps, facility scorecards, corporate leaderboards, and country rankings, all auto-generated from free public data.

Plume Snitch

Satellites caught your methane leak. We're putting it on the internet — with maps, emission rates, and receipts.

💡 idea Total 15/20 Quality 4 Automation 4 Revenue 3 Complexity 4

Channel: Plume Snitch Tagline: Satellites caught your methane leak. We’re putting it on the internet — with maps, emission rates, and receipts. Niche: Consumer-facing methane super-emitter accountability — cross-referencing satellite plume detections from Carbon Mapper, SRON/TROPOMI, MethaneSAT, and UNEP IMEO with EPA facility ownership data to publish automated, opinionated weekly dispatches that name the companies, facilities, and regions responsible for the planet’s worst methane leaks. Think “naming and shaming with satellite receipts” — beautiful maps, facility scorecards, corporate leaderboards, and country rankings, all auto-generated from free public data. Target audience: Climate-concerned citizens, environmental journalists, ESG investors, policymakers, environmental justice communities, and anyone living near oil & gas infrastructure who wants to know “what’s leaking near me” Why now: 2026 is the year satellite methane detection went mainstream. MethaneSAT published its first peer-reviewed basin-wide survey (Feb 2026). Carbon Mapper’s Tanager-1 satellite is delivering facility-level plume data globally. Gizmodo just reported (March 2026) that feds are downplaying Permian Basin leaks. The Global Methane Pledge has 150+ countries but no public accountability dashboard. The satellite data is free. The consumer-facing site that makes it human-readable doesn’t exist.

Content Example

This Week’s Worst Methane Offenders — April 6, 2026

Plume Snitch’s weekly reckoning: we cross-referenced 847 satellite-detected methane plumes from the past 7 days against EPA facility records. Here’s who got caught.

🏆 Shameboard Leader: “Facility X”, Permian Basin, TX Owned by: [Company]. Emission rate: 12,400 kg/hr. Detected by: Carbon Mapper Tanager-1.

When Tanager-1 passed over the Delaware sub-basin at 14:22 UTC on April 2nd, its imaging spectrometer painted a methane signature stretching 4.3 kilometers downwind of a compressor station operated by [Company] — one of the Permian’s largest midstream operators. At 12,400 kilograms per hour, this single facility was venting methane at a rate equivalent to the annual CO₂ emissions of 2,100 cars. Every. Single. Hour.

This isn’t new behavior. SRON’s TROPOMI algorithm flagged the same 25km² grid cell 11 times in the past six months. Carbon Mapper’s higher-resolution Tanager-1 data now lets us pinpoint the specific pad. The facility self-reported 340 tons of methane to the EPA’s Greenhouse Gas Reporting Program for all of 2023. Our satellite math says they’re blowing through that in about 27 hours.

📊 The Numbers That Matter:

MetricReported (EPA GHGRP 2023)Satellite-observed (Plume Snitch estimate)Ratio
Annual methane (tons)340~108,700*320×
CO₂-equivalent impact9,520 tCO₂e~3,043,600 tCO₂e320×
Warming impact (20yr)28,560 tCO₂e~9,130,800 tCO₂e320×

*Annualized from 7 satellite overpass detections. Actual intermittency unknown.

Plume Snitch’s take: Self-reporting is a joke. When your satellite-observed emissions are 320 times your reported emissions, you’re not “underestimating” — you’re lying to a database. The EPA’s GHGRP was designed for an era when nobody could check the math from space. That era is over.

Below the fold: This week’s top 10 plumes by emission rate · Repeat Offender Index (facilities flagged 3+ times in 90 days) · Country Leaderboard update · “Near You” alerts for 15 US states

Data Sources

Automation Pipeline

Tech Stack

Monetization Model

Channel Soul

Name: Plume Snitch — sounds like a playground tattletale. That’s the point. Someone has to be the kid who tells the teacher.

Mascot: A cartoon satellite with a monocle and a magnifying glass, looking down at Earth with a raised eyebrow. Name: SNITCHY-1. Drawn in a clean, slightly retro mid-century illustration style. Teal and coral color palette.

Voice: The tone of a forensic accountant who’s also a standup comedian. Precise with numbers, devastating with metaphors. Never preachy — lets the data do the shaming. Thinks “underreporting” is a euphemism for “lying.” Uses phrases like “the satellite receipts say otherwise” and “self-reporting is just journaling with a compliance department.”

Opinion: Plume Snitch believes self-reporting is fundamentally broken and satellite verification should be mandatory. It has favorites (companies that fixed leaks get a “Redemption Arc” feature) and villains (repeat offenders get escalating shame tiers: 🟡 Caught → 🟠 Repeat → 🔴 Chronic → 💀 Shameless). Hot take: methane fees should be calculated from satellite data, not self-reports.

Running jokes:

Visual style: Dark navy background with teal accents and coral highlights. Satellite imagery with clean data overlays. Monospace font for numbers. Hand-drawn feel for illustrations. Every page has a “Snitch Score” badge. Maps are the hero — full-bleed satellite views with plume polygons in warning colors.

Scores

Launch Complexity: 3/5 — Carbon Mapper’s STAC API is well-documented and the EPA GHGRP REST API is mature. The spatial join logic (matching plumes to facilities) is the main technical challenge. Astro + D3.js for the static site is straightforward. Estimate: 3-4 weeks to MVP.

Content Quality Score: 5/5 — This is genuine investigative data journalism. The “reported vs. observed” angle is explosive and provably sourced. Sample article quality speaks for itself.

Automation Score: 4/5 — Data collection and processing are fully automatable. AI editorial synthesis is strong. Only limitation: some plume-to-facility matching may need manual verification for ambiguous cases (multiple facilities in same grid cell). Build a confidence threshold to auto-publish high-confidence matches and flag ambiguous ones.

Revenue Potential: 5/5 — Accountability journalism in the climate space has proven donation mechanics (ProPublica model). The ESG data angle opens B2B revenue. Newsletter premium tier is natural. Viral potential is enormous — satellite images of methane leaks are inherently shareable and outrage-generating.

Total: 17/20

Why This Will Work

Psychology: People are furious about corporate pollution. “Look what the satellite caught” is an irresistible hook — it combines the satisfaction of surveillance with the dopamine of accountability. The “reported vs. observed” ratio is a perfect viral mechanic because it’s concrete, shocking, and makes the reader feel smarter. You’re not asking people to trust a model — you’re showing them a satellite photo.

Market logic: The satellite methane detection market is projected at $3.6B+. The data providers (Carbon Mapper, MethaneSAT, SRON) are spending hundreds of millions to generate this data and making it free — they want consumer-facing accountability sites to amplify their mission. First-mover advantage in consumer-facing methane accountability is wide open. The “PFAS near me” trend proved consumers want hyperlocal pollution data.

Timing: MethaneSAT published its first peer-reviewed global survey (Feb 2026). Carbon Mapper’s Tanager-1 went operational. Gizmodo reported the Permian Basin underreporting scandal (March 2026). EPA is proposing to reduce GHGRP reporting requirements under the current administration — which makes independent satellite verification more important than ever. The narrative practically writes itself.

Risk & Mitigation