TotalEnergies Corbion introduced a bio-based polystyrene alternative, Luminy Foam 50F. The new bio-based polystyrene alternative is designed for the extrusion-foamed packaging industry. The new alternative is a high-melt-strength PLA solution. The new solutions are used in bowls, trays, and clamshells.
The new solution lowers the carbon footprint and replicates traditional XPS performance. The solution is available globally for commercial orders. South Korea and the U.S. FDA approved Luminy Foam 50F solution for food applications. The countries other than South Korea and the United States use new alternatives for non-food applications.
The bio-based polystyrene is an industrial-scale replacement for conventional polystyrene. The Luminy Foam 50F does not require reactive processing, additives, or chain extenders. The alternative supports the stable foam production. The stability offers the development of low-density foam structures. The foam production stability enhances use in fresh protein packaging.
The Luminy Foam 50F is compatible with existing XPS extrusion production lines. Its existing line provides minimal modification and similar throughput. The new alternative is a PFAS-free material and is developed from renewable resources. The new material is free from persistent microplastics and is recyclable. The new material lowers the carbon footprint by 70%. The Luminy Foam 50F is designed for foodservice packaging and fresh food product packaging.
The bio-based polystyrene alternatives create a major impact on the packaging industry by providing drop-in compatibility, carbon footprint reduction, and end-of-life flexibility.
The challenges of the packaging industry, like restrictions on polystyrene trays, lack of thermal performance, fossil fuel dependence, high microplastic generation, and contamination of recycling streams, are resolved using bio-based polystyrene. It offers benefits like reduced GHG emissions, microplastic-free biodegradation, shock protection, and operational efficiency.
The bio-based polystyrene is used across takeout clamshells, consumer electronics, temperature-controlled logistics, fresh food trays, glassware, and bowls. Advancements like cellulose-based foams, agro-industrial residue blends, hot-melt strength PLA, polystyrene vitrimers, and bio-active degradation additives increase the use across the packaging industry. Factors like sustainable sourcing, packaging demand, performance advancements, and EOL disposal drive the growth of bio-based polystyrene in the packaging industry.
The bio-based packaging market is forecasted to expand from USD 13.31 billion in 2026 to USD 38.74 billion by 2035, growing at a CAGR of 12.60% from 2026 to 2035. According to Towards Packaging, the impact of bio-based polystyrene alternatives on the bio-based packaging industry is GHG reduction, microplastic prevention, and equivalent protection.
Major challenges like high carbon footprint, performance deficits, supply chain volatility, and disposal issues are solved using bio-based polystyrene. The bio-based packaging offers benefits like lowering fossil fuel dependency, excellent preservation of the product, improved loyalty to the brand, reduced carbon emissions, and biodegradability.
Bio-based packaging is used across edible coatings, transparent clamshells, compostable bottles, catering items, cosmetics packaging, pill blisters, rigid thermoformed trays, and other applications. Innovations like next-generation biopolymers, smart sensor integration, circular waste valorization, and bio-composites increase the use of bio-based packaging.
The polystyrene packaging market is forecasted to expand from USD 27.99 billion in 2026 to USD 41.35 billion by 2035, growing at a CAGR of 4.43% from 2026 to 2035.
According to Towards Packaging, bio-based polystyrene alternatives create a positive impact on the polystyrene packaging industry by providing maintained performance, drastic carbon reductions, and enhanced EOL biodegradability.
The key challenges, like fossil fuel reliance, long-term persistence, cost-prohibitive recycling, and major environmental impact, are resolved using bio-based polystyrene. The bio-based polystyrene offers benefits like reduced global warming, accelerated biodegradability, and seamless recycling.
The bio-based polystyrene is used in fresh food trays, appliance protection, cold-chain pharma shipping, and thermal insulation. Innovations like biodegradable EPS alternatives, bacterial cellulose foams, 100% bio-attributed polystyrene, and carbon-negative biochar foams drive the growth. The circular economy goals and advancing chemical engineering increase the use of bio-based polystyrene.
The company is a partnership of two key companies, TotalEnergies and Corbion. TotalEnergies offers products like biofuels, green gases, electricity, oil, renewables, and natural gas. Corbion offers products like biopolymers, lactic acid, and lactic acid derivatives. The headquarters of the company is located in the Netherlands. They specialized in the development of lactide monomers and poly lactic acid. The company offers products like Standard PLA, PDLA, High Heat PLA, Luminy Foam, and Low Heat PLA. They target industries like automotive, 3D printing, packaging, fibers, consumer goods, and nonwovens. The companys packaging applications include foam technology, rigid packaging, and flexible packaging. The key product grades include Luminy High Heat PLA, custom compounds, Standard Luminy PLA, Luminy Foam, and RE:newable PLA. The company focuses on the expansion of foam technology and the development of low-carbon XPS foams. They focus on expanding in regions like the Middle East and Vietnam. The company also focuses on circular economy advancements.
27 July 2026
27 July 2026
27 July 2026
27 July 2026