Eco Recycling conducted a study on behalf of ENI regarding the conceptual design of the process for treating LFP (lithium iron phosphate) cathode plates and obtaining active cathode material (CAM). After analyzing the process designed and patented by ENI, Eco Recycling assisted in identifying the best method for recovering the active cathode material and provided a preliminary design for a dedicated prototype. It also conducted a pre-feasibility analysis with an accompanying risk assessment.

Eco Recycling completed the "Evaluation of the engineering of an A2A process for the hydrometallurgical treatment of NMC electrode powder and the execution of an experimental campaign on Eco Recycling's pilot units." After evaluating the engineering of the process developed by the client, Eco Recycling reassembled its pilot units to implement the process. It developed and executed a test protocol that allowed for the quantification of the material and energy balances. These balances were used to compare the proposed process with an Eco Recycling process focused on the recovery of cathode material.

Technical-specialist support activities for the repositioning project of the Telecom Italia network

Technical analysis for the preparation of the market study of lithium-ion batteries at the end of their life. Analysis of technical alternatives for the development of a lithium-ion battery grinding process in safe conditions, including possible simulation activities and critical evaluation of the grinding systems. Design of the pilot grinding plant. Assistance in conducting tests in the pilot plant. Collection of experimental data and preparation of the feasibility study.

Cooperation agreement in scientific and technological research for the development of a new polydentate molecule for the treatment of heavy metals in phosphoric acid

Process development for the treatment and valorization of residues from the production of phosphoric acid