I’m green™ Polyethylene
Green PE is a bio-based Polyethylene (Bio-PE) for extrusion, injection molding and blow molding
Green PE is a bio-based polyethylene produced from the renewable raw material sugar cane. As a drop-in, Bio-PE is a regenerative alternative to fossil polyethylene (PE). This bio-based and 100% recyclable plastic is used primarily in packaging for food and cosmetics as well as in household products, sporting goods and toys.
Highlights unserer I’m green™ Polyethylene
sugar cane is used for the production of Green PE
Helps to reduce greenhouse gas emissions!
Green PE is fully recyclable in the PE stream
same properties as conventional polyethylene, same processing methods
With I’m green™ Polyethylene the following products can be made:
Bio-based polyethylene (PE) is a sustainable alternative for businesses
Polyethylene (PE) is one of the most widely used plastics in the world. We come across this thermoplastic material every day and it accounts for more than one-third of the world’s total consumption of plastics. With Braskem’s bio-based I’m green™ polyethylene, we offer you a sustainable, renewable alternative to fossil PE.
Unlike conventional polyethylene, the ethilene used to produce I’m green™ PE is not derived from crude oil, but from bioethanol based on sugar cane. (Link Knowledge Base). By using this renewable raw material, one ton of Green PE can absorb up to 3.09 tons of CO2 from the atmosphere. It thus helps to reduce harmful greenhouse gas emissions.
Yet Green PE has the same properties as its fossil counterpart. The current product portfolio includes various HDPE, LDPE and LLDPE grades, which are characterized by an excellent property profile and good processability.
Bio-based polyethylene is processed in particular by blow molding, injection molding and film extrusion. Green PE can completely replace fossil PE in all areas of our lives. Starting with films and packaging as well as bottles and canisters, to simple injection molded parts, thermoformed containers, tubes up to sports articles and toys.
At the end of their useful life, products made from I’m green™ polyethylene are 100% recyclable in the PE recycling stream.
Ethanol from Brazilian sugar cane, instead of crude oil
Conventional polyethylene is produced from fossil raw materials such as crude oil or natural gas. However, to produce the I’m green™ bio-based portfolio, Braskem uses ethanol from sugarcane.
Sugarcane is a fast-growing, robust plant that stores CO2 from the atmosphere during its annual growth cycle. This not only conserves fossil raw materials, which are becoming increasingly scarce, but also helps to reduce CO2 emissions. Depending on the Green PE grade, the percentage of renewable carbon ranges from 80% to 100%, according to the ASTM D6866 standard.
Want to know how sugar cane becomes plastic? Here Braskem explains how it works.
The cooperation between Braskem and its suppliers is based on two pillars: Compliance and Excellence. The first of these is Braskem’s Code of Conduct, to which all sugar cane suppliers and mills must adhere. It includes binding standards related to human and labor rights, as well as environmental, community and quality requirements. The second pillar includes a continuous improvement program that focuses specifically on the ethanol supply chain.
Green PE is 100% recyclable
At the end of its useful life, I’m green™ polyethylene can be recycled in the same way as conventional fossil polyethylene. For this purpose, products can be disposed of through already established recycling streams and then recycled.
Since Green PE is not biodegradable, the CO2 captured during the growth cycle of the sugarcane plant remains stored in the plastic throughout its life cycle.
Did you know that you can measure the share of renewable raw materials?
There are laboratories worldwide that can determine the share of renewable raw materials according to recognized standards. Various certification bodies offer test seals and labels that certify the proportion of renewable raw materials in a material or product.
Would you like to know more about determining the proportion of renewable raw materials and about certification? Click here for the knowledge database.
I’m green™ logo identifies products made from Green PE
The I’m green™ trademark is property of Braskem and was created with the aim of quickly and easily identifying all products made from Green PE. If you would like to certify your product and use the I’m green™ logo in the future, write to email@example.com or contact your sales bioplastics specialist directly.
Want to know even more? Learn more about the renewable raw material sugar cane and the production of Braskem’s I’m green™ polyethylene here.
I’m green™ HDPE SGE 7252NS
Biobased bimodal HDPE for the production of caps and closures by injection molding
I’m green™ HDPE SGM 9450F
Biobased HDPE for the production of strong and tough films by blown film extrusion
I’m green™ HDPE SHA 7260
Universally utilizable HDPE injection molding granulate based on renewable raw materials
I’m green™ HDPE SHC 7260
Biobased HDPE with low tendency to warp for injection molding
I’m green™ HDPE SHE 150
Biobased HDPE for the production of monofilaments or as a blend component for film extrusion
I’m green™ LDPE SEB 853
Biobased LDPE with a high MFR for blown film extrusion and blow molding
I’m green™ LDPE SEB 853/72
Biobased, highly transparent LDPE for the production of films by blown film extrusion and lamination
I’m green™ LDPE STN 7006
Biobased LDPE for the production of tubes and highly transparent co-extruded blown films
I’m green™ LDPE STS 7006
Biobased LDPE for the production of highly transparent food packaging by co-extrusion or lamination
I’m green™ LLDPE SLH 0820/30AF
Biobased LLDPE for blown film extrusion and film lamination
I’m green™ LLDPE SLH 118
Biobased LLDPE with good sealing properties for the production of irrigation pipes and films
I’m green™ LLDPE SLH 218
Biobased LLDPE with good elasticity for tubular films and cable sheathings
I’m green™ LLDPE SLL 118
Biobased LLDPE with good elasticity for stretch films or as a blend component in blown films