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This estimates the number of single-use coffee cups avoided annually based on the fibre weight of your orders. Choosing reusables helps reduce paper waste and demand for disposable packaging.

Method: Material weight × 83 cups/year (based on 12 g cup)

Source: Industry waste estimates, internal lifecycle modelling

This estimates the litres of water your orders may have helped conserve by using fibres like organic cotton instead of conventional cotton. Lower-impact fibres reduce pressure on water-stressed regions and help preserve freshwater ecosystems.

Method: # items × 2,720 L per tee (adjusted by fabric weight)

Source: Textile Exchange LCA data, aligned with Higg™ MSI (cradle-to-gate)

This number reflects how many single-use 600 ml plastic bottles your orders may have helped avoid by switching to reusable drink bottles.

A 2023 UN-backed report found the average Australian consumes over 500 L of bottled water per year — that’s around 1,008 single-use bottles annually.

Factoring in real-world usage (habit strength, missed days, partial substitution), we estimate that one reusable bottle avoids ~700 bottles per year.

Calculation: Reusable bottles ordered × 700 bottles/year

Source: United Nations University via Take 3 – Truth Behind the Global Bottled Water Industry (2023)

Based on total garment weight, this estimates the CO₂e your orders may have helped avoid by choosing lower-impact materials.

Reducing emissions at the raw-material stage is one of the most effective ways to lower product footprint.

Method: Fabric weight × (emissions from virgin – recycled)
Example: 5.4 kg CO₂e/kg (virgin) – 2.3 kg CO₂e/kg (recycled)

Source: Higg™ MSI + industry-verified LCA studies (e.g. H&M, Nike) (cradle-to-gate)

This number reflects the single-use 600 ml PET bottles your total orders may have helped divert from waste streams by choosing recycled polyester over virgin plastic.

While not a perfect system, it supports circular use and helps reduce demand for new plastic—especially in regions without reliable recycling infrastructure.

Calculation: Total recycled polyester weight × 70 bottles/kg

Source: Higg™ LCA model

This number reflects the energy your orders may have helped save by choosing recycled polyester (rPET) over virgin polyester (vPET).

While not exact, this estimate uses a 150 g T-shirt as a baseline to extrapolate energy savings based on total garment weight.

Choosing rPET means using fewer fossil fuels and helps lower demand for oil extraction and refining—some of the most energy- and emission-intensive steps in clothing production.

Method: Difference between 6.0 kWh/kg (vPET) and 3.75 kWh/kg (rPET) × average item weight

Source: Higg™ MSI (cradle-to-gate)