In an era where environmental consciousness is no longer optional but essential, organizations worldwide are seeking ways to reduce their carbon footprint. At Submit.com, we’re proud to be at the forefront of this green revolution by digitizing the application process and significantly reducing paper waste.

The Hidden Environmental Cost of Paper Applications

Traditional paper-based application processes carry a substantial environmental burden that often goes unnoticed. Every sheet of paper produced generates approximately 5g of CO2, and when you factor in postal delivery, packaging, and the entire lifecycle of paper documents, the environmental impact becomes staggering.

Consider this: A typical application package containing:

  • 10 pages of application forms
  • 25 pages of attachments
  • Multiple postal journeys
  • Packaging materials

All of this generates a whopping 0.2826kg of CO2 per application. Now multiply this by thousands of applications processed annually, and the environmental impact becomes clear.

The Digital Difference

Submit.com’s digital application platform dramatically reduces this environmental impact. Our digital solution generates just 0.042kg of CO2 per application – an 85% reduction in carbon emissions compared to paper-based processes. This remarkable improvement comes from:

  • Eliminating paper production and waste
  • Removing the need for physical transportation
  • Reducing storage requirements
  • Minimizing packaging materials

Calculate Your Environmental Impact

Want to see how much CO2 you could save by switching to digital applications? Use our calculator below to estimate your potential environmental impact:

Carbon Savings Calculator

Your Environmental Impact

0 kg CO2
Total CO2 Savings
0 trees
Equivalent to trees absorbing CO2 for one year
0 cars
Equivalent to taking cars off the road for one year
* Calculations based on average paper consumption and digital processing estimates

The Numbers Speak for Themselves

As you can see from the calculator above, the environmental savings scale impressively with volume:

  • 1,000 applications: 240.6kg CO2 saved
  • 10,000 applications: 2,406kg CO2 saved
  • 100,000 applications: 24,060kg CO2 saved

To put this in perspective, saving 24,060kg of CO2 is equivalent to:

  •  Taking approximately 5 cars off the road for a year
  • The amount of CO2 absorbed by 1,100 trees in a year
  • The emissions from charging 2.9 million smartphones

Beyond Carbon Savings

Our commitment to sustainability extends beyond just carbon reduction. By digitizing the application process, we’re also:

  • Reducing water consumption associated with paper production
  • Minimizing landfill waste from discarded applications
  • Decreasing the demand for raw materials

Supporting the global transition to a paperless future

Taking Action

Organizations can make a significant environmental impact by switching to digital application processes. Every application processed through Submit.com contributes to a more sustainable future. Try adjusting the numbers in our calculator above to see the potential impact for your organization.

Sustainability isn’t just about making grand gestures – it’s about making smart choices in our daily operations that add up to significant environmental benefits. By choosing Submit.com’s digital application platform, organizations aren’t just streamlining their processes; they’re making a conscious choice to reduce their environmental impact and contribute to a more sustainable future.

Together, we can make a difference, one digital application at a time.

Transform Your Application Process Today Ready to reduce your organization's carbon footprint while improving efficiency? Here's how you can get started:

Make Your Application Process Sustainable

Join organizations worldwide who are making their application processes more sustainable with Submit.com

Need more information? Contact our team today at sales@submit.com to discuss how we can help your organization reduce its environmental impact while streamlining your application process.

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