Patent Licensing and Its Impact on Time-to-Market for Indian Businesses

Traditional agricultural straw recycling relies on chemical solvents such as strong acids or alkalis to extract fibers, which generates large amounts of polluted wastewater and damages the environment. Furthermore, traditional methods are inefficient, produce coarse fibers that fail to meet the demands of high-quality textiles, and suffer from fragmented production processes lacking automation.

This equipment features a modular design, integrating raw material conveying, pretreatment, fiber extraction, and quality control into a single production line. By using physical and biological technologies such as high-pressure water jets and enzyme catalysis to replace chemical solvents, it achieves a fiber extraction rate of over 85%, producing high-quality fibers with a tensile strength of 350-450 MPa.

The most serious drawbacks of existing technologies are "environmental pollution" and "discontinuous process". This invention achieves true "solvent-free" regeneration technology, completely eliminating the problem of chemical waste liquid. At the same time, it solves the problem of unstable fiber quality in the past, ensuring that each batch of fiber meets textile standards through intelligent monitoring.