#Market Analysis & Forecasts

2020-11-19

Global bioplastic market is estimated to account for US$ 215 Bn by the end Of 2027, says Coherent Market Insights (CMI)

A bioplastic material is a biological product made out of non-biological biomass sources, such as cellulose from wood. Unlike traditional plastics, bioplastic materials are made over many different processes. Some biodegradable bio-plastic may degrade within a 180 day period, provided the right environment exists. Other bioplastics degrade over a much longer period, however, and they require special processes to make them more eco-friendly.

The global bioplastic market is estimated to account for US$ 215 Bn in terms of value, growing at a CAGR of 25.8% during forecast period 2020-2027.

Market Drivers:

Growing environmental concerns is a prime factor driving market growth of bioplastic. Increasing demand for bio-based packaging materials from packaging industry is also projected to foster the market growth of bioplastic. Moreover, growing environmental pollution has encouraged key manufacturers to introduce bio-based plastic. Furthermore, rising health-related issues due to the burning of plastic is again expected to augment the market growth of the bioplastic.

The rise in the various manufacturing industries such as textile, agriculture, automotive & transportation, consumer goods, and building & construction has boosted the market growth. Bio plastic exhibit a unique and potential properties that helps in reducing Greenhouse Gas (GHG) emissions effectively. Moreover, increasing strict rules and regulation across countries such as Europe and the U.S. has also contributed to market growth. Additionally, increasing investment in the research and development in the field of bioplastics is further anticipated to accelerate market growth.

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Market Opportunities

Growing demand for the bioplastic packaging industry due to growing awareness regarding the benefits of bioplastic is projected to bring new market opportunities over the forecast period. According to the report from European Bioplastics, the packaging remains the largest field of application for bioplastics with almost 53 percent (1.14 million tons) of the total bio plastics market in 2019. Thus, growing demand for bio plastic from the packaging industry is projected to uplift the market growth of bio plastic.

Increasing production capacity of bio plastic around the globe in order to cater to rising demand from various end-user industries is projected to offer profitable market opportunities. For instance, in August 2018, Kaneka Corporation has announced its plan to expand a manufacturing facility of a biodegradable polymer. The production capacity will be about 5,000 tons per year with an investment amount of 2.5 billion yen. Kaneka Biodegradable Polymer PHBH”, is derived from 100% plants and has superior biodegradability

Market Trends

Single-use plastic ban across countries such as Europe, North America, and Asia has significantly supported the demand for bioplastic. For instance, recently the European parliament has approved a new ban on single-use plastic cutlery, cotton buds, straws, and stirrers as part of a sweeping law against plastic waste that despoils beaches and pollutes oceans. The members will implement rule include measure to reduce the use of plastic, by 2025, plastic bottles should be made of 25% recycled content, and by 2029 90% of them should be recycled.

The growing trend of using bioplastic for producing electronic device covers, semiconductor casings, connectors, and circuit boards is expected to supplement the market growth. This can be done by using injection molding and bioplastic can be also be used to develop games consoles, vacuum cleaners, touch screen computer casings, headphones, keyboards, loudspeakers, laptops, mobile phone casings, etc.

Competitive Landscape: ?

1. BASF SE ?

2. Braskem S.A.

3. Koninklijke DSM N.V.

4. Arkema S.A. ?

5. Innovia Films, Ltd. ?

6. Metabolix, Inc.

?7. NatureWorks, LLC ?

8. Novamont S.p. A. ?

9. The Dow Chemical Company

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Performance Apparels: Functional textiles drive innovation at Techtextil 2026

From high-performance fibres and advanced membranes to smart textiles and sustainable material concepts – functional apparel is becoming one of the most dynamic innovation fields in technical textiles. At Techtextil 2026, exhibitors demonstrate how new materials, finishing technologies and digital functions are shaping the next generation of protective, workwear and outdoor systems.

Texprocess 2026: Automation, digitalisation and AI reshape textile processing

Investment decisions in textile processing have become increasingly complex. Rising energy prices, labour shortages and geopolitical uncertainties are forcing companies to prioritise technologies that deliver measurable improvements in efficiency and process stability. This applies not only to apparel production, but also to the processing of technical textiles and high-performance materials. Modernisation projects are therefore being evaluated more selectively – but the pressure to upgrade production systems continues to grow. Texprocess 2026 reflects this tension between cautious investment behaviour and increasing technological demand.

Textile Chemicals & Dyes: Innovation in Textile Chemistry moves into focus at Techtextil 2026

From PFAS-free finishes and water-saving dyeing technologies to advanced coatings and recycling-compatible formulations, innovation in textile chemistry is accelerating across the industry. Reflecting this development, Techtextil 2026 introduces Textile Chemicals & Dyes as a dedicated product segment, highlighting the growing role of chemical solutions in shaping the next generation of technical textiles.

textile.4U publishes special edition “Top 100 Textile Recycling Companies 2025”

With a comprehensive 176-page special edition, textile.4U is dedicating its latest issue entirely to one of the most dynamic and influential topics in today’s textile industry: textile recycling. The new issue, published exclusively in high-quality print, presents the Top 100 textile recycling companies researched and selected by TexData – organizations that already play a key role in the transition to circular textiles or are expected to have a significant impact in the near future.

Fluff pulp market maintains steady growth

Despite being impacted by political and economic woes, the global fluff pulp market in 2024 will reach 7.3 million air dried tonnes with a value of $9.7 billion, according to a new Smithers produced study, The Future of Fluff Pulp to 2029. This is up from 6.2 million air dried tonnes valued at $5.5 billion in 2019.

Economic and geopolitical headwinds influence industrial nonwovens growth to 2029

The global consumption of industrial nonwovens in 2024 is 5.3 million tonnes or 83.4 billion square metres (m2), valued at $21.2 billion, according to The Future of Industrial Nonwovens to 2029 from Smithers. Growth rates for 2019-24 were 6.9% (tonnes), 6.9% (m2) and 6.7% ($). This reflects a recovery in some markets from Covid-19 as well as an adjustment to the Russian invasion of Ukraine in 2022 and its repercussions (inflation, energy supply/price, global economic growth reductions).

IVGT joint stand brings innovation and networking to Techtextil 2026

At Techtextil 2026 and the parallel Texprocess 2026, key transformation topics such as artificial intelligence, digitalisation, sustainability, recycling and the circular economy will be reflected across the show. Against this backdrop, the IVGT, together with 16 member companies, will present its joint stand in Hall 12.1 (Stand D62) as a platform for exchange and networking.

New study shows low environmental impact by Cotton made in Africa Organic Cotton from Tanzania

Today, the Aid by Trade Foundation (AbTF) is announcing the results of a comprehensive life-cycle analysis (LCA) for cotton produced in Tanzania under the Cotton made in Africa Organic (CmiA Organic) standard. The study emphasises the small ecological footprint of CmiA Organic verified cotton. This can largely be traced back to the absence of synthetic pesticides, artificial fertilisers, and artificial irrigation. Consequently, CmiA Organic cotton can help the textile industry meet regulatory requirements as well as science-based targets. The results also show that the consequences of climate change threaten the livelihoods of these cotton farmers, even though the type of agriculture they practise barely contributes to climate change.