The Environmental Case
QuantumCOLOUR™ applies colour to fibre surfaces within the yarn bundle through machine-based precision — without reactive chemistry, without heated baths, without a wastewater stream. The environmental outcomes follow the mechanism. Not the other way around.
Measured on full-scale production equipment since 2018
Water and discharge figures are process measurements taken at full production scale. Carbon figure is third-party verified under ISO 14067:2018, Peterson Projects & Solutions, January 2021. Updated LCI data in progress 2026.
01 — Water
~1
L / kg
Water per kilogram of yarn
Conventional yarn dyeing uses 50–110 litres. That number doesn't change with fibre type or colour.
02 — Wastewater
0
Wastewater discharged
No dye bath means no wastewater stream. Not reduced. Not treated. None.
03 — Carbon
2.95
kg CO₂e
Carbon per kilogram of yarn
ISO 14067:2018 verified, gate-to-gate coloration stage. Peterson LCA 2021. Comparative benchmarks available on request.
04 — Chemistry
0
Reactive dye chemistry
No salt. No alkali. No reducing agent. No soaping sequence. Regardless of colour or fibre.
Four sustainability problems. One coloration stage.
One root cause.
Every sustainability challenge in conventional yarn dyeing traces back to a single decision: using water to carry the colour chemistry. The boiler exists to heat it. The chemistry exists to work in it. The wastewater treatment facility exists to clean it. The carbon comes from it. Remove water from the coloration step and you're not solving four problems — you're removing the one that created them.
01 · Removed
↻ Hover to flip
No boiler required.
Electrical-only configuration. No thermal plant to build, fuel, or retire.
02 · Removed
↻ Hover to flip
No wastewater treatment facility.
No discharge stream. Nothing to treat. No effluent capex, opex, or compliance reporting.
03 · Reduced
↻ Hover to flip
More than 80% less energy.
The bath-cycling load is gone. Only the drying step remains.
04 · Removed
↻ Hover to flip
No reactive dye chemistry.
No salt. No alkali. No reducing agents. No soaping sequence — regardless of colour or fibre.
Built Different
The dye house didn't need improving. It needed removing.
The textile industry has spent decades making dyeing better. Less water. Cleaner chemistry. Tighter effluent loops. Those improvements are real — and they leave the fundamental structure completely intact. The dye house is still there. The boiler is still there. The wastewater stream is still there.
Incremental change gets incremental results.
QuantumCOLOUR™ was designed differently from the beginning — not as an improvement to the dyeing process, but as a replacement for it. Colour is applied to fibre surfaces within the yarn bundle through machine-based precision. No bath. No reactive chemistry. No drain.
And the product? The yarn performs identically. The colour holds. The handle is unchanged.
Radical change to the process. Zero compromise at the product.
Cleaner chemistry inside a dye bath is still a dye bath. We didn't clean the bath — we removed it.
— The COLOURizd team
For Mills
Most sustainable technology asks mills to pay a premium for the privilege. QuantumCOLOUR™ doesn't — because the environmental gains and the operational savings come from the same place: the dye bath we never installed.
Carbon — annual
t CO₂e
Tonnes of CO₂e removed from the supply chain.
Not reduced. Not offset. Removed — because the inputs that generated them are no longer in the process.
Water — annual
18M+
litres
Litres of water not consumed at the coloration stage.
Versus a conventional process at 50 L/kg. The water never enters the process, so there is none to treat or discharge.
Peterson LCA · Small-machine capacity
For Brands
Scope 3 Category 1 is where most apparel emissions sit — and dyeing & finishing is the loudest line item inside it. Verified source reduction, with primary data, is rare. We ship it standard.
Share of apparel supply chain GHG emissions. Dyeing & finishing is the single largest line item — and the only one where QuantumCOLOUR™ replaces the source.
Source: Quantis, Measuring Fashion, 2018. Dyeing & finishing at ~36% remains the single largest emissions line item in the apparel value chain.
UN SDG Alignment
QuantumCOLOUR™ supports four UN Sustainable Development Goals that operate at the mill level — operational, procurement-relevant, and auditable.
Clean Water & Sanitation
~1 L water per kg of yarn; zero wastewater discharged at the coloration stage.
Industry, Innovation & Infrastructure
Machine-based coloration as a replacement for wet processing infrastructure.
Responsible Consumption & Production
Reduced input consumption; fewer auxiliary chemicals; less process waste.
Climate Action
Up to 73% CO₂ reduction vs conventional — ISO 14067:2018 verified.
Our 2030 Goal
QuantumCOLOUR™ machines — installed and running by 2030.
That's the dream. That's the goal.
It's also the arithmetic for changing a global industry. Every machine installed removes more than 3,000 tonnes of CO₂e and 18 million litres of water from the textile supply chain — every year, for the life of the machine. Three hundred installations is the number that turns a verified per-machine impact into a global one.
If we get there — the annual impact at scale
tonnes of carbon — removed
litres of water — never consumed
Every year.
Derived from third-party-verified LCA performance per machine — 3,000+ tonnes of CO₂e and 18M+ litres of water per installation, per year. Compounded across 300 machines, for the life of every installation.
