Due to the fragility of quantum entanglement, quantum teleportation is highly susceptible to noise, which can originate from both the internal and external environments of the quantum system, leading to a significant reduction in the fidelity of the transmitted state. Quantum teleportation in noisy environments holds broad application prospects in the fields of quantum communication, quantum computation, and quantum networks. However, realizing the widespread application of this technology necessitates overcoming a series of technical and practical challenges, including enhancing the efficiency and reliability of quantum error correction codes, designing more effective decoherence-free subspaces, and optimizing hybrid entanglement techniques. With the continuous development and refinement of quantum technologies, it is believed that quantum teleportation in noisy environments will play a crucial role in the future.