◈
CARBONYX.LITHOSPHERE—36 // ENGINEERING TWIN
VIRTUAL SITEBASALT RIDGE / GEOCHEMICAL CAMPUS LIVE SYSTEM
INTERACTIVE 3D FACILITY

Carbon extraction on a colossal scale.

Explore operational infrastructure, examine equipment, and manipulate the carbon cycle in real time.
X +0000 / Z +0000ALTITUDE · 0000 m
◈
INITIALISING GEOCHEMICAL CAMPUS
Preparing environmental shaders…
0%
DIGITAL TWIN ACTIVEORBIT VIEW · 3DDRAG ORBIT · SCROLL ZOOM · CLICK TO INSPECT
◀────── 500 m ──────▶
N✦ORIENTATION
OPERATIONS / 24H RUN RATE

Carbon flow telemetry

CO₂ capture Mineralization
INITIALIZATIONELAPSED SIMULATION HOURS →LIVE
ENGINEERING PROCESS / 01—06

Mass flow architecture

FULL DIAGRAM ↗
01AIR
INTAKE
→
02DAC
CONTACTOR
→
03THERMAL
REGEN
→
04CO₂
BOOST
→
05MINERAL
REACTOR
→
06BOUND
CARBON
ATMOSPHERIC INLET—
REACTOR THROUGHPUT—
HEAT RECOVERY—
OPERATIONS MANUAL

Navigating the carbon complex

This original fictional facility is built from locally generated GLB models and has no mandatory cloud services. All displayed operational metrics come from a conservation-based simplified engineering model.

Orbit and zoom

Drag left mouse to orbit. Scroll to zoom. Right drag to move target. Click visible equipment to inspect.

Fly mode

Press F or choose Fly, then use WASD to translate at the current camera elevation. Hold Shift to move faster.

Inspect interior

Choose a sector then Cutaway to reveal equipment inside regeneration halls. Tunnels toggles subsurface structures.

Operate and compare

Adjust six engineering setpoints. Presets test high output, a grid shortage, and cold weather. Export historical telemetry to CSV.

The standalone offline rendering layer is native WebGL2; it is not the upstream Three.js distribution. Approximate process values are educational, not safety or industrial design advice.
Made with 🤖 ChatGPT · Three.js