Technology · Biochemistry & industrial biotech / Polymers & materials

Bio-based PET (PlantBottle)

PET made partly or fully from plant-derived materials with the same properties as fossil PET — pilots from 2015 and commercial bottles such as Suntory's 45 million units with bio-paraxylene in 2024.

Maturity 7/9 Risk: medium Packaging & plastics Bio-Based Advanced Materials & Bioplastics US · EU verified 2026-10-16 · 7 Sources

1 · What it gives

Bio-based PET, exemplified by the PlantBottle, is PET made partly or entirely from plant-derived renewable materials with the same properties as fossil PET, intended to replace virgin fossil PET in packaging. Pilot projects began around 2015 and commercialisation has accelerated into the 2020s. In 2024 Suntory Group introduced PET bottles using bio-paraxylene for about 45 million beverage units in Japan.

2 · What it replaces 6

D2	Fermentation- and sugar-derived platform chemicals (lactic acid, succinic acid, 1,3-propanediol, 1,4-butanediol, bio-ethylene and bio-MEG) instead of the same building blocks made from oil and gas Replaces: Petrochemical routes to the same molecules — maleic-anhydride-based succinic acid and BDO, acrolein/ethylene-oxide-based propanediol, …	CHEM
D1	On-farm and regional biofactories (multiplication units, media, quality control) for microbial bio-inputs — Bacillus, Trichoderma, Beauveria, Bt, beneficial insects — instead of importing finished chemical pesticides and fertilizers Replaces: Imported finished synthetic pesticides and part of mineral fertilizer programmes; also imported finished biologicals with long cold chains	EAC
D1	Bio-based and soil-biodegradable plastics instead of fossil commodity plastics (PET, LDPE, PS) and their microplastics Replaces: Fossil polyethylene/polypropylene/PS/PET in flexible and rigid packaging; intentional microplastics (restricted in the EU since 2023); …	PACK
D2	Biodiesel, renewable diesel (HVO) and SAF instead of fossil diesel and heating oil Replaces: Fossil diesel in transport and generators; gas-oil heating; jet fuel (via SAF blends); also disciplines waste cooking oil and tallow that …	FUEL
D3	Bioethanol as fuel and octane/oxygenate instead of MTBE, high-aromatic petrol and fossil petrol Replaces: MTBE and ETBE oxygenates (groundwater pollutant), aromatics (benzene, toluene) used for octane, lead anti-knock legacy; part of fossil …	FUEL
D2	Bumblebee pollination instead of hormone sprays and manual vibration in greenhouse tomatoes Replaces: Fruit-setting hormone sprays (synthetic auxins such as 4-CPA / tomatotone) and labour-intensive manual flower vibration in greenhouse …	MACRO

3 · How to implement 3 steps

1
Source plant feedstock
Source plant-derived feedstock.
2
Make intermediates
Convert it into bio-based intermediates such as monoethylene glycol or paraxylene.
3
Make PET
Convert paraxylene to terephthalic acid and polymerise to PET.

4 · Who delivers

Matched suppliers (matched automatically)

LG Chem	South Korea	Producer	active
Kolon Industries	South Korea	Producer	active
Star Lake/Eppen 星湖科技 (SSE 600866)	China	Producer	active
SyncoZymes (Shanghai)	China	Producer	active
Ajinomoto	Japan	Producer	active
Alterpacks	Singapore	Producer	active
Avani	Indonesia	Producer	active
BBCA Group 丰原集团	China	Research / RTO	active
Balrampur Chini Mills (NSE)	India	Producer	active
Biofase	Mexico	Producer	active
Bluepha 蓝晶微生物	China	Producer	active
Borregaard	Norway	Not classified	active

Leading companies and institutes (from the brief)

Companies named in the sources: The Coca-Cola Company, Changchun Meihe, UPM, Suntory, Virent, Gevo, Toray and Indorama Ventures. Others are matched by the portal under Packaging & plastics.

5 · Rules & route to market

Route into Russia / EAEU: CHEM · Minpromtorg (registration) / Rospotrebnadzor (notification of new substances)
state registration ~10-15 working days after expert assessment; new substances need notification
Information, not legal advice — confirm the procedure for your product. (2026-10-06)

United States

The sources cite the US Farm Bill and industry programmes such as the BioPlastics Feedstock Alliance (sustainable feedstock guidance) as influences.

European Union

The sources reviewed on 2026-10-16 identified no the EU regulator or standard specific to this technology. Treat the route as case-by-case and ask for a check.

China

The sources reviewed on 2026-10-16 identified no China regulator or standard specific to this technology. Treat the route as case-by-case and ask for a check.

6 · Money: tenders & grants

Grant	Circular innovative advanced materials: facilitating the transition from design to markets (RIA) (Innovative … European Commission · EU	Feb 2, 2027 109 days
Grant	Developing novel recycling technologies for complex plastic materials applying biotech solutions European Commission · EU	Sep 22, 2027 341 days

7 · Tech stack & innovations

Main risks from the sources: high production and feedstock cost, competition with food security, and technical difficulty of producing bio-based terephthalic acid at scale.

Sources 7

Company.dev.tccc nextgen.com — company.dev.tccc-nextgen.com 2026-10-16
Toyobo global.com — www.toyobo-global.com 2026-10-16
Investors.coca colacompany.com — investors.coca-colacompany.com 2026-10-16
Coca colacompany.com — www.coca-colacompany.com 2026-10-16
Agriculture.senate.gov — www.agriculture.senate.gov 2026-10-16
Suntory.com — www.suntory.com 2026-10-16
Pubs.rsc.org — pubs.rsc.org 2026-10-16