Power on site
0MW
from your gas, firm
Inside a compute module
About 1 MW of AI computing in a factory-built module
Typical layout, for illustration. Right-drag to look around.
Live model
Drag to move · Right-drag to turn · Ctrl + scroll to zoom · Click a module to open it
For owners of gas, landfills and industrial land
See what your energy could build
Pick your energy source and gas flow. The live model sizes the power plant and AI compute modules that could sit on your site, powered by on-site gas engines with no grid connection.
0
MW on site
0
AI racks
$0
To you, per year
Live model
Size it to your site
Set your gas, see what could be built
Move the sliders to match your site. The model and the numbers update together. These are planning estimates from rules of thumb; real figures come from your gas data and site studies.
Energy source
Standard cubic feet per minute, as reported to your regulator.
Examples
Paid to you each year
$0
gas purchase plus land lease, at typical prices
Over a 10-year term
$0
Generator sets
0
running plus one spare
Computing load
0MW
after cooling and losses
AI racks
0
liquid-cooled, about 120 kW each
GPUs
0
at 72 per rack
Compute modules
0
about 1 MW each, 8 racks
Land used
0acres
including gas yard and setbacks
Gas used
0k MMBtu/yr
at 95% running time
Grid connection
None
no export, no new load on the grid
Planning estimates only, not an offer. Prices and terms are set site by site in signed agreements.
How the site works
From your gas to computing, all inside one fence
GAS
Your supply
A metered tap at your plant, gathering line or landfill header.
CONDITION
Gas treatment
Moisture, siloxane and sulfur removed so the engines run clean.
GENERATE
Gas engines
Modular generator sets with a spare unit, sized to your gas.
STEADY
Battery
Absorbs the fast swings in AI load so the engines see a steady demand.
COMPUTE
Compute modules
Factory-built, liquid-cooled AI modules, added about 1 MW at a time.
COOL
Closed-loop cooling
Dry coolers in a sealed loop: no evaporative water use by design.
Behind the numbers
How the model sizes a site
Rules of thumb, so you can check the arithmetic. Real figures come from your gas analysis and our site studies.
Show the assumptions
| Item | Value | Basis |
|---|---|---|
| Methane energy content | 1,012 Btu/scf | Higher heating value of methane |
| Pipeline gas energy content | 1,037 MMBtu/MMcf | Typical pipeline-quality gas |
| Engine heat rate, landfill gas | 11,000 Btu/kWh | Within the 10,600-11,700 range used by the US EPA landfill methane program |
| Engine heat rate, field gas | 9,000 Btu/kWh | Modern lean-burn gas engines |
| Running time | 95% | Planned and unplanned maintenance |
| Generator set size | 1.6 MW / 2.5 MW | Landfill / field gas; one spare unit |
| Cooling and losses (PUE) | 1.20 | Liquid cooling with dry coolers |
| AI rack power | 120 kW | Current liquid-cooled 72-GPU racks |
| Compute module | About 1 MW of computing (8 racks) | Factory-built, container-sized |
| Land | 5 acres + 1.2 acres per MW | Gas yard, engines, modules, roads and setbacks; varies by site |
| Payment range | Gas used × a typical price band, plus acres × $1,000-2,000 a year | Typical bands only; your price is agreed in the gas agreement. Before any royalties or taxes you owe. |
Start with your numbers
Send us your gas flow and a site plan
We reply by email with a first sizing for your site, based on your own data.