Grinding Mill at mine site; for a polymetallic mine processing Cu, Sb, and Pb ores, a closed-circuit ball mill with hydro cyclones offers the best balance of flexibility and efficiency. Prioritize: 1. Rubber/composite liners for corrosion resistance. 2. VFD drives to adjust speed for ore variability. 3. Advanced dust capture for toxic metals. Always conduct ore-specific grindability tests (Bond, SPI) before final mill selection.

Our state-of-the-art flotation plant utilizes advanced technology to separate valuable minerals from ore. With a capacity of 1,000 tons per day, we achieve industry-leading recovery rates while maintaining strict environmental controls.

After getting copper concentrate from Copper Flotation plant smelting of concentrate into Furnace and then electrolysis makes 99.995% pure copper ingots.

An Antimony Roasting Plant is a facility dedicated to thermally oxidizing antimony sulfide(sibnite) concentrates. Its primary goals are to remove sulfur, volatilize and separate antimony as an oxide (either for direct sale or as feed for metal production), and manage impurities and emissions through sophisticated gas cleaning and environmental control systems. It’s a critical step in the primary production pathway for antimony metal and trioxide.

Lead Smelting Plant is an industrial facility designed to extract metallic lead (Pb) from lead-bearing ores (primarily galena, PbS) through pyrometallurgical processes. Its core function is to reduce lead compounds into molten lead bullion while separating impurities into slag or off-gas streams.

Small-Scale Mine Gold Refinery: An on-site processing unit designed to extract and refine gold from copper-gold ores (15–18 g Au/ton) using compact, low-capacity methods. It bypasses centralized refineries, enabling direct dore bar production at the mine while minimizing transport costs and security risks.

Small laboratory at a mine site, optimized for rapid decision-making, process control, and gold/copper ore analysis. Core Purpose of a Mine-Site Lab including Rapid grade verification (ore control, stockpile management), Process monitoring (tailings assays, recovery calculations), Metallurgical testing (optimizing crushing/grinding/leaching) and Environmental compliance (effluent testing). Why On-Site Labs Pay Off: Cut assay turnaround from 5 days (off-site lab) to 8 hours and to Reduce processing of sub-grade ore (saves $100s/ton).

Small-scale hydropower system (typically 5kW–1MW capacity) that generates electricity by harnessing the natural flow and elevation drop (head) of a river without large dams or reservoirs. Water is diverted through a turbine and returned to the river downstream, minimizing environmental disruption. Efficiency: Modern turbines: 75–90%, System losses (penstock friction, silt): 10–25%. Advantages for Remote Mines, 24/7 Power: Uninterrupted operation vs. diesel generators, Low OpEx: No fuel costs; minimal maintenance, Resilience: Withstands extreme weather if designed properly, Eco-Friendly: Zero emissions; preserves river.