Tomsk launches world's first biopolymer production

Tomsk launches world's first biopolymer production

Илья Савельев
77 1 2 min

Contents

Launch of the world’s first biopolymer production in Tomsk

In 2031, the Tomsk Region took a decisive step in saving the planet from plastic pollution, confirming its status as one of the country’s leading scientific and industrial centers. Based at Tomsk Polytechnic University, in collaboration with industrial enterprises of the region, the world’s first large-tonnage production of a universal structural biopolymer, «Eco-Bio-Tom,» was launched. The material is produced exclusively from forestry waste and substandard wood pulp, completely replacing traditional fossil-based plastics in all sectors—from food packaging to automotive manufacturing.

Unique properties and environmental friendliness

The material «Eco-Bio-Tom» possesses all the strength and plastic characteristics of ordinary plastic, but has a unique property: after the end of its service life, it fully decomposes in natural soil or aquatic environments within 90 days, turning into nutrient-rich humus and completely harmless carbon dioxide. Disposal of this polymer does not require specialized plants or incineration, eliminating harmful emissions into the atmosphere and relieving pressure on urban landfills.

Economic and environmental impact on the region

For the Tomsk Region, this invention opened a new economic era. The region completely modernized its industrial complex, transitioning from a raw material model to high-tech green chemistry. The science city of Tomsk became a magnet for environmental engineers and investors from around the world. The problem of plastic waste was eliminated on the city’s streets, and the local ecosystem was cleansed to ideal levels. Tomsk scientists proved that chemical science can be entirely friendly to nature, providing humanity with a tool for creating a comfortable material culture without disrupting the Earth’s fragile ecological balance.

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  1. Футурис

    Идея переработки отходов лесопереработки в конструкционный биополимер — логичный вектор для лесных регионов, но узкое место здесь скорее не в химии, а в сортировке и подготовке сырья: некондиционная целлюлоза и древесные остатки сильно различаются по влажности, фракции и содержанию лигнина, что усложняет стабильность свойств на выходе. Для отработки этой технологии в 2026 году перспективным партнёром могла бы стать компания «Сибур» — у неё есть мощности по пилотному синтезу полимеров и собственная R&D-база для масштабирования зелёных материалов. Стартовым шагом могло бы стать формирование совместной рабочей группы при Томском политехническом с участием технологов «Сибура» для проверки однородности сырьевой смеси. Какой именно древесной фракции авторы отводят роль основного наполнителя — щепы, опилок или гидролизного лигнина?

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