Dual-chamber thermal systems that thermally decompose waste in an oxygen-depleted primary chamber before fully oxidizing the resulting gases in a secondary chamber. This process minimizes fly ash carryover and is highly effective for hazardous and medical waste destruction.
A thermal extraction process that uses high-temperature smelting to recover transition metals such as cobalt, nickel, and copper from spent batteries. It is key to high-volume industrial recycling operations, though it requires advanced thermal control to manage energy consumption and off-gas emissions.
A high-temperature thermal treatment process used to smelt, roast, or incinerate waste materials to recover valuable metals. It is essential in industrial engineering for high-throughput reclamation of metals from complex streams like spent batteries and electronic waste.
A high-temperature thermal treatment process that utilizes controlled heating to induce chemical reactions, such as oxidation or phase transformations, in mineral concentrates without melting them. It is widely used to convert alpha-spodumene to the highly reactive beta form, rendering the lithium soluble for subsequent extraction.