Carbon Footprint of Beach Towels

This page provides an in-depth analysis of the carbon footprint data for beach towels, offering sustainability professionals valuable insights into emissions hotspots, variation ranges, and potential areas for improvement. By understanding the key drivers behind these impacts, brands can make more informed decisions to reduce their environmental footprint.

30.22 kg CO2e The Carbon Footprint of Beach Towels

Beach Towels Carbon Footprint

What's the Carbon Footprint of Beach Towels?

The average carbon footprint of a beach towel is 27.04 kg CO₂e, with emissions ranging from 8.76 to 41.23 kg CO₂e. This footprint encompasses the emissions from manufacturing stages like raw materials, preparation, coloration, and finishing. The data covers 143 beach towels with an average mass of 711.07 grams and 2 components.

Minimum footprint: 8.76 kg CO2e
Median footprint: 30.22 kg CO2e
Maximum footprint: 41.23 kg CO2e

Carbon Emissions by Process Step in Beach Towel Production

Each beach towel's footprint includes emissions from multiple manufacturing stages. The following process steps were identified as carbon hotspots for beach towels:

Finishing 2.49 kg CO₂e
Coloration 1.39 kg CO₂e
Preparation 1.43 kg CO₂e

Carbon Emissions by Process Step in Beach Towel Production

Key Insights from the Environmental Data on Beach Towels

Emissions Variation Range

The emissions range of 8.76 - 41.23 kg CO₂e indicates a notable variation across beach towels, likely influenced by factors like materials, components, and manufacturing processes. Understanding the drivers behind this range could reveal improvement opportunities.

Finishing as Emissions Hotspot

The finishing stage contributes 2.49 kg CO₂e on average, emerging as the top emissions source. Improving efficiencies or exploring lower-impact finishing methods may significantly reduce the overall footprint.

Coloration Emissions Relationship with Components

With only 2 components listed, the 1.39 kg CO₂e from coloration could relate to dyeing or printing processes required for beach towel designs and patterns. Evaluating this connection could identify optimization areas.

Preparation Stage Emissions Link to Mass

The relatively high emissions of 1.43 kg CO₂e from preparation may have a relationship with the average mass of 711.07 grams, suggesting potential for reducing material inputs or increasing process efficiency.

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