LG Chem is well aware of the rapid changes going on in the world. In order to keep up the company’s growth at such a time, a new growth engine is required. For LG Chem, the engine refers to recycled materials, compostable/bio-circular balanced materials, and energy transition materials.
Until 2021, LG Chem made consistent contributions to the recycled materials market, in other words, PCR plastic market, by securing recycled raw materials and improving the physical properties of PCR plastics. Such commitment resulted in the company’s commercial production of world’s first PCR plastic material with a pure white color. And yet, LG Chem did not stop there, and is planning to expand their partnership with home appliances manufacturers along with developing PCR plastic materials with transparency. Furthermore, the company seeks to continue their R&D of PCR plastics with physical properties equivalent to the conventional plastics. In addition to PCR materials, LG Chem plans to promote commercialization of Circular-balanced materials in collaboration with UK-based Mura Technology and build a supercritical pyrolysis oil plant with an annual capacity of 20,000 tons by 2024.
In talk of new growth engines, you can’t take out compostable/bio-circular balanced materials. In August 2021, LG Chem already began exporting SAP (Super Absorbent Polymer) with waste cooking oil and plant-based bio raw material contents. Also under planning is the launch of commercial production plant of PBAT (Poly-Butylene Adipate Terephthalate), known for its fast decomposition, which is scheduled for 2024. Likewise, the company will expand the production scale of PLH (Poly Lactate Hydracrylate) to a commercial level, a material which offers extra transparency and 20 times the flexibility of existing compostable plastics.
The finale of LG Chem’s new growth engines is the energy transition materials, whose market is undergoing rapid expansion. Prompted by its growth, the market of PVEN POE (Photovoltaic Encapsulant Poly Olefin Elastomer) is also expected to rise. In 2021, LG Chem began installation to expand the production capacity of POE for solar panels by 100,000 tons, aiming to start mass-production in 2023. In addition, the company is developing a catalyst by which they will attain plastic using carbon dioxide as a raw material, hoping to reduce carbon footprints.
In 2006, LG Chem became world’s first producer of NCM (Nickel, Cobalt, Manganese). Stretching out this long-time-accumulated technology, the company now plans to accelerate the growth of their cathode business. Ongoing discussions include collaboration with numerous companies to expand the proportion of high-nickel products to 90% of LG Chem’s overall battery production and secure the supply of metal. Besides that, LG Chem has also acquired share of Li-Cycle, America’s largest battery recycling company. Based on these efforts, the company plans to set up a global quadrilateral production system in Korea/China/Europe/USA and raise their production capacity to 260,000 tons by 2026.
In addition, LG Chem seeks to expand the separator business based on their proprietary technology including the safety-reinforced separator (SRS). In 2021, the company established a joint corporation with Toray, which holds a differentiated separator fabric technology, and acquired the coating business of LG Electronics, known for their quality coating technology. LG Chem will keep expanding their global production base and keep focus on the separator business. Outside of that, LG Chem also intends to nurture battery supplementary materials such as CNT (Carbon Nanotube), thermal adhesive, anode binder, BAS (Battery Assembly Solution), etc. Furthermore, the company will accelerate the development of battery material technology that enhances battery performance and safety, along with next-generation battery technology including the materials for all-solid batteries.
There are no comments yet! Be the first to let us know your thoughts!