Recently, lignin-based carbon fibers are also being synthesized using electrospinning. However, converting pure lignin directly into fibers by electrospinning can lead to nonuniform fibers as lignin possesses low viscosity. Therefore, it is preferable to blend lignin with a polymer that has a high molecular weight. For e.g. PEO, PVA and PAN. Blending with PAN is considered the most suitable because PAN has a high carbon content and excellent properties. This approach uses a precursor made from blending lignin and PAN. The electrospinning dope was prepared by using a precursor and DMF solvent. The syringe was filled with the dope, and it was constantly and automatically pumped at 5 µL/min. The needle tip and cylindrical collector had a potential difference of 15 kV, and spinning was carried out at room temperature. Then, the residual DMF was removed from the spun fibers by vacuum-drying them overnight at 60°C. Followed by stabilization and carbonization at 200°C and 1000°C.