Our Model

FROM SEED TO SHELF, INSIDE ONE COMPANY

Most biodegradable packaging sold in East Africa is imported. Ours is grown, made, and distributed within the region it serves.

STAGE 1

Hemp is cultivated on our own land at Lusangazi and, increasingly, through a smallholder outgrower cooperative across northern Malawi. For many participating households, hemp is a genuine alternative to a declining crop (tobacco) grown regeneratively rather than extractively.

CULTIVATION

STAGE 2

Harvested biomass moves through the Mzuzu facility (mapped end-to-end, from weighbridge intake to dispatch) and is processed, dry and mechanically rather than through water-intensive chemical methods, into a proprietary hemp fiber bioresin.

PROCESSING

STAGE 3

Finished pellets, film, and tableware move along a contracted — not spot-market — freight corridor to converters, packaging manufacturers, and retailers across all three countries.

DISTRIBUTION

WHY HEMP?

Water & Land

Comparative studies put hemp’s water footprint at roughly 40–60% lower than cotton’s per kilogram of fiber, and its deep taproot gives it real drought resilience.

Growth Speed

Most hemp cultivars reach harvest in roughly three to four months — a far faster replenishment cycle than wood-based fiber sources.

Soil Health

Hemp is used in rotation partly for its capacity to improve soil structure and suppress weeds naturally, needing fewer chemical inputs than continuous tobacco or cotton.

Fiber Structure

Hemp’s high cellulose content — well above wood, comparable to flax — is structurally what allows it to compound well into a durable bioresin.

TERMINOLOGY

BIOPLASTIC

A plastic made wholly or partly from renewable biological sources, like hemp fiber, rather than petroleum. It does not automatically mean compostable.

BIODEGRADABLE

Will eventually break down via microorganisms — but with no defined timeframe or environmental conditions. A technically true but often misleading claim on its own.

COMPOSTABLE

Breaks down into non-toxic natural elements within a defined, tested timeframe under specific conditions, verified against standards like EN 13432, ASTM D6400, or ISO 17088 — the higher, testable bar we’re engineering our products toward.