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Downtime & Production · Appalachian Basin

Marcellus dry gas:
the downtime that disappears in a barrels-first report

Illustrative scenario. The company and figures are fictional. The math is the same the free tools use.

Ridgeline Midstream gathers dry gas in northeast Pennsylvania through 14 rented compressors, each moving about 9,000 Mcf a day. In August the station averaged 91% runtime. On the monthly operations report, which leads with barrels, that month looked unremarkable.

Why it looked like nothing

The report was built for the parent company's oil assets. Gas shows up in a column of its own, in Mcf, below the line most readers stop at. Nine percent downtime across 14 units is 11,340 Mcf of throughput deferred every day, and nobody on the distribution list thinks in Mcf.

Put it in the same unit as everything else

At the standard 6 Mcf per barrel of oil equivalent, that deferred gas is:

Deferred throughput, as BOE1,890 BOE/dat 6 Mcf per BOE See the math
Every month57,488 BOEa day × 365 ÷ 12 See the math
Every year689,850 BOEat this runtime See the math
Show the mathHide the mathHow each figure above is worked out, step by step.
Deferred throughput, as BOE1,890 BOE/d
  1. Gas as BOE11,340 Mcf/d ÷ 6 Mcf per BOE1,890
  2. Condensate11,340 Mcf/d ÷ 1,000 × 0 bbl/MMcf0
  3. Total BOE/d1,890 + 0 + 0 bbl/d oil + 0 bbl/d NGLs1,890 BOE/d
Every month57,488 BOE
  1. Gas as BOE11,340 Mcf/d ÷ 6 Mcf per BOE1,890
  2. Condensate11,340 Mcf/d ÷ 1,000 × 0 bbl/MMcf0
  3. Total BOE/d1,890 + 0 + 0 bbl/d oil + 0 bbl/d NGLs1,890
  4. BOE a month1,890 BOE/d × 365 ÷ 1257,488 BOE
Every year689,850 BOE
  1. Gas as BOE11,340 Mcf/d ÷ 6 Mcf per BOE1,890
  2. Condensate11,340 Mcf/d ÷ 1,000 × 0 bbl/MMcf0
  3. Total BOE/d1,890 + 0 + 0 bbl/d oil + 0 bbl/d NGLs1,890
  4. BOE a year1,890 BOE/d × 365689,850 BOE
orange scenario numbergray result of an earlier stepSteps are rounded for display; totals use the exact numbers.Same formulas as the Gas to BOE Converter

Now it sits next to the oil numbers and reads at its real size. At a realized $2.40 per Mcf it is also about $27,200 a day, roughly $828,000 a month.

Dry gas gets undercounted twice: once because it is reported in a unit managers skim past, and again because there is no condensate to make the deferral look expensive. Converting to BOE fixes the first. Pricing it fixes the second.

What to report instead

  • Deferred volume in BOE, next to oil, every month
  • The dollar value at realized price, not strip
  • Runtime by unit, so the three units doing most of the damage are visible

If your gas carries condensate, the converter adds it in: set the yield in bbl/MMcf and the liquids show up in the total.

Run these numbers yourselfOpens the Gas to BOE Converter with this scenario filled in. Change anything to match yours.
Gas
11,340 Mcf/d
Condensate yield
0 bbl/MMcf
Oil
0 bbl/d
NGLs
0 bbl/d
Mcf per BOE
6
Convert These Volumes in the Gas to BOE Converter

Downtime is costing you MILLIONS!

Stop estimating. Start documenting.

Vendor Callout logs each outage from the truck, prices every down-hour and every deferred barrel as it happens, and prints the vendor report that recovers the credit.