Geothermal-powered AI and Bitcoin compute infrastructure concept
Investor Relations

De-Risked Infrastructure. Transparent Metrics. Institutional Access.

NRG Bloom converts stranded energy into productive compute revenue. Our stage-gated model validates before scaling, generating returns from day one.

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1 MW
Energized Capacity
Feb 2025
Live in Nigeria Since
$0.03/kWh
All-in Energy Cost
300t CO₂e
Methane Mitigated
Why NRG Bloom

The Investment Thesis

Structural Cost Moat

Energy at $0.03/kWh, well below industry breakeven. This isn't optimization, it's a fundamentally different cost structure.

Stage-Gated De-Risking

Every site earns revenue from day one via Bitcoin mining. No speculative CapEx. Each stage funds the next.

Dual Revenue Engine

Real-time load orchestration dynamically allocates power between AI inference (high margin) and Bitcoin mining (always-on baseline). 100% utilization, zero idle watts.

ESG + Carbon Credits

Methane destruction is quantifiable under UNFCCC CDM methodology AM0009, a potential future revenue layer on top of compute. No credits issued to date.

Operational Track Record

13+ Months. Real Infrastructure. Real Revenue.

Our first site at Ogboinbiri, Bayelsa State, Nigeria has been operational since February 2025 under a community based power purchase agreement. This isn't a pilot; it's a proven, revenue-generating operation.

  • 1 MW energized (1.5 MW developed), 5 MW pipeline under development
  • Community based power purchase agreement
  • First deployment: containerized ASIC miners, operational within 90 days
  • Expansion to Kenya and Colombia in pipeline
NRG Bloom operational container at Ogboinbiri, Nigeria
Frequently Asked Questions

Investor FAQ

NRG Bloom deploys modular data centers at stranded energy sites worldwide, converting wasted gas, curtailed renewables, and off-grid power into productive compute revenue. Real-time load orchestration dynamically routes available power between AI inference and Bitcoin mining based on real-time economic signals.
A stage-gated approach to off-grid compute. Stage 1: validate the site with low-CapEx Bitcoin mining (immediate revenue, zero SLA risk). Stage 2: harden infrastructure (connectivity, cooling, power). Stage 3: scale to AI inference, with Bitcoin mining as the always-on revenue floor.
Real-time load orchestration routes available power between high-margin AI workloads and always-on Bitcoin mining based on live economic signals. Works with any power input from flare gas to nuclear.
Currently operational in Ogboinbiri, Bayelsa State, Nigeria since February 2025 under a community based power purchase agreement. Pipeline markets include Kenya (curtailed renewables) and Colombia (hydroelectric).
$0.03/kWh all-in under a community-based power purchase agreement, well below the mining industry breakeven. This structural cost moat comes from using energy that has no alternative buyer. We're not competing for grid power; we're monetizing waste.
Methane destruction from flare gas is quantifiable under UNFCCC CDM methodology AM0009. Once verified and issued, credits would create an additional revenue layer on top of compute revenue, making each site a triple-revenue generator: compute, gas purchase fees, and carbon credits. No credits have been issued to date.
Contact Makir Volcy directly at makir@nrgbloom.com to request the investor deck, financial model, or schedule a call.
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Nuclear-powered data center facility

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