GasGx: Natural Gas Power Generation & Mining Whitepaper

The Energy-Compute Paradox

We face a dual crisis: The energy sector burns billions of dollars in "stranded gas" due to lack of pipeline infrastructure. Simultaneously, the digital economy—driven by Bitcoin mining and explosive AI growth—is starving for low-cost, reliable power. GasGx bridges this gap through Industrial Symbiosis.

Market Misalignment

Wasted Resources Global flaring has returned to 2007 highs. This gas is trapped geographically, making pipeline transport economically unviable.
Rising Compute Costs Post-halving Bitcoin mining requires electricity under $0.04/kWh. Grid prices often exceed $0.07-$0.12/kWh.
The GasGx Solution Deploying mobile "Hash Huts" directly to the wellhead. We bring the consumer to the energy, eliminating transmission costs.

Global Flaring Leaders vs. Mining Potential

Volume of wasted gas (BCM) by country

Digital Flare Mitigation Architecture

A modular, mobile infrastructure converting hazardous waste into high-performance compute.

1

Stranded Gas

Associated petroleum gas (APG) from oil wells or landfill methane is captured instead of burned.

2

Generation Unit

Gas flows into reciprocating generators (e.g., MP-500WF) with acid gas treatment capabilities.

3

Hash Huts

Electricity powers on-site containerized ASICs or AI GPUs using hydro-cooling (PUE < 1.05).

4

Value Output

Output includes Bitcoin rewards, carbon credits (ERUs), and AI inference results.

Economic Feasibility

The core advantage of GasGx is energy arbitrage. By utilizing "free" or negative-cost fuel (where producers pay to remove gas), the Levelized Cost of Electricity (LCOE) drops significantly below grid parity.

Industrial Grid Rate $0.075 / kWh

GasGx DFM Generation $0.028 / kWh

63% Savings

*Based on 2025-2026 projections for North American deployment (Texas/Alberta) using 10MW modular sites.

Cost Composition: Grid vs. GasGx Off-Grid

Profitability Sensitivity Surface

Interactive analysis of Daily Profit based on BTC Price and Energy Cost.

ESG & Carbon Credits

The Methane Multiplier Effect

Methane (CH4) is 84x more potent than CO2 over a 20-year period. Venting or inefficient flaring releases vast amounts of CH4.

By using high-efficiency reciprocating engines, GasGx achieves 99.9% combustion efficiency. We convert the methane into CO2 and water vapor. While CO2 is still a greenhouse gas, the net reduction in Global Warming Potential (GWP) is over 63%.

World Bank Initiative

Directly supports the "Zero Routine Flaring by 2030" initiative, allowing oil producers to monetize waste while complying with strict EPA and global regulations.

Future Horizon: From BTC to AI

The infrastructure built for Bitcoin mining today is the foundation for the AI data centers of tomorrow.

Global Expansion

Expanding beyond North America to Vaca Muerta (Argentina) and Central Asia (Kazakhstan), navigating regulatory landscapes to unlock gigawatts of power.

AI Transition

Retrofitting sites with HPC GPUs. GasGx sites provide the baseload power stability required for AI inference, unlike intermittent renewables.

Financialization

Tokenization of Real World Assets (RWA). GasGx aims to create asset-backed securities based on the hash rate and carbon credits generated.

Stranded Energy
Reshaping Global Computation