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The initial success of Coca-Cola's sustainability initiative depends on the preparation of 30% Bio-based PlantBottle
Coca-Cola's development of plant-derived PET polyester is expected to change the supply chain. The company on Aug. 15, 2011 said it would promote bio-based materials for its PlantBottle beverage packaging, which contains about 30% of the plant material. Any new innovation starts with the first step. However, technological progress will eventually lead to equality between bio-based materials and petroleum-derived products. The time of price equality will depend on several factors, including the price of energy and the speed of amplification necessary for technological development.
Coca-Cola has promised that 100% of plant-derived materials will be applied to all of its PET polyester containers by 2020 . Coca-Cola Company now consumes about 16% of the global PET polyester container market , and its 2020 goal will be a turning point, and will have an important impact on the world supply chain trend. Some technology and related companies are looking for the most economical way to use bio-based pathways to provide paraxylene, which accounts for 70% of PlantBottle beverage packaging materials . Currently PlantBottle has not yet been able to derive from renewable resources .
In order to make the biological material used in beverage packaging Coca-Cola from the current 30% 2020 100%, it must also make the use of bio-based supplier xylene or terephthalic acid (TA). For bio-based terephthalic acid (TA) , a variety of techniques have been applied to the production of precursors, and there have been some mid-scale validations. A company called Virent has used low-cost methods to produce bio-based p-xylene.
Coca-Cola's Sustainability Action Plan also faces market acceptance. One is that green PE is biodegradable, similar to biopolymer polyhydroxyalkanoates (PHA) , polylactic acid ( PLA ). The other is that biodegradability is better than recyclability. From the point of view of life cycle, it is worthless to dissolve the plastic bottle into dust. By capturing and reusing these materials and making energy used to make bottles, recycling is more efficient and economical.
Bio-derived PET can be made from renewable resources, including sugar cane, which should be monitored for its impact on water use and other social responsibility issues. The production of ethanol from sugarcane in Brazil has been recognized as a way to promote sustainable cultivation and processing of sugarcane. PET is such an effective and economical material that Coca-Cola has focused on producing PET from renewable resources instead of using different plastics .
Its PlantBottle beverages package resins made from ethylene glycol derived from sugarcane-derived ethanol . Preparation, Coca-Cola is working with suppliers of bio-based ethylene glycol production bases in Brazil because these suppliers are located close to the cane supply site. .
The ability to integrate with consumers seeking more sustainable packaging solutions. The initial success of Coca-Cola's sustainability initiative depends on the preparation of 30% Bio-based PlantBottle
Coca-Cola's development of plant-derived PET polyester is expected to change the supply chain. The company on Aug. 15, 2011 said it would promote bio-based materials for its PlantBottle beverage packaging, which contains about 30% of the plant material. Any new innovation starts with the first step. However, technological progress will eventually lead to equality between bio-based materials and petroleum-derived products. The time of price equality will depend on several factors, including the price of energy and the speed of amplification necessary for technological development.
Coca-Cola has promised that 100% of plant-derived materials will be applied to all of its PET polyester containers by 2020 . Coca-Cola Company now consumes about 16% of the global PET polyester container market , and its 2020 goal will be a turning point, and will have an important impact on the world supply chain trend. Some technology and related companies are looking for the most economical way to use bio-based pathways to provide paraxylene, which accounts for 70% of PlantBottle beverage packaging materials . Currently PlantBottle has not yet been able to derive from renewable resources.
In order to make the biological material used in beverage packaging Coca-Cola from the current 30% 2020 100%, it must also make the use of bio-based supplier xylene or terephthalic acid (TA). For bio-based terephthalic acid (TA) , a variety of techniques have been applied to the production of precursors, and there have been some mid-scale validations. A company called Virent has used low-cost methods to produce bio-based p-xylene.
Coca-Cola's Sustainability Action Plan also faces market acceptance. One is that green PE is biodegradable, similar to biopolymer polyhydroxyalkanoates (PHA) , polylactic acid ( PLA ). The other is that biodegradability is better than recyclability. From the point of view of life cycle, it is worthless to dissolve the plastic bottle into dust. By capturing and reusing these materials and making energy used to make bottles, recycling is more efficient and economical.
Bio-derived PET can be made from renewable resources, including sugar cane, which should be monitored for its impact on water use and other social responsibility issues. The production of ethanol from sugarcane in Brazil has been recognized as a way to promote sustainable cultivation and processing of sugarcane. PET is such an effective and economical material that Coca-Cola has focused on producing PET from renewable resources instead of using different plastics .
Its PlantBottle beverages package resins made from ethylene glycol derived from sugarcane-derived ethanol . Preparation, Coca-Cola is working with suppliers of bio-based ethylene glycol production bases in Brazil because these suppliers are located close to the cane supply site. .
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