The textile industry produces around 10% of global carbon emissions — more than international aviation and shipping combined. Most of those emissions come from three structural choices: petrochemical synthetics over natural fibres, long-haul sea freight over local production, and forecast-and-discount overproduction. Fabrixa addresses all three structurally rather than papering over them with carbon offsets.
Carbon-offset purchases don’t reduce textile emissions — they pay someone else to plant trees while the production-line emissions continue. The only meaningful reductions are structural: change what you make, where you make it, and how much of it you make.
On-demand production removes the overproduction emissions entirely. Every Fabrixa unit is made because someone ordered it. There’s no end-of-season landfill, no airfreight discount push, no embedded emissions in stock that never gets worn. This is the largest single carbon-reduction lever in the industry.
EU-internal freight (Portugal / Spain to destination) replaces transcontinental sea freight from Asia. The exact factor depends on origin, destination and mode — but for a typical garment shipped to Northern Europe, the sea-freight saving is roughly an order of magnitude on the freight component.
Our Portuguese hub uses a reactive-print process with bio-based fixation chemistry audited at up to 95% lower energy consumption per metre printed than conventional industrial reactive dyeing. The dye-and-fix stage is historically the most energy-intensive step.
Numbers reflect process-level data from independent audits at our Portuguese fabric and print partner. Per-SKU lifecycle figures available on request for ESG reporting.
For a typical printed cotton garment, the lifecycle carbon roughly distributes across six stages. Most reduction efforts focus on the wrong stage — cotton farming or end-of-life — when the largest single concentration of emissions is the production process itself, especially when production runs at industrial scale.
Organic cotton (the Fabrixa default) significantly reduces this stage by eliminating synthetic fertiliser and pesticide inputs. Roughly 10–15% of typical garment lifecycle carbon.
Historically the largest single stage. Our Portuguese hub’s 95% energy reduction at the dye-and-fix step compresses this stage dramatically. Typically 30–40% of lifecycle carbon, much lower at our process scale.
Asia-to-EU sea freight is the dominant transport emission. EU-internal Fabrixa shipping replaces it with order-of-magnitude lower per-unit transport carbon. Typically 5–15% of lifecycle.
Removed entirely by on-demand production. Every Fabrixa unit ships because it was ordered. A typical “hidden” emission of 25–35% across the industry; zero in our model.
Decided by the end customer’s laundry behaviour, not the producer. Reactive-print durability means the garment lasts longer per cycle. Typically 10–20% of lifecycle.
Pure organic cotton biodegrades naturally. No microplastic shedding from a synthetic print layer — we use reactive bonding, not transfers. Typically 5–10% of lifecycle.
A printed cotton garment shipped from a typical Asian textile hub to a European retailer carries embodied carbon from three sources: the local energy mix during production, the sea-freight leg, and the warehouse-and-distribution overhead at arrival. EU production replaces all three.
Industry estimates put unsold-stock-to-landfill rates around 30% across fast-fashion supply chains. Every garment in that 30% carried full lifecycle carbon — cotton farming, processing, freight, retail logistics — and ended its short life as municipal waste or incineration feedstock. That’s pure embedded carbon dumped without ever being worn.
On-demand production removes this entirely. The Fabrixa platform makes garments because customers ordered them — not because a buying team forecasted a season’s demand. The 30% emission overhead disappears at the structural level, before any per-unit improvements are counted.
The carbon-offset market and the “net-zero” language games dominate too much of the industry’s sustainability messaging. We deliberately stay out.
Operational emissions exist and we don’t purchase offsets to claim them away. The 2030 target is process change toward operational zero, not certificate-purchase neutrality.
“Net” figures rely on accounting tricks: counting tree planting somewhere as cancelling emissions in your factory. We talk about gross emissions and process improvements, not net.
Per-unit numbers vary by SKU, fabric base, run length and destination. We share them on request with the methodology — not as headline marketing claims.
“Better than industry average” is a low bar in a high-emissions industry. The claims that matter are absolute — we run on Portuguese-grid renewables, we removed sea freight, we removed overproduction — not relative.
Brands and retailers preparing CSRD reports, customer-facing carbon disclosure, or vendor-evaluation packs for procurement need per-SKU lifecycle data with methodology. Here’s what we send when you ask.
Lifecycle carbon estimate per finished SKU, broken down by stage (cultivation, processing, freight, packaging). Methodology cited so your team can validate.
The audited 98% water and 95% energy reduction figures come from independent assessments of our Portuguese hub’s reactive-print process. References available for review; the figures are charted in the water & energy study.
A customer-facing sustainability declaration suitable for inclusion in your own product-page copy, CSRD report or ESG audit. Signed off by Fabrixa, attributable to your brand.
Tell us the SKUs you’re evaluating, the volumes you’re modelling and the destination. We send per-SKU carbon estimates, the methodology behind them and the process-audit references — within 48 hours of request.
