Coca-Cola's 100% Plant-Based Bottle, United States of America


Coca-Cola aims to replace the PTA component with plant-based PET for its entire range of PET plastic bottles

Global beverage major Coca-Cola plans to launch fully recyclable polyethylene terephthalate (PET) bottles, made with 100% plant-based material, as part of its next generation sustainable packaging initiative.

The company's existing PlantBottle™ packaging introduced in 2009 comprises of 30% plant-based PET and 70% purified terephthalic acid (PTA). Coca-Cola aims to replace the PTA component with plant-based PET for its entire range of PET plastic bottles by 2020.

The company entered into agreements with three biotechnology companies, Virent, Gevo and Avantium, in December 2011 to commercially develop bio-based material for the next-generation PlantBottle™ packaging. It is a significant R&D investment by the company in packaging innovation.

Coca-Cola's PlantBottleTM technology

Coca-Cola distributed more than 15 billion of its first generation PlantBottles (30% plant-based) in 25 countries as of June 2013. Around eight percent of its PET plastic bottles were based on PlantBottle technology in 2012.

The company continues to invest significantly in this technology, with a target of making all its PET bottles fully renewable using 100% bio-based packaging materials.

The technology represents a breakthrough in sustainable and low-carbon packaging solution, providing a welcome alternative to fossil-fuel based packaging.

Coca-Cola's collaborations for its polyethylene terephthalate (PET) bottles

"Coca-Cola distributed more than 15 billion of its first generation PlantBottles (30% plant-based) in 25 countries as of June 2013."

Wisconsin-based company Virent will produce plant-based Paraxylene (PX) under the trademark BioFormPX™ for the 100% bio-based PET resin of Coca-Cola's new plant-bottles, under long term Joint Development and Supply Agreements. Virent targets to open its full-scale commercial plant, producing plant-based paraxylene, in 2015.

US renewable chemicals company Gevo will produce paraxylene from bio-based isobutanol for Coca-Cola's 100% bio-based PlantBottle™ PET resin under a similar agreement. A demonstration-scale paraxylene plant has already been opened by Gevo in Silsbee, Texas, as part of this agreement.

Dutch research and technology company Avantium will produce bio-based polyester polyethylene-furanoate (PEF), an analogue of PET, for Coca-Cola bottle using its chemical-catalytic technology platform YXY. YXY technology is used to derive PEF from carbohydrates containing biomass feedstock, such as sugarcane, agricultural residues, plants and grains.

A PEF pilot plant was opened by Avantium in Geleen, the Netherlands, in December 2011. The current agreement calls for commercial scale PEF production by Avantium for Coca-Cola's next generation PlantBottle™ packaging.

The Coca-Cola Company, together with Ford Motor, Heinz and Procter & Gamble, announced the formation of the Plant PET Technology Collaborative (PTC) in June 2012 as a strategic initiative to speed-up development and use of 100% plant-based PET materials and fibre in their products. Heinz is already using Coca-Cola's PlantBottle™ packaging technology for its ketchup bottles in the US and Canada.

Gevo's Silsbee paraxylene plant, Texas

A demonstration-scale paraxylene plant was inaugurated by Gevo in Silsbee, Texas, in August 2013. The plant will produce paraxylene for 100% renewable PET to be used in Coca-Cola's beverage bottles. The plant will convert bio-based isobutanol, a four-carbon fermentation alcohol, into paraxylene through chemical processes.

"Coca-Cola aims to replace the PTA component with plant-based PET for its entire range of PET plastic bottles by 2020."

The paraxylene produced at the facility will be used along with commercially available renewable mono ethylene glycol (MEG) to produce fully recyclable bio-based PET resin for Coca-Cola's beverage bottles.

The paraxylene facility is located at Gevo's existing jet fuel plant in Silsbee. Coca-Cola provided the research and development support for the plant under the Joint Development Agreement signed in 2011.

Japanese chemical company Toray is the other collaborator for the paraxylene plant. The Toray-Gevo collaboration had successfully produced fully renewable and recyclable PET from isobutanol at laboratory scale in 2011.

Toray provided funding assistance for the construction of the Silsbee facility. It will purchase paraxylene from Gevo's facility and convert it into PET fibres, textiles and films under an offtake agreement signed with Gevo.


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