The Economics

Labour Per Gram of Hash
Abzu vs Conventional

For the same kilogram of finished hash, conventional ice-and-bag washing burns about 2.5× the operator-hours. Every conventional figure is sourced; every Abzu figure traces to documented operation.

Operator-hours to make one kilogram of finished hash — precise separation

Finesse, not force — Abzu’s separation dynamics are adjustable, tuned to the grade, yield and throughput you want.

ABZU · closed cold-water separation & collection · 1 operator

4.0hrs

CONVENTIONAL · ice + bags · 2–3 people

~9.9hrs

2.5×the operator-hours, for the same kilogram — the gap you keep as margin.

~60%

Less labour
per gram

1 vs 2–3

Operators, same
daily output

~$0.10 vs ~$0.25

Labour cost
per gram (C$)

1,500

Cycles / yr
per machine

Why Abzu is one operator

One contained cold-water separation & collection cycle: load → recipe → initiate → collect. No ice, no bag stack, no multi-wash. A ~60-min run; 6 runs a shift, two machines at once — 10 cycles a shift.

Why conventional needs 2–3

Ice to make or source, haul and load; 5–10 agitated wash rounds per cycle; yield hand-collected through a bag stack — a microfibre contamination point. ~2–4 hrs per batch.

One Touch to ~70% Dry

Freeze-ready off the run

Manual Fabric Bag Scraping

The collection bottleneck

Built deliberately conservative — equal, round numbers both ways. The real Abzu edge spans all five: Separation-Dynamics Effectiveness, Cycle Time, Labour, Integrated Collection & Yield, and Documented Repeatability — a sealed cold-water separation & collection system separates more cleanly and recovers more hash (no ice-melt drift, no bags), so real-world yield and profit are higher than shown.

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Not Washed. Refined.

Sources — Conventional: The Press Club; Urth & Fyre; Lowtemp Industries (manual = two-person; automation → single-operator); The Triminator; The Original Resinator; wages ZipRecruiter / Statistics Canada (cannabis-sector avg C$29.58/hr). Abzu: Operating Handbook §6 (60-min cycle, 1,500-cycle cadence, 100 L = 3.37 kg/cycle → 337 g hash at 10% yield), documented demo. Beyond labour, separation effectiveness, water (~75% less), energy and recovered yield compound the advantage.