| Customization: | Available |
|---|---|
| Type: | Gold Mining Dredger |
| Power Type: | Diesel |
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The Gold Mining Dredger stands as a pioneering solution, meticulously engineered to excel in extracting monomer gold from a variety of sources, including placer gold, lode gold, and rich polymetallic ores. Embrace the future of gold mining with this cutting-edge equipment, which offers a superior alternative to traditional mercury-based techniques. It is the ultimate choice for efficient gold mining in riverbeds and challenging terrains. Comprehensive ore beneficiation tests have yielded exceptional results, achieving a remarkable placer gold recovery rate exceeding 99%. For monomer gold retrieval from lode gold ore, an outstanding recovery rate of over 98% is achieved when 65% of the grinding particles are refined to less than 0.074mm. Furthermore, even for minute monomer gold particles as small as 0.04mm, this innovative dredger boasts an impressive recovery rate exceeding 97%. The primary gold ore discharge cycle is strategically optimized to last between 1-4 hours, while the placer gold ore discharge cycle is extended to 4-8 hours, resulting in a phenomenal concentration ratio ranging from 500-1000 times.
| No | Item | Parameter |
| 1 | Length | 13.5m |
| 2 | Width | 5.5m |
| 3 | Height | 6m |
| 4 | Capacity | 150m³/h |
Advanced Extraction Technology: Engineered with cutting-edge technology, the dredger excels in extracting monomer gold from diverse sources such as placer gold, lode gold, and rich polymetallic ores.
High Recovery Rates: Comprehensive tests have demonstrated exceptional recovery rates, including a placer gold recovery rate exceeding 99%, and over 98% for lode gold ore when 65% of grinding particles are refined to less than 0.074mm. Even for minute gold particles as small as 0.04mm, the recovery rate remains impressive, exceeding 97%.
Mercury-Free Alternative: Unlike traditional mercury-based techniques, this dredger offers a safe and environmentally friendly alternative for gold extraction.
Versatility: Suitable for use in both riverbeds and rugged terrains, the dredger demonstrates its versatility in a wide range of mining environments.
Optimized Discharge Cycle: The primary gold ore discharge cycle is strategically optimized to last between 1-4 hours, while the placer gold ore discharge cycle is extended to 4-8 hours, enhancing operational efficiency.
Riverbed Mining: The dredger excels in extracting gold from riverbeds, where placer deposits are often found. Its advanced extraction technology and high recovery rates make it ideal for recovering gold from these environments.
Land-Based Mining: In addition to riverbed mining, the dredger can also be used in land-based mining operations, particularly in areas with lode gold deposits or rich polymetallic ores. Its ability to process a wide range of ore types makes it a valuable asset in these settings.
Tailings Reprocessing: Many mining operations generate tailings, which often contain significant amounts of residual gold. The dredger can be used to reprocess these tailings, recovering additional gold and maximizing the overall yield from mining operations.
Environmental Remediation: In some cases, mining operations can have negative environmental impacts, including contamination of water bodies with mercury or other harmful substances. The dredger offers a safe and effective alternative to traditional mercury-based extraction methods, helping to mitigate these environmental concerns.
Small-Scale Mining: The dredger is also suitable for small-scale mining operations, where traditional mining methods may be too labor-intensive or costly. Its compact design and user-friendly operation make it an accessible option for these types of operations.
1.Transportation Methods: Gold mining dredgers are typically transported by sea, land, or air. The specific choice depends on factors such as the equipment's size, weight, transportation distance, and cost.
2.Equipment Inspection: Prior to the arrival of the equipment, the customer should contact the supplier to conduct an inspection to ensure that the equipment has not been damaged during transportation. If any issues are found, the customer should promptly communicate with the supplier and seek a solution.
3.Installation and Commissioning: Upon the arrival of the equipment, the customer should contact the supplier for installation and commissioning work. The supplier will typically provide necessary guidance and support to ensure that the equipment can operate normally and meet the expected performance indicators.
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