Title: Gravity Reactor™ | Small modular PWR a mile underground

URL Source: https://www.deepfission.com/technology

Markdown Content:
## Adaptable Energy Designed to Meet Any Demand

Our modular reactors are engineered for flexible deployment across a wide range of environments, from industrial hubs to remote locations. Each environment provides dependable and scalable power while supporting industries, communities, and critical infrastructure.

### Tech & Energy

Up to 100 reactors on one single site for hyperscale data centers and large power plants.

**Power Output:** 300 MWe - 1.5+ GWe

**Borehole Reactors:** 20-100+

**Fuel and Refueling:** Low Enriched Uranium (LEU) using four standard pressurized water reactor (PWR) fuel assemblies

**Cooling:** Water

**Containment:** Geological isolation at depth naturally provides operational pressures, enhances safety, and protects the public; no large, above-ground containment structures needed

**Spent Fuel Storage:** Conventional spent fuel handling; passive, reliable cooling; secure, long-term pool storage and management

**Construction Schedule:** Estimated six months per reactor

### Commercial/Industrial

We power large commercial or industrial operations and data centers

**Power Output:** 150 MWe - 285 MWe

**Borehole Reactors:** 10-19

**Fuel and Refueling:** Low Enriched Uranium (LEU) using four standard pressurized water reactor (PWR) fuel assemblies

**Cooling:** Water

**Containment:** Geological isolation at depth naturally provides operational pressures, enhances safety, and protects the public; no large, above-ground containment structures needed

**Spent Fuel Storage:** Conventional spent fuel handling; passive, reliable cooling; secure, long-term pool storage and management

**Construction Schedule:** Estimated six months per reactor

### Military/Remote Locations

We power remote military locations or small commercial operations.

**Power Output:** 15 MWe - 135 MWe

**Borehole Reactors:** 1-9+

**Fuel and Refueling:** Low Enriched Uranium (LEU) using four standard pressurized water reactor (PWR) fuel assemblies

**Cooling:** Water

**Containment:** Geological isolation at depth naturally provides operational pressures, enhances safety, and protects the public; no large, above-ground containment structures needed

**Spent Fuel Storage:** Conventional spent fuel handling; passive, reliable cooling; secure, long-term pool storage and management

**Construction Schedule:** Estimated six months per reactor