Plastrans

Bioplastics in 2025: Where Do We Stand?

The EU set a big goal:

🎯 10 million tonnes of bioplastics capacity by 2025

We’re not there yet—but the industry is moving in the right direction. 🚀

📊 2024 Snapshot

Global capacity: 2.47 million tonnes
Actual production: 1.44 million tonnes (58%)

📈 Outlook for 2029

Expected to reach 5.73 million tonnes

💡 What’s driving the growth?

1️⃣ Innovation in materials
2️⃣ EU policy support
3️⃣ Market demand for sustainable options

At Plastrans Technologies, we’re proud to support this shift—delivering biopolymer solutions for packaging, consumer goods & more.

🌍 The road ahead is long, but the momentum is real.

Polypropylene (PP) is everywhere — and now, so is recycled PP (rPP).

From packaging to furniture and car parts, rPP is helping industries close the loop without compromising on performance.

✨ Durable
✨ Lightweight
✨ Heat- & chemical-resistant
✨ Now available with a lower environmental footprint

At Plastrans Technologies, we offer high-quality post-industrial and post-consumer rPP for a wide range of applications.

Circular. Smart. Ready for your production line.

We provide high-performance polymers designed for demanding applications where durability, strength, and efficiency are key. Our materials offer:

⚙️ Superior Mechanical Properties – High strength, impact resistance, and thermal stability.
⚙️ Chemical & Environmental Resistance – Ideal for industries requiring longevity and reliability.
⚙️ Versatile Applications – Used in automotive, industrial, packaging, and consumer goods.

With our expertise in polymer solutions, we help businesses achieve the right balance of performance and sustainability.

We provide high-quality recyclates such as rPP, rPS, rPE, and rPLA. Our options include both post- consumer recycled (PCR) and post-industrial recycled (PIR) materials, catering to diverse industry needs. Using advanced production methods, we offer reliable, customizable recyclates. Additionally, our booster materials enhance properties, allowing responsible sourcing and reduced material use without sacrificing quality.

🔹 Bio-PE & Bio-PP – Derived from renewable sources, these materials maintain the durability and recyclability of conventional plastics.
🔹 Bio-PS – A biobased alternative to polystyrene, supporting sustainability in various applications.
🔹 PLA – Often used as a compound ingredient, this biodegradable polymer is ideal for select packaging and consumer applications.
🔹 TP – A versatile material balancing flexibility and strength for innovative solutions.

Together, these materials drive innovation without compromise—helping industries transition to more sustainable raw materials.