L'extracteur DY319 apporte une percée technologique à l'industrie du recyclage des batteries au lithium
With the increasing demand for lithium batteries in various industries, the recycling of waste lithium batteries has become an urgent global issue. The lithium Battery recycling industry has recently experienced a significant technological breakthrough with the advent of a new organic leaching agent, known as DY319 extractant.
The wet extraction technology using DY319 extractant is capable of efficiently recovering various metal elements, comme le cobalt, nickel, manganèse, and lithium, from waste lithium batteries. The extractant has demonstrated excellent leaching performance and can selectively recover metal elements from lithium batteries using wet treatment at room temperature, achieving a recurrence rate of over 90%. The organic phase solvent used in the extraction process can also be efficiently regenerated, reducing overall energy consumption to a lower level.
Compared to traditional physical separation techniques, the wet extraction technology not only has higher metal recovery efficiency but also addresses environmental concerns. Traditional physical separation techniques require significant manpower, machinery, and often cause environmental pollution. In contrast, wet extraction technology can significantly reduce the treatment cost of waste lithium batteries while reducing environmental pollution. The process achieves a win-win situation of environmental protection and economic benefits.
En outre, the use of DY319 extractant has a low cost, and the amount needed for the extraction process is minimal, overall reducing the recovery cost of the entire lithium Battery recycling industry. By utilizing DY319 extractant and wet extraction technology, the efficiency and recovery rate for the recycling of lithium batteries can be significantly improved. Hence, the technology has the potential to promote the development of the lithium Battery recycling industry.
En conclusion, the emergence of DY319 extractant has brought a significant technological breakthrough to the lithium Battery recycling industry due to its efficient metal recovery properties, environmental friendliness and cost-effectiveness. By utilizing wet extraction technology and DY319 extractant, not only can metal elements in lithium batteries be efficiently recovered, but the dual advantages of environmental protection and cost savings are evident. With the continuous improvement and development of lithium Battery recycling technology, DY319 extractant will play an important role in promoting sustainable development and environmental protection, contributing to a brighter and cleaner future.
Nous nous concentrons sur R&Réactifs d'extraction de métaux D, nos principaux produits comme ci-dessous:
- DZ988N/DZ973N/DZ902 réactif d'extraction par solvant du cuivre.
- DZ272 Nickel, cobalt, manganèse, et extracteur de séparation de magnésium.
- DY319 extracteur de co-extraction nickel-cobalt à haut rendement.
- DY377 Extracteur efficace de séparation du nickel et du diamant.
- DY366 nouvel extracteur avancé de nickel-cobalt.
- P204 (D2EHPA ou HDEHP) extracteur.
- DY301, DY302 pour la récupération du combustible nucléaire usé.
- Autres réactifs d'extraction pour Vanadium extractant, Extracteur de lithium, Extracteur de fer et extractant de terres rares.
