ECONOMIC RECOVERY SCENARIO
What if we captured this gas?
Nigeria burns 0 tons of methane daily in this snapshot. Adjust the capture and utilization rates below to model how much value and emissions could be recovered from the current flare field.
Source: NASA FIRMS · live
How much of the daily flaring volume can be technically captured and processed.
What percentage of captured gas is successfully converted to energy or products.
Current Daily Flaring
0
MSCF (1000 cu ft)
Capturable Volume
0
MSCF @ 65%
Methane Equivalent (Daily)
0
Tons CH₄
Daily Economic Loss
$0 USD
Gas at market price
Live Snapshot Value
$0
Sum of per-flare estimated value across the current filter.
Live Snapshot CO2
0.00 t
Estimated carbon footprint from the current filtered flare set.
Highest Risk Site
N/A
No active flare
Annual Revenue Recovery
$0 USD
• Recovered: 0 MSCF/day
• Price: 4.50/MSCF
Annual CO₂-Eq Prevented
0
• Prevented: 0.0M tons CO₂e
• Current Total: 0
Annual Production Loss
$0 USD
• Industry standard baseline: $1.05B/year
• This extrapolates live capture data
💡 These calculations are based on live NASA FIRMS satellite data and industry benchmarks. Adjusting the sliders models different technological and operational scenarios. Capture efficiency factors in infrastructure constraints, while utilization rate models energy conversion efficiency.