Artificial Filament Recovery TRIZ Cases
- Lyocell fibers and methods of producing the same
See how ionic liquid dissolves dyed textile waste to produce colored lyocell fibers, recycling
- Continuous system and method for producing at least one polymeric yarn
See how air knives and scrapers mechanically retain solvents before extraction, reducing device
- Method for regenerating clothing manufacturing waste comprising synthetic fibers and plastic material
See how a two-stage chemical-physical and mechanical process separates polyester from polyureth
- Method for manufacturing bulked continuous filament
See how MRS extrusion with integrated filtration purifies recycled PET flakes in one pass, elim
- System and method of dosing a polymer mixture with a first solvent, device, system and method of extracting solvent from at least one polymeric yarn, system and method of mechanical pre-recovery of at least one liquid in at least one polymeric yarn, and continuous system and method for producing at least one polymeric yarn
See how suspension dosing and mechanical pre-recovery improve solvent extraction and homogeneit
- Systems and methods for manufacturing bulked continuous filament
See how vacuum extrusion and pre-crystallization remove contaminants from recycled PET flakes t
- Methods for producing polymer fibers and polymer fiber products from multicomponent fibers
See how selective solvent dissolution separates sacrificial polymers from multicomponent fibers
- Polymeric Yarn Solvent Extraction Using Volatile Solvent Substitution
See how substituting mineral oil with a more volatile solvent enables efficient recovery, reduc
- System and method of mechanical pre-recovery of at least one liquid in at least one polymeric yarn
See how mechanical pre-recovery extracts solvent from UHMWPE yarn before drying, reducing envir
- Aramid Fiber Extraction Process for Low Residual Dyeing Compounds
Controlled pH and heat extraction removes dyeing residuals from aramid fibers while preserving dyes and improving crystallinity and strength.
- Nonwoven Solvent Stripping With Antioxidants for Low Residual Solvent
Heating antioxidant-stabilized nonwoven nanofibers strips bonded spinning solvent to below 1000 ppmw without degrading fiber properties.
- Aramid Fiber Spinning With Sulfuric Acid Recovery and Low-Energy Reuse
Multi-stage evaporation and oleum mixing recycle sulfuric acid in aramid spinning while cutting energy use, water demand, and sulfate emissions.
- Regenerated PET Tire Reinforcement for Consistent Fiber Strength
Regenerated PET fibers restore tire reinforcement strength and quality consistency while reducing waste and moisture-related drawbacks.
- Raman Spectroscopy Calibration for Ionic Liquid Water Quantification
Combines Raman spectra with calibration models to quantify ionic liquid components and water inline for faster process monitoring and control.
- Lyocell Cellulose Molding With Retained Foreign Substances
By retaining selected foreign substances during lyocell spinning, this case adds elasticity or color while reducing bleaching, waste, and process complexity.
- Continuous Aramid Fiber Recycling via Sulfuric Acid Spin Dope
Sulfuric acid dissolves discontinuous aramid fibers into spin dope for continuous dry-jet wet spinning of recycled fibers with near-virgin quality.