Potential CO2 savings – usage today
Fill in similar size use per size per year, based on the estimated usage historically of fossil based bins. The calculator will show you how much CO2 you potentially can save per year by switching to Woodsafe from fossil based bins.
| Potential usage | 0,5 liter | 2 liter | 3 liter | 6 liter | 12 liter | 25 liter | 50 liter |
|---|---|---|---|---|---|---|---|
| # USE/YEAR/SIZE | |||||||
| CO2 reduction | 0 kg | 0 kg | 0 kg | 0 kg | 0 kg | 0 kg | 0 kg |
| Total potential CO2 reduction | 0 kg per year | ||||||
| Reduction of fossil plastic use | 0 kg per year | ||||||
| Yearly CO2 savings equivalent to | 0 | km driving (average 93g/km CO2) | |||||
| 0 | times around the world in a car | ||||||
Optimize size of bins
If you can use larger sizes of bins you will save use of material, money and CO2 emissions. Goal is to minimize the kg of the bin vs kg waste, e.g. shift from 3L to 12L bins will reduce CO2 with 75% and reduce the use of plastic with 27% – and reduce cost!
Fill number of larger bins you potentially can use. The left “volume-graph” will help guide you to calibrate the similar volume of waste based on what you filled in in Step 1 – Usage today.
Fill in actual use per period to create climate report
To create a climate report based on actual use of Woodsafe for a time period (month or year) fill in the time period, actual number of WoodSafe bins used, and name your report. This report will show you the total savings for this period and can be used to fulfill the CSRD requirement and to support your internal reporting. The report is produced by 3:rd party external LCA and CSRD experts.
Climate Reports
- Average weight of the most common uses waste containers per size.
- The estimated CO2 generated from 1kg fossil-based container is 5,7kg.
- The reduction in CO2 is -66% with WoodSafe vs fossil-based polypropylene according to documented LCA.