Ore-Max’s emitterline (drip line) is made with plug-resistant emitters (drippers) specifically designed for heap leaching. Because Ore-Max’s emitter has more screen area and wider flow paths than any other emitter available, it will operate longer without plugging, ensuring ongoing mineral recovery. Ore-Max supplies a full range of lay flat hose, valves, fittings, sprinklers and drainage piping, and our experienced engineers can design your heap leach system from the ground up.
Johnson Screens
Mineral processors have discovered dramatic cost-per-ton reductions using Johnson Screens’ products in particle separating, reducing, sizing, washing, and dewatering processes. These screening products are standards for processing coal, gold, lithium, phosphate, copper, bauxite, and gravel processes. Johnson Screens also provides guidance and support to ensure the customer’s specification is met.
Falco Technologies Inc
Falco technologies is a subject matter expert providing engineering, manufacturing and commissioning services for turn key reagent storage, mixing and dosing systems used in mining operations. Whether reagents are supplied in IBC totes, bulk liquids or in supersacs for leaching, elution, flotation, pH adjustments, water treatment, etc. we can provide a custom designed solution complete with; storage & blending tanks, instruments, valves, skid, HMI/PLC, platform, dust collector, etc. Falco has designed systems for NaCN, CuSO4, SMBS, SO2, Pb(NO3)2, H2O2, HNO3, HCl, NaOH, flocculant, frothers, collectors, depressants, etc.
Draslovka
We are Draslovka World leaders in leaching technology, leaching reagents, and AI-powered leaching optimization. We deliver innovative services that enable our mining clients to optimize recovery while minimizing their environmental impact. Using cutting-edge technology, we are leading the charge towards sustainability in metallurgical processes. Our wide range of reagents, patented Glycine Leaching Technology, and AI-powered In-Line Analyzers are helping mines worldwide optimize their recovery. We are a global organization of chemistry experts and innovators dedicated to the future of our planet. | Draslovka are world leaders in leaching technology, leaching reagents, and AI-powered leaching optimization. We deliver innovative services that enable our mining clients to optimize recovery while minimizing their environmental impact. Using cutting-edge technology, we are leading the charge towards sustainability in metallurgical processes. Our wide range of reagents, patented Glycine Leaching Technology, and AI-powered In-Line Analyzers are helping mines worldwide optimize their recovery. We are a global organization of chemistry experts and innovators dedicated to the future of our planet.
Derrick Corporation
Derrick® is a family-owned and operated company with a global presence focused on pioneering fine-separation technology. Since 1951, Derrick has expanded its product portfolio to serve a variety of challenging markets within the Mining & Industrial, Oil & Gas Drilling, and Civil Construction industries. Derrick remains committed to providing the latest technological enhancements that evolve alongside industry best practices and market developments. Derrick’s corporate headquarters, in-house manufacturing facility, and Mining & Industrial are based out of Derrick Corporation in Buffalo, New York, while Oil & Gas Drilling and Underground Construction are run out of its Houston, Texas office. | Derrick® Corporation is a family-owned and operated company with a global presence focused on pioneering separation technology and solutions-based equipment for Mining & Industrial customers globally. Our mission is to empower companies worldwide to act responsibly, leveraging our proprietary technology for maximum resource efficiency. We reinforce our commitment to sustainability through our U.S.-based engineering and manufacturing facility, our award-winning equipment and customer service, and our international network of technicians, representatives, and partners. | Derrick has pioneered the development of wet and dry fine screening solutions to serve diverse industries throughout the world for 75 years. Derrick offers its clients leading-edge solutions to maximize separation efficiency. Using this patented equipment and innovative screen surface technology, offers unmatched performance – increased product recovery and reduced power consumption. Derrick equipment symbolizes rugged reliability, and remains committed to providing the latest technological enhancements that evolve alongside industry best practices and market developments. Derrick’s latest patented products – the SuperStack® 8-Deck fine wet screening machine, and G-Vault® urethane interstage screen coupled Trilogy™ Surface Technology. | Derrick has pioneered the development of wet and dry fine screening solutions to serve diverse industries throughout the world for more than 70 years. Derrick manufactures innovative fine-separation technologies for the Aggregates industry, from ruggedly dependable dewatering equipment to long-lasting urethane panels – both offering unmatched performance. Derrick’s environmentally friendly, cost-saving solutions are currently used worldwide by companies requiring precise sizing for fines recovery. Derrick remains dedicated to complete in-house manufacturing of every screening machine, screen panel, centrifuge and tank system. Each unit is created and assembled at Derrick’s Buffalo, New York headquarters facility.
AZTEC Mining
AZTEC Mining is a multi-disciplined engineering company delivering innovative technologies and advanced process solutions to enhance gold and precious-metal recovery. We empower modern mining operations with systems that improve profitability, efficiency, and environmental performance. Combining cutting-edge technology with industry expertise, AZTEC Mining continues to raise the standards. Our AZTEC UpFlow Reactor (AZ-UFR) is a revolutionary system designed to optimize metal recovery and streamline operations. It improves gold recovery from as-arising tailings, offers optimized leach kinetics for improved efficiency and has the potential to reduce reagent consumption as well as operational costs.