Mining, metal recovery & recycling industry
At Sulzer, we provide advanced separation and purification technologies that empower producers to recover metals efficiently and sustainably, whether from conventional ores or secondary feedstocks. By combining process know-how with proven engineering, we help operators optimize hydrometallurgical plants, reduce their environmental footprint, and improve long-term competitiveness.
Main applications of mining, metal recovery & recycling industry
Battery metals recovery
- Lithium, Cobalt, Nickel
Catalyst metals recovery
- Platinum, Palladium, Rhodium, Rare earth elements
Precious metals recovery
- Gold, Silver
Hydrometallurgical solutions
- Acidic and alkaline leach solutions for metal extraction
Solvent extraction & purification agents
- Organic solvents used in metal separation
Wastewater treatment chemicals
- For effluent from metal recovery processes
Operating in today’s metal sector means addressing multiple, interconnected challenges:
Operating in today’s chemical sector means addressing multiple, interconnected challenges:
Complex and variable feedstocks
Low-grade ores, impurities, and diverse secondary sources such as e-waste or batteries require flexible, high-performance recovery processes.
High energy and chemical intensity
Conventional methods consume large amounts of reagents and utilities, raising costs and emissions.
Sustainability and ESG targets
Operators must cut emissions, effluents, and solvent losses while meeting increasingly strict environmental and ESG requirements.
Operational reliability
Hydrometallurgical plants must operate continuously with minimal downtime, despite corrosive environments and fluctuating feed qualities.
Our solutions create measurable value by tackling the key challenges faced in both mining and recycling. In mining, they improve recovery and purity of metals, ensuring efficient utilization of ores and the treatment of secondary raw materials such as tailings and residues. In recycling, they enable the processing of end-of-life batteries and electronic waste with high efficiency and selectivity.
Optimized solvent use, reduced energy demand, and integrated process design lower operating costs while minimizing effluents, solvent losses, and waste streams. The robustness and versatility of our technology allows it to adapt to diverse feedstocks and operating conditions, with performance validated through pilot testing and supported by lifecycle services. As a result, operators can secure critical resources more efficiently, reduce their environmental footprint, and contribute to the transition toward a sustainable, circular economy.
Our solutions for mining and metal processing industry
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Explore some of our references for mining and metal processing industry
Petrochemical
Petrochemical Refinery
Challenge:
Optimization of refining processes
Solution:
Installation of high-efficiency pumps and intelligent control system
Technology:
95+ Heater
Results:
Installation of high-efficiency pumps and intelligent control system
Petrochemical
Petrochemical Refinery - 95+Heater™ - Shell
Challenge:
Optimization of refining processes
Solution:
Installation of high-efficiency pumps and intelligent control system
Solution:
Installation of high-efficiency pumps and intelligent control system
Results:
Installation of high-efficiency pumps and intelligent control system
Petrochemical
Challenge:
Optimization of refining processes
Solution:
Installation of high-efficiency pumps and intelligent control system
Solution:
Installation of high-efficiency pumps and intelligent control system
Results:
Installation of high-efficiency pumps and intelligent control system
150+ Years Experience
Proven track record in chemical process engineering and equipment manufacturing.
Global Presence
Worldwide support network with local expertise and rapid response capabilities.
Quality Assurance
ISO certified processes and rigorous quality control for reliable, safe operations.