TechCrunch News 10月28日 05:50
MacroCycle:创新技术让塑料回收更经济
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塑料回收面临巨大挑战,尤其在纺织品领域,复杂的材料混合使得回收率极低。MacroCycle公司开发了一种创新技术,能够从废弃纺织品中提取有价值的合成纤维,并承诺使回收塑料的价格与原生材料相当。这项技术通过将聚合物链重塑成宏观环,然后去除污染物,再重新打开环以重组聚合物链,从而显著降低能耗。相比传统化学回收,MacroCycle的工艺能耗降低80%,有望推动回收塑料替代化石燃料,并为行业带来颠覆性的解决方案。

♻️ **回收困境与MacroCycle的解决方案**:全球塑料回收率仅为9%,纺织品回收率更是低至0.5%,主要原因是服装中常使用多种合成纤维混合,增加了回收难度。MacroCycle创新性地提出了一种从废弃纺织品中分离提取所需合成纤维的技术,从而简化回收流程,并致力于使回收塑料的价格与原生材料持平。

💡 **宏观环化技术原理**:MacroCycle的核心技术并非分解塑料聚合物,而是通过一种名为“宏观环化”的方法,将聚合物链重塑成环状结构。在这个过程中,不需要的污染物被洗去,随后这些环状结构被重新打开,重组为聚合物链。这种方法比传统的化学回收方法能耗更低,可节省高达80%的能源。

💰 **经济可行性与行业影响**:MacroCycle的目标是让回收塑料在价格上与原生材料具有竞争力,这将是推动回收塑料大规模替代化石燃料的关键。公司已获得650万美元的种子轮融资,并正在建设大型反应器以生产可供客户取样的材料。其技术有望迫使大型石化企业考虑采用更可持续的解决方案。

🚀 **技术优势与未来展望**:与能耗较高的传统化学回收(能耗降低20%-30%)相比,MacroCycle的工艺能耗降低80%,显示出显著的技术优势。公司致力于在首个工业设施建成后,提供价格相当的回收材料,从而为行业的可持续发展开辟新道路。

Plastic recycling has fallen short. Only about 9% of all plastic is recycled globally, which sounds pretty bad until you compare it with textiles. Only 0.5% of those are recycled.

One of the biggest challenges is that textiles are seldom one material. Buttons and zippers complicate matters, but spandex is even worse. Novel synthetic blends have made for clothing that’s a dream to wear but a nightmare to recycle. 

“The challenge to recycling is that you can never predict your waste,” Stwart Peña Feliz, co-founder and CEO of MacroCycle, told TechCrunch. “Your waste has infinite number of contaminants.”

MacroCycle has developed a shortcut, of sorts, that promises to make recycled plastic as inexpensive as virgin material. The startup has devised a way to pluck desirable synthetic fibers from waste textiles, leaving everything else behind. MacroCycle is a Top 20 finalist in Startup Battlefield and is presenting at TechCrunch Disrupt in San Francisco. 

Peña Feliz knows the potential pitfalls of plastic recycling well. Earlier in his career, he helped run ExxonMobil’s chemical recycling plant, which uses heat to break down plastic into simpler hydrocarbons. It works, but the process is energy intensive and spews a lot of carbon dioxide. 

“I saw that firsthand and knew something had to be done,” he said.

Soon after he left Exxon, Peña Feliz decided to pursue an MBA and MIT. There, he met Jan-Georg Rosenboom, who as a postdoc had developed a novel way of recycling plastics. “When I saw his technology, I thought it was too good to be true,” Peña Feliz said.

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The pair started turning that technology into a business in the fall of 2022. The following spring, they were selected for a Breakthrough Energy Fellowship to develop it further. “We kind of looked at each other and said, ‘I guess we’re doing this full time,’” Peña Feliz said. MacroCycle raised a $6.5 million seed round earlier this year.

To understand plastic recycling, it helps to know a bit about the material’s chemistry. Plastics are polymers, which are long chains of monomers, or repeating chemical building blocks. Most chemical recycling processes break plastic polymers down into smaller components, including monomers, so they can then rebuild them into something indistinguishable from virgin plastic.

MacroCycle differs because it doesn’t break down polymers. Instead, it loops the polymer chains back on themselves, forcing them into rings called macrocycles. Those macrocycles remain behind as different solvents wash away contaminants, which themselves could be recycled. Later, the rings are reopened to reform the polymer chain. “As they open up the rings want to combine with each other, and in polyester, the longer the polymer, the higher the quality,” Peña Feliz said.

“By not having to retrace all those steps all over again, we’re able to take a significantly more energy efficient approach,” he added. MacroCycle’s process uses 80% less energy than is needed to make virgin polyester, while other chemical recycling processes use be 20% to 30% less, he said.

The startup is in the process of setting up a larger reactor, one that’s 2,000 times larger than the one they were using two and a half years ago, Peña Feliz said. It’s large enough to produce 100 kilogram (220 pound) batches of material for customers to sample. MacroCycle is generating revenue from fashion brands interested in the technology, he said.

“We’re comfortable of being one of the few, if not the only, public chemical recyclers that can claim that we can provide this material at price parity once we build our first industrial facility,” Feliz Peña said.

He’s convinced it’s the only way for recycled plastic to replace fossil fuels in the industry. “The bottom line drives a lot of innovation, and if you want to have players like ExxonMobil change the way they do things, it will not happen from the inside,” he said. “I want to be able to create a technology so economically attractive that the opportunity cost is really high for them to not adopt this new type of solution.”

If you want to hear from MacroCycle firsthand, and see dozens of additional pitches, attend valuable workshops, and make the connections that drive business results, head here to learn more about this year’s Disrupt, held October 27 to 29 in San Francisco. 

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MacroCycle 塑料回收 纺织品回收 可持续材料 化学回收 MacroCycle Plastic Recycling Textile Recycling Sustainable Materials Chemical Recycling
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