The thermal cracking and purifying factory. As part of the investment agreement, at least 4 4 in the quantum fuel All thermal oils and purified hydrocarbons in the factory.
BASF will use these secondary raw materials in its
tm Customer development. At the Port Port Port Port Port in BASF, the recovered raw materials will be fully invested into an integrated device for production, thereby replacing some fossil resources.
Planning joint venture to build a factory, producing pure hydrocarbons
Once the Danish factory with quantum fuel reaches full load, BASF will realize Cyccyngn TM The first batch of commercial supply of the product, that is, provides products made of chemical recycling plastic waste to specific customers. In order to increase the commercial value of investment, the two parties also intended to establish a joint venture factory to produce pure hydrocarbons through chemical recycling. \”This investment highlights BASF’s commitment to sustainable utilization resources and the development of plastic circular economy model.\” ( Hartwig Michels ) said, \”This partnership is the first step to establish a large -scale supply foundation for circulating products. This allows us to help customers achieve its sustainable development goals.\” \”We are very honored to be supported by BASF’s financial and human resources, which will help us further explore the unique purity technology used to recover various hybrid plastic waste, and strive to become this to become this Pioneer enterprise in the first field. \”CEO Katiel \u0026#8226; Berne ( kjetil b \u0026 oslash; hn
\”Our long -term strategic partner vitol a The company is the world’s largest independent energy trader. Cooperation to promote the cooperation between BASF and quantum fuel.
We have now established the foundation of large -scale mass production, which may have a meaningful impact on the environmental challenges facing global waste plastic. \”
] Chemical cycle, facing dual challenges of technical and supervision
BASF for 2018 [ 123] It started its chemical cycle project ( ChemcyCling ). It aims to process the plastic waste produced in its production integrated device for processing and becomes recycling raw materials. At present, BASF has cooperated with customers from different industries. It has produced the first batch of prototype products made of chemical recycling waste plastic, including food packaging specially suitable for high -quality and hygiene standards.
The proportion of recycling raw materials in terminal products is determined by using certified quality balance methods.
In order to fully develop the market for chemical recycling products, in addition to technical challenges, regulatory issues need to be resolved. \”In terms of supervision, relevant departments need to define the technical openings of recycling and allow the use of chemical recycling to achieve recycling targets. In addition, incentives for recycling content are also applicable to all types of types of content. Recycling, we also need to fully accept the method of quality balance. \”
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