World leader in waste management: containers and related services.


100% Green made®
The green alternative! Oil-free material, 100% green, renewable
The first waste containers 100% made from plant-based material
- Green materials constitute a second step towards reducing our dependency on oil.
- SULO has developed the first wheeled container made of 100% plant-based polyethylene, derived from sugar cane. Our R&D department has worked on the formulation of the material, within the framework of an exclusivity agreement with a Brazilian supplier.
- 100% bio-sourced and 100% recyclable, the Green Made® bin is the first plant-based waste container to comply with the requirements of European standards. In particular, it is resistant to very high mechanical stresses during collection as well as to ultraviolet rays.
- Green material with technical features identical to fossil plastic: all Green Made® products meet fully the same standards as products manufactured in standard HDPE. The 100% Green Made® containers are manufactured in production centres with ISO 9001, 14001 and OHSAS 18001 certificates.

The first
100% ecologic
and 100% recyclable
waste container
100% ecologic
and 100% recyclable
waste container
85 %**reduction in C02 emissions
compared to a container
made of fossil derived HDPE
compared to a container
made of fossil derived HDPE
0% oil
From sugar cane to HDPE
- Sugar cane
- Only 1% of arable land dedicated to sugar cane.***
- No GM sugar cane.
- Preserved biodiversity
- The sugar-cane growing area is located 2,500km from the Amazon forest, the equivalent distance to a flight from Paris to Moscow.***
- Recyclable
- Bio-sourced, 100 % recyclable material.
- Green ethanol
- With 1% of land dedicated to ethanol, Brazil has replaced half of its oil-based consumption.
- Performance
- Technical features are identical to fossil based plastic.
- Green Made [CH2=CH2]
- A 100% Green Made® Citybac® reduces greenhouse gas emissions by almost 85% compared to a container made of fossil based HDPE.
* Source: Carbon 4
** Source: SULO
*** Conab 2009