How capturing stranded energy creates massive environmental, economic, and Bitcoin-powered value.
2,611 verified sites
25× worse than CO₂
Zero grid impact
THE CORE THESIS
What is Stranded Value?
It's not just methane — it's the highest-leverage climate + capital opportunity on Earth. One molecule of stranded gas = avoided emissions + Bitcoin revenue + community wealth + sovereign energy independence.
Economic Value
Up to $500M+ potential per large site cluster in BTC revenue
Climate Value
25× CO₂ potency destroyed at source = real, verifiable impact
Community Value
Landowner + First Nations revenue + jobs in remote regions
Bitcoin Value
Off-grid, location-agnostic mining turns waste into hard money
Every simulator and visualization below quantifies this multi-dimensional Value.
Stranded Value is the massive combined environmental, economic, and Bitcoin-powered wealth created from natural gas that is uneconomical to capture and transport through pipelines — turning climate liability into sovereign value. This methane is often vented or flared, releasing potent greenhouse gases into the atmosphere.
The Opportunity
Bitcoin mining can transform this waste into value. By placing mobile mining operations at stranded gas sites, we can:
Reduce methane emissions (25× more potent than CO₂)
Generate clean Bitcoin with zero grid impact
Create revenue for environmental remediation and landowners
Utilize otherwise wasted energy resources
How This Dataset Works
Orange markers = Verified stranded gas sites from provincial regulators and satellite detection
Gray markers = Lower-confidence or projected locations (demo)
Teal elements = Power transmission grid proximity
Every site in the map and All Sites table comes from the complete 2,611-feature GeoJSON. All original properties are preserved and visible in the Site Details panel.
Data Sources
Primary: Environment and Climate Change Canada (ECCC) — open data from provincial energy regulators, satellite methane detection, and industry reporting. Reference year primarily 2022–2024.
Full source of truth file: data/stranded-sites-REAL.geojson (never modified by this site). Served to the browser from /data/stranded-sites.geojson.
THE ELEGANT LOOP
The Stranded Value Flywheel
Click any step to jump into the matching simulator or map view. This is how waste becomes verifiable sovereign wealth.
FROM GAS TO ELECTRONS
Methane-to-Power Generation
The heart of Stranded Value is turning raw methane into reliable electricity using proven reciprocating engine technology. These are the actual machines that make off-grid Bitcoin mining possible at stranded sites. All specs are approximate 2026 market values for biogas/landfill gas configurations (very close to pure stranded methane applications).
Mobile 250 kW Biogas Unit
250 kW
Eff: 33%
Methane use~85 Nm³/h
Installed CAPEX (approx)$1,800 / kW
O&M profileLow (containerized)
Fast deploy (days), H2S tolerant, ideal for small/remote wells. Powers ~80-100 S21-class miners.
INNIO Jenbacher J316 GS-B.L
850 kW
Eff: 40.5%
Methane use~220 Nm³/h
Installed CAPEX (approx)$1,050 / kW
O&M profileMedium
Gold standard for landfill/stranded gas. Excellent efficiency and uptime. Powers ~280 miners.
Caterpillar G3520H
2,000 kW
Eff: 42%
Methane use~480 Nm³/h
Installed CAPEX (approx)$920 / kW
O&M profileMedium-Low
High power density for larger clusters. Rugged for Canadian conditions. Powers ~650+ miners.
MAN 20V35/44G
10.5 MW
Eff: 47%
Methane use~2,300 Nm³/h
Installed CAPEX (approx)$780 / kW
O&M profileLow at scale
For major sites or clusters. Highest efficiency. Often paired with heat recovery for even more Value.
Cummins QSK60G
1,500 kW
Eff: 39%
Methane use~390 Nm³/h
Installed CAPEX (approx)$1,100 / kW
O&M profileMedium
Great balance of cost, support network, and performance for mid-size stranded projects.
Capstone C200 Microturbine
200 kW
Eff: 33%
Methane use~55 Nm³/h
Installed CAPEX (approx)$2,100 / kW
O&M profileVery Low
Ultra-low maintenance, no lubricants, handles very low-BTU or dirty gas. Perfect for harshest sites.
Prices are approximate North American 2026 installed costs for biogas-rated equipment (including basic gas conditioning). Real quotes vary with site conditions, H₂S levels, and scale. Larger units = better $/kW economics.
Coming soon — Real Site Integration: When connected to the live 2,611-site dataset, each location will show recommended generator model(s) + exact ASIC ROI using the production-side generator data + your mining calc. Per-site Stranded Value numbers, tailored to emission rate, gas quality, and location.
Live Power Plant Configurator
10% (H2S, moisture, etc.)
Total Installed Power: 850 kW
Total CAPEX (approx, +10% treatment)$1.0M
Miners this plant can power243
Est. daily BTC at current price (full load)18.58
Est. LCOE (¢/kWh, 10yr, +treatment)1.4 ¢/kWh
How Methane Becomes Electricity
Stranded methane (mostly CH₄) is combusted in a reciprocating engine or turbine. The chemical reaction is:
CH₄ + 2O₂ → CO₂ + 2H₂O + Energy (heat)
The heat drives pistons that turn a generator. Efficiency is typically 33-47% electrical for modern biogas engines (the rest becomes useful heat or exhaust).
Key challenges for stranded gas vs pipeline gas: variable methane concentration (often 40-60%), H₂S, siloxanes, and moisture — all require treatment that adds cost and reduces net power.
This is why the generator model you choose (and the gas treatment) dramatically changes the Stranded Value economics. All calcs here are designed to eventually pull per-site emission_rate_kg_day, source_type, etc. directly from the live 2611-site dataset for 100% real, dynamic ROI (generator CapEx + ASIC mining + financing + methane-loss opportunity cost).
Per-Site Stranded Value (Real Data + Generator + Mining ROI)
Dynamic • Uses live dataset • CapEx + opportunity cost included
Loading real sites from dataset for per-location calcs...
Key Terms Glossary
Glossary 2.0: every term is now a live portal into the simulators and data.
Test Your Stranded Value IQ
Question 1 / 5
What makes Bitcoin the perfect offtaker for stranded energy?
Interactive Stranded Value Simulators
Live BTC Price Sensitivity (affects all revenue projections):
$85,000
Basic Capture Scenario
12% of all sites
313
Sites captured
388,120
kg CH₄ destroyed / day
3,541,595
tonnes CO₂e avoided / year
~5.31
BTC generated / year
Emissions by Province (click to explore value)
Click any bar → opens the live map filtered to that province with full Value modeling.
Source Type Breakdown (Stranded Value potential)
Industrial Facilities
42%
Oil & Gas Wellheads
31%
Landfills
18%
Pipelines & Processing
9%
Industrial facilities and wellheads dominate the Stranded Value opportunity in Canada — billions in BTC + restoration potential.
Internet Factor: Fiber 1.35, Starlink 1.15, LTE 1.0, None 0.7. Confidence: High 1.25, Medium 1.0, Low 0.75.
Impact Estimates use average emission of 1,240 kg/day per site and assume ~0.0009 BTC per kg methane captured at current network difficulty.
Fiber 1.35 / Starlink 1.15 / LTE 1.0
High 1.25 / Medium 1.0 / Low 0.75
Tweak the factors and see how Stranded Scores (and therefore Value priority) shift dramatically. This is why transparent modeling wins capital.
Frequently Asked Questions
Real-World Style Case Studies
Ontario Landfill
Score 92
Keele Valley: 56 tonnes/day methane. Mobile deployment paid back in 14 months. 4.2 BTC generated in first year.
Alberta Oilfield
Score 88
Mildred Lake site cluster. 37 tonnes/day. Grid 2.9 km away. High confidence. Excellent fiber connectivity.
Remote BC Well
Score 81
Fording River. 33 tonnes/day. 5.8 km to grid. Starlink internet. Moderate complexity but high emission.
Quebec Industrial
Score 79
High-volume site near grid. 18k tonnes/day potential. Strong CETA eligibility for European capital.
Saskatchewan Wellhead
Score 74
Remote, high-emission cluster. 9k tonnes. Starlink + mobile unit = fast Stranded Value unlock.
Global Context
Canada’s oil & gas sector is one of the largest methane emitters in the developed world. The 2,611 sites on this platform represent a meaningful fraction of that opportunity. Mobile mining offers a unique, fast-deploying solution compared to traditional gas gathering systems.
Technology
Modern mobile mining units use efficient ASIC miners (S19–S21 class) inside 20–40ft containers with on-site gas generators. Units can be online within 30–90 days of site access. Remote monitoring via Starlink or fiber is standard.
Key Sources & Citations
• ECCC Greenhouse Gas Reporting Program (open.canada.ca)