How do you grow plants in the desert or arid climates?

Full Capacity bypasses extreme surface evaporation by using a subsurface biological infrastructure called the Hydra Venturi System. We inject highly oxygenated water and living humus directly into the root zone, turning dormant sand into a resilient, water-retaining sponge, saving up to 80% on water consumption.

What is biological infrastructure for agriculture?

Biological infrastructure combines mechanical hardware (like the Hydra subsurface network) with organic software (like Vermi-Pellets and Live Humus). It replaces traditional surface irrigation and chemical fertilizers with a permanent, below-ground ecosystem.

Do you offer turnkey agricultural services internationally?

Yes. Full Capacity deploys turnkey biological production hubs internationally, with a strong strategic focus on Saudi Arabia (Vision 2030), the UAE, Japan, China, and Russia. We build local facilities to manufacture compost and assemble hardware directly in the region.

Hydra Systems | Subsurface Bio-Reactor Irrigation

Core Physics

The Subsurface
Bio-Reactor.

The true power of Hydra lies in its core. The injection cones and vertical structural pipes are physically filled with our humus-grade compost. Using a Venturi injector, the system draws in ambient air. This highly oxygenated water washes directly through the compost core, brewing a living nutrient tea that is delivered instantly to the root zone.

Main Cone Output

~8 L/H

Beta Cone Output (soon)

~10 L/H

Active Flow

Urban & Agriculture

Hydra 1.0

The Core Network Node

Invisible Infrastructure.

The foundational distribution node. Whether in a high-tech greenhouse or buried under a city park, Hydra 1.0 delivers precise injection without the mess of traditional rubber hoses.

Direct Fertilizer Port

Engineered with a dedicated side-port (Y-Pipe) for seamless integration of solid fertilizers and compost.
Hidden Tech

Can be installed surface-level or completely buried. No weeds, no wet sidewalks.
Flood Safe

Venturi intake is protected, ensuring continuous oxygen and nutrient flow even in saturated conditions.

Hydra 1.1 Main / Base Unit

Agriculture

Outdoor

Food Security

Hydra 2.0

Vertical Grid

1 Meter

2 Meter

The Lego Principle.

Greenhouses are usually messy—hoses, stakes, wires. We changed that by turning the irrigation system into the structure.

Massive Biological Payload

The 1M and 2M vertical pipes act as high-capacity silos, filled entirely with compost to sustain heavy-fruiting crops for entire seasons.
One Pipe. Two Plants.

Symmetrical 6-way joint design feeds two continuous rows from a single vertical spine.
Structural Spine

The 55mm O.D. pipe holds the plant up. No extra staking or wire trellising required.

Available Heights

Hydra 2.1 1 Meter

|

Hydra 2.2 2 Meter

Technical Specifications

System FAQ.

How does the Venturi injector improve yield?

By vacuuming ambient air, the system creates highly oxygenated water. This prevents anaerobic conditions in the root zone and actively brews the internal compost into a nutrient-rich tea, radically increasing root density.

Can Hydra operate in extreme desert conditions?

Yes. Traditional drip irrigation loses massive volume to surface evaporation. Because Hydra delivers water entirely subsurface—directly to the roots—it bypasses evaporation, resulting in up to 80% water savings.

What biological payload is used inside the core?

The injection cones and vertical silos are designed to hold our commercial-grade vermicompost and biochar. This acts as a slow-release matrix, feeding the plant continuously without synthetic fertilizer runoff.

Hydra
Systems.

The Subsurface
Bio-Reactor.