Huvis (CEO Shin You Dong, 079980) proudly declared its pioneering success in crafting the world's inaugural 'Chemical Recycle Low Melting Fiber (CR-LMF),' leveraging chemically recycled waste plastic as its primary material. The innovative LMF, recognized for its eco-friendly properties, is adept at bonding diverse materials due to its ability to melt at lower temperatures. Already a prominent figure in sectors spanning automotive to hygiene products, Huvis commands the top spot in the global LMF market share.
The recycling paradigm for plastics bifurcates into two distinct methodologies: physical and chemical regeneration. The former, focusing on physical processes, entails repurposing plastics like PET bottles. This method, however, observes a discernible degradation in quality over repeated cycles. Chemical regeneration, in stark contrast, depolymerizes PET, maintaining consistent quality across multiple recycling rounds. Its prowess extends beyond mere PET bottles, covering even polyester clothing, heralding a transformative approach to recycling.
A noteworthy characteristic of LMF is its ability to melt between 110-120°C, significantly lower than the standard polyester's threshold of 265°C. This efficiency translates to substantial energy conservation and mitigated CO2 emissions during the bonding process. The CR-LMF iteration, created from recycled waste plastics, curtails crude oil reliance and further slashes CO2 emissions by an impressive range of 20% to 57%.
In 2010, under the leadership of the Ministry of Knowledge Economy's technological development initiative, Huvis delved into chemical regeneration. Initial commercialization endeavors faced certain challenges due to subdued market awareness and elevated production costs. However, the global ethos, driven by a growing interest in eco-conscious materials and advances in chemical regeneration technology, has elevated CR-LMF to a leading position in commercial viability.
Huvis' strategic vision encompasses the launch of CR-LMF commercial production by December, targeting an annual capacity of 4,000 tons. This is buoyed by robust investments in cutting-edge depolymerization facilities. Further, next year's blueprint includes the roll-out of a more expansive production infrastructure. This technological prowess fortifies Huvis' eco-friendly portfolio, enriching offerings that boast physically regenerated and biodegradable fibers.
In particular, the global automotive sector is poised to adapt to the shift toward eco-friendly materials swiftly. Major players, including Hyundai-Kia and companies in Europe and the U.S., are implementing carbon-neutral strategies by transitioning a notable portion of their vehicle materials to recyclable and reusable alternatives, with growing emphasis being placed on this approach. Leveraging chemical regeneration technology, even hard-to-recycle plastics can now be repurposed, fast-tracking the journey toward sustainable plastic resource management.
Huvis' CEO, Shin You Dong, remarked, "Chemical regeneration represents the future trajectory for material companies." He continued, "Beyond the automotive sector, construction materials, and packaging areas are attracting significant attention and inquiries from international buyers. The global LMF market is consistently growing at an annual rate of 7%, with the global market size estimated at approximately 1.3 million tons."
On a global canvas, the European Union has stipulated that by 2030, all plastic bottles should include a minimum of 30% recycled material. Mirroring this commitment, South Korea has mandated plastic manufacturers to incorporate 3% recycled components this year, aiming to elevate this to 30% by 2030. The previous year's metrics indicate the global recycled PET market hovered around 9.7 million tons (summed up by Wood Mackenzie), predominantly via physical regeneration. The industry is optimistic, forecasting the chemical regeneration PET market to burgeon to 4.6 million tons (approximately 10 trillion won) by 2030. (End)
