Beschrijving

Impact AWARE™ RPET standaard anti-diefstal rugzak

Ga naar school of naar je werk met al je dagelijkse benodigdheden veilig beschermd in deze Impact AWARE™ RPET standaard antidiefstalrugzak! Inclusief een 15,6″ laptopvak. Deze lichtgewicht en duurzame rugzak heeft een compacte en minimalistische constructie. Binnenin vind je 1 RFID-vak. Inclusief bagageriem aan de achterkant. De buitenkant is gemaakt van 300D gerecycled polyester, de voering is van 150D gerecycled polyester Met AWARE™ tracer die het echte gebruik van gerecyclede materialen valideert. Elke tas bespaart 11,9 liter water en heeft 19,9 0,5L PET-flessen hergebruikt. 2% van de opbrengst van elk verkocht Impact-product wordt gedoneerd aan Water.org. PVC-vrij.

CO₂ Voetafdruk

Onafhankelijke standaard voor het berekenen van de CO₂-voetafdruk van producten
Intro Text:

Tis LCA approach covers all GHG-emissions generated by a product throughout its entire life-cycle; from the extraction of raw materials to the end-of-life treatment/disposal. The calculations are based on a carbon footprint (CFP) calculation tool. The methodology is in conformity with the principles of ISO 14067:2018, verified and critically reviewed, in compliance with ISO 14071:2014, by the Bureau Veritas.

The generated carbon footprint is subject to change based on new information, research and data sets.

Materials and Production
The data in this phase is a combination of the extraction of the raw materials, transformation and production of goods.
(Data source: Base Impacts v2.01, Ecoinvent 3.8, Base Carbone, ADEME)

Packaging
The data in this phase is the individual item packaging based on the primary packaging components, (this is usually a gift box, sometimes a polybag, or both).
(Data source: Base Impacts v2.01, Ecoinvent 3.8, Base Carbone, ADEME)

Transportation
The data in this phase is based on our default method for the transportation of goods; from the country of production to our warehouse in Romania. *Note: this does not include the transportation from our warehouse to the customers.
(Data source: Base Carbone, ADEME)

Energy Use & Electronics
The data in this phase is a combination of the production of battery & electronic components and the expected electricity consumption during the ‘use phase’ (based on the average life span of a battery). *Note: this only applies to the products containing battery or electronic components.
(Data source: IEA 2018, DEFRA 2019, Ecoinvent 3.8,)

End of life
The data in this phase is a combination of the end of life treatment/disposal of the product, packaging, battery and electronic components.
(Data source: Base Carbone, ADEME., DEFRA 2019)