⚠ AGRICULTURAL WASTE → AEROSPACE GRADE

From Burned Fronds
To Launch Pads

Transforming millions of tons of burned palm agricultural waste into 3D-printable sustainable rocket components. We extract cellulose nanofibers from discarded palm fronds to create heat-resistant, lightweight bio-composites.

Join the Revolution

THE WOW MOMENT: Standing on a launchpad watching a rocket carrying your satellite ascend into space, knowing its fuel tanks and structural components were made from agricultural waste that would have been burned last season—the smoke that would have choked the sky is now propelling humanity upward.

2.5M

Tons of Waste Processed

$6.25M

CO₂ Emissions Prevented

147

Components Delivered

The Conversion Process

Collect palm frond waste from plantations

Extract cellulose nanofibers via chemical process

Blend with bio-resin to create bio-composite

3D print aerospace-grade components

Material Output

CELLULOSE NANOFIBER YIELD: 85%

HEAT RESISTANCE RATING: 92%

WEIGHT REDUCTION: 78%

B2B Component Sales

$50K-$150K

Per component set contract

Waste Processing

$5-10

Per ton from plantations

Year 1 Target

$2M

ARR with 3 launch providers

► INITIAL PILOT PROGRAM LIVE