The global penetration rate of lithium-ion forklifts in the material handling sector has maintained steady growth in recent years, as more enterprises replace traditional lead-acid powered equipment to reduce long-term operational costs and meet low-carbon emission requirements. With the first batch of mass-produced lithium-ion forklifts entering the end of their designed service life, the recycling and full lifecycle management of related equipment has gradually become a core concern of the whole industry.

At the front-end production stage of the industrial chain, the optimization trend for recyclability has become increasingly prominent. Most mainstream manufacturers now adopt modular power battery pack structures instead of irreversible adhesive packaging processes, to lower the difficulty of subsequent professional disassembly. For the main body of forklifts, standardized splicing design is widely applied for metal components, which makes accessories of same series equipment from different production years universally interchangeable, effectively reducing resource loss in subsequent maintenance and recycling links.

At the current recycling stage, the standardized recycling network for lithium-ion forklifts is under continuous improvement. The formal processing process includes complete grading links first: after systematic residual value assessment for retired forklifts, power batteries that retain more than 80% of original capacity will be prioritized for echelon utilization, which can be reassembled into small energy storage power supplies or power supply modules for low-speed industrial equipment. For batteries with capacity below the reuse threshold, they will be sent to professional hydrometallurgy procedures to recover lithium, nickel, cobalt and other valuable metal elements, and the purified materials can be directly put into the production of new power batteries. For the metal fuselage, hydraulic components and solid tires of forklifts, they will be sorted and disassembled separately, parts that meet safety standards after testing and refurbishment will flow into the second-hand accessory market, and materials without reuse value will be sent to corresponding resource recovery channels.

Looking at the long-term lifecycle trend of the whole industry, three clear development directions can be observed. The first is the popularization of full-chain traceability system, all data of each lithium-ion forklift from factory delivery, daily maintenance to decommissioning and recycling will be connected to a unified digital management platform, to avoid environmental risks caused by irregular private disposal of retired batteries. The second is the improvement of full-lifecycle cost accounting mechanism, more manufacturing and logistics enterprises will include subsequent recycling disposal cost into overall procurement budget at the equipment selection stage, and choose partners with formal recycling qualifications to avoid potential compliance risks. The third is the continuous enrichment of circular economy service modes, more services such as dedicated battery leasing, old-for-new trade-in and whole-machine recycling will be launched in the market, to further reduce the overall carbon emission of the entire industrial chain. At present, the lithium-ion forklift recycling track is still in the steady development stage, all participants in the industry need to cooperate to improve relevant standard specifications, maximize resource utilization efficiency on the premise of ensuring operational safety, and achieve balanced development of environmental benefits and economic benefits.