Multifunctional alpha-lipoic acid derivative antioxidants for polyolefin repair and upcycling
Green-chemistry additive technology using multivalent salts of alpha-lipoic acid to both stabilize radicals and repair chain scission in polyolefins such as PE and PP. The approach combines antioxidant radical quenching ...
Chemical upcycling of packaging films into alpha-olefins
Innovative thermolysis method converts mixed and contaminated packaging films into valuable alpha-olefins, offering a scalable solution for recycling difficult waste streams into chemical feedstocks.
Temperature gradient thermolysis for producing wax from HDPE-PCR
Discover our innovative temperature gradient thermolysis (TGT) technology that converts high-density polyethylene post-consumer resin (HDPE-PCR) into wax. This solvent-free, catalyst-free process offers over 80% wax yiel...
Accelerated weathering testing methodology for polyolefins
Advanced methodology to accelerate weathering tests of Polyolefins using the Arrhenius equation. This approach facilitates faster evaluation of material durability under simulated conditions, aiding in predictive modelin...
Thermolysis process for converting triglycerides to alpha olefins
Innovative thermolysis process selectively breaks ester bonds in triglycerides to produce alpha-olefins with controllable chain lengths, offering a potential sustainable alternative for olefin production.
Crosslinked polyethylene as a high-performance barrier material
Crosslinked polyethylene (PE) offers superior resistance to gases, liquids, and chemicals, making it an ideal barrier material for various applications. This technology involves a radical-activated crosslinking process t...
Selective dye and pigment removal using porous carbon fibers
Innovative porous carbon fibers enable selective extraction of dyes and pigments from TPU in organic media, offering a scalable solution for industrial dye removal applications.
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