Airdex is dedicated to conducting business to the highest standards of social and environmental responsibility. To ensure our success in this effort we adopt, leverage and comply with the standards and practices of our customers that include global leaders in Social Responsibility.
Logistics has a large carbon footprint regardless of the size of the business. It is beneficial for both the company and society as a whole to actively work to reduce that footprint. Our mission is to support our customers’ supply chain environmental responsibilities to reduce global and community environmental impacts whilst simultaneously creating benefits for Airdex and our suppliers. We believe this mission is complementary to our business objectives and results in a competitive advantage.
Our approach includes extensive research and development of solutions that provide continuous improvement through weight reduction of our products and the subsequent reduction of the total weight moved by our customers. Third party analysis of Airdex products has consistently demonstrated the potential contribution to reduction of environmental impact of logistics verses alternative solutions. We have consistently demonstrated the cost effective environmental benefits possible through using our solution over alternatives. We work to support our clients focus on corporate responsibility providing data on our products contribution to the reduction of environmental impact of logistics.
All of our products:
- Significantly reduce CO2 emissions
- Are non-toxic and contain no CFC’s or HCFC’s
- Are 100% recyclable and reusable
- Contain no harmful elements to personnel
Siting third-party findings when comparing Airdex to other alternatives in the market place it has been confirmed that all our products provide:
- The lowest cumulative energy demand during product lifecycle
- The lowest use of minerals and fossil fuels during product lifespan
- The lowest landfill waste for any pallet
- The lowest impact on climate change
It has been determined that producing and using the AirPallet has the least environmental impact of all analysed comparisons. Specifically, on the climate change indicator (effects resulting from the emission of CO2), on the Cumulative Energy Demand, on photochemical oxidation (measurement of the increased potential of photochemical smog), on eutrophication (mainly the release of phosphorus and nitrogen into land and water systems, causing related toxic effects), and the generation of solid waste by all the life cycle phases included.