Transforming plastic waste into wealth

How Clariant helps to turn plastic waste into high-quality diesel

Today, only approximately 9% of plastic waste is being recycled.[1] It is clear, that while plastics pollution is a global issue, the chemical industry has taken up this challenge. As Clariant has been driving sustainability for years as an integral part of its strategy, the company has also joined forces with several partners to ultimately increase this rate globally by transforming plastic waste into valuable chemicals.

Recently, Clariant Catalysts has teamed up with the VUCHT Research Institute of Chemical Technology, which is part of the Slovakian chemical company Duslo. By using their proprietary technique and Clariant’s HYDEX® E catalysts, VUCHT has successfully converted plastic waste into premium winter diesel, i.e. diesel fuel which does not gel even in extremely cold weather with temperatures as low as -30°F (-34°C). Scaling up to near-plant capacity was the ultimate test of the practicality of VUCHT’s proprietary diesel production process.

How does Clariant contribute to this innovation?

Let’s take one step back and get to know more about Clariant’s solution HYDEX® E. The highly selective de-waxing catalyst is designed to improve flow properties during cold weather conditions. HYDEX E maintains its predecessors’ exceptional robustness and flexible application, yet considerably increases diesel yield while reducing undesired by-product formation. Consequently, producers not only benefit from higher cost-efficiency, but also improved sustainability.

Clariant Catalysts plastic waste to fuel winter diesel

 
How does the process work?

VUCHT uses a pyrolysis process to convert plastic waste collected in Slovakia (such as polyethylene, polystyrene, polypropylene and PET) into diesel fuel. The process thermally degrades the plastic at temperatures above 300°C (530°F), converting it into liquid oil comprised of various hydrocarbon compounds. Recently, the institute developed a proprietary technique to further convert the liquid oil into a high-quality fuel distillate known as winter diesel. As plastics and fuels are both mainly made from natural gas or crude oil, turning one into the other has major implications for sustainable and lucrative fuel production. The efficacy of this groundbreaking process has now been proven in a demonstration plant in Slovakia.

Stefan Heuser, Senior Vice President & General Manager at Clariant Catalysts: “Upgrading gas oil fractions to more valuable products has become essential for improving refinery economics. Clariant is committed to supporting this customer need through innovations such as HYDEX E. We are honored to partner with VUCHT in their pioneering plastic waste-to-winter diesel technology, and very pleased about the outstanding performance of our next-generation catalyst in the process.”

 

[1] Source: OECD Environment Policy Paper No.12, published 2018.

Anne Maier
Anne Maier
Contact Person

クラリアントへのリクエスト

  • HYDEX® E

    Selective Sour-Service Isomerization & Dewaxing Catalyst for Distillate Upgrading

    HYDEX® E is an economical distillate dewaxing and isomerization catalyst for highly paraffinic feedstocks in winter diesel. The distillate upgrading catalyst minimizes naphtha production, while allowing improved product swelling and cetane numbers, and enhancing cold flow in the diesel boiling range. 追加情報

  • Recycling plastics

    with fire

    In classical mythology, fire is a gift to humanity from the gods. In our present day and age, it may help us solve our problems with plastic waste. Bettina Siggelkow, EcoCircle Program Manager at Clariant, tells us about the fascinating new recycling technology of pyrolysis, and how Clariant contributes to making it work. 追加情報

  • Advancing plastics recycling

    to reach global goals

    One of the most important Sustainable Development Goals the international community pursues concerns better handling of resources and waste. New methods of plastics recycling, often called advanced recycling, can substantially contribute – and so can Clariant by improving their chemistry. 追加情報

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