CPChem在回收技术方面取得新突破鞋底模具

据烃加工网站10月8日报道 雪佛龙菲利普斯化学公司（CPChem）宣布，该公司利用先进的回收技术首次实现了聚乙烯的商业规模生产。

先进的回收，有时被称为“化学回收”，将塑料废料转化为有价值的液体，可以成为新的石油化工产品。这种方法通过将一系列材料（包括许多难以回收的塑料）转化为新化学品的重要组成部分，来补充传统的回收利用。因为使用后的塑料有可能反复循环利用成新材料，通过先进的回收技术生产的聚合物通常被称为“可循环聚合物”。雪佛龙菲利普斯化学公司的可循环聚乙烯符合雪佛龙菲利普斯化学公司全球知名的原始聚合物的性能和安全规范。

聚合物与可持续发展部副总裁吉姆?贝克尔说：“我们非常自豪能成为第一家宣布在美国生产这种规模的可循环聚乙烯的公司。成功的生产运行标志着CPChem在成为生产可循环聚合物的世界领导者的道路上迈出了一大步。这一发展对我们来说是一个重要的里程碑，因为我们进一步致力于积极帮助世界找到可持续的解决方案，包括消除环境中的塑料废物。”

商业规模生产是一项重大成就，也是该公司两年来探索利用废塑料制造可循环聚合物的技术可行性的结果。雪佛龙菲利普斯化学公司目前正致力于扩大其可循环聚乙烯的生产，以满足其雄心勃勃的生产计划。通过ISC认证的新的塑料和塑料生产商的可持续性认证（ISCC Plus?）采用国橡胶电缆际公认的质量平衡认证方法。

雪佛龙菲利普斯化学公司的可持续发展技术经理罗恩·阿博特说：“所有的回收方法在减少塑料废料和实现我们都希望的社会可持续发展目标方面都能发挥作用。这种先进的回收技术使我们能够从以前很难回收甚至不可能回收的塑料废料中回收碳氢化合物，使我们能够将其升级为清洁、安全的循环塑料。在我们寻求实施可持续解决方案，培育循环经济之际，我们很高兴能站在这项技术的前沿。”

一旦获得认证，雪佛龙菲利普斯化学公司打算重新以Marlex?商标销售其新的可循环聚乙烯系列产品? 可循环聚乙烯。

王磊 摘译自 烃加工

原文如下：

Chevron Phillips Chemicals new success in advanced recycling technology

Chevron Phillips Chemical (CPChem) has announced success in its first commercial scale production of polyethylene using advanced recycling technology.

Advanced recycling, sometimes referred to as “chemical recycling,” converts plastic waste to valuable liquids that can become new petrochemicals. This approach complements traditional recycling by converting a range of materials, including many difficult-to-recycle plastics, into important building blocks for new chemicals. Because of the potential to repeatedly recycle post-use plastics 羊毛衫into new materials, polymer脱水设备s produced through advanced recycling are often referred to as “circular polymers.” Chevron Phillips Chemical’s circular polyethylene matches the performance and safety specifications of the virgin polymers Chevron Phillips Chemical is known for globally.

“We are exceptionally proud to be the first company to announce production of a circular polyethylene on this scale in the U.S.,” said Jim Becker, vice president of polymers and sustainability. “The successful production run marks a huge step for CPChem on our path to being a world leader in producing circular polymers. This development is an important milestone for us as we further our commitment to proactively help the world find sustainable solutions, including the elimination of plastic waste in the environment.”

Commercial scale production is a significant achievement, and the result of the company’s two-year exploration into the technical viability of creating circular polymers from waste plastics. Chevron Phillips Chemical is now working on scaling up its production of circular polyethylene to meet its ambitious production plans. That includes working with several proven suppliers of pyrolysis oil, the feedstock made from waste plastics, and pursuing certification for the new polyethylene through the International Sustainability and Carbon Certification Plus (ISCC Plus?) approach using their internationally recognized mass b太阳镜alance certification methodology.

Chevron Phillips Chemical’s sustainability technical manager, Ron Abbott, said, “All recycling methods have a role to play in reducing plastic waste and achieving the societal sustainability goals we all want. This advanced recycling technology allows us to recover hydrocarbons from plastic waste that have previously been difficult, or even impossible to recycle, enabling us to upgrade them into clean, safe circular plastics. We are excited to be at the forefront of this technology as we seek to implement sustainable solutions that cultivate a circular economy.”

Upon certification, Chevron Phillips Chemical intends to market its new circular polyethylene range under the trade name Marlex? Anew? Circular Polyethylene.