Separating copper from lead in sulfide ores has long been a tough challenge in mineral processing—similar floatability, complex intergrowth, and Cu²⁺ activation of galena all make clean separation difficult. Worse still, conventional circuits rely on highly toxic reagents such as cyanide or dichroma...

Conventional total stations and fixed laser scanners fall short in confined underground spaces—limited efficiency, sparse data density, and above all, serious safety risks when personnel must enter hazardous areas like mined-out stopes, ore passes, and blast faces. BLSS-FL changes the game. A drone...

Global aluminum industry generates millions of tons of hazardous waste annually—spent potlining (SPL), carbon cathodes, carbon-fluorine anodes, and secondary aluminum dross. Most ends up in landfills, wasting valuable fluoride, aluminum, carbon, and chlorides while posing serious environmental risks...

Diesel-powered underground trucks face a triple squeeze: urgent emission-reduction mandates, persistently high fuel costs, and massive ventilation demand driven by exhaust heat and fumes. BGRIMM's ABJK320 flips the script—a lithium-battery powered haulage truck built for the harsh reality of undergr...

In underground mines, breaking oversize ore at drawpoints and grizzlies is one of the highest-risk jobs—operators face dust, noise, and harsh working conditions. BGRIMM's self-developed system transforms this into a fully remote, intelligent operation. What it does Real-time video monitoring, anom...

To break through the bottlenecks of conventional HPAL—extreme equipment corrosion resistance requirements, high CAPEX/OPEX, and limited Ni/Co recovery—BGRIMM has developed a series of laterite nickel pressure leaching technologies built on inverse leaching and two-stage pressure leaching, providing ...

BGRIMM has broken through the limits of conventional copper smelting with its high-intensity side-blown technology, enabling for the first time the processing of complex copper concentrates with up to 34% silicon content — dramatically expanding treatable material types. World's first "side-blown f...

This technology solves key problems in paste backfill systems: deep cone thickener rake jamming, insufficient material storage, and lack of real-time pipeline monitoring. Core innovations: Ultra-high recirculation secondary feed – reduces torque risk, boosts storage capacity by >200% Wide-angle, ...

ABCY307 is a new-energy, battery-powered underground loader (LHD) developed to replace diesel-driven underground equipment—eliminating exhaust emissions and enabling remote operation from surface dispatch centers. Highlights: High Efficiency – Independent motor drive with fast response; regenerati...

This integrated technology addresses the challenges of high slime content, complex lithium mineral phases, and poor low-temperature adaptability of conventional reagents in hard-rock lithium ores. Core components: Lithium flotation collectors BK452 / BK429 Dense media separation (DMS) for pre-con...

In sulfide copper flotation, the collector you choose decides everything—grade, recovery, reagent cost, and how smoothly your circuit runs. Traditional xanthates and dithiophosphates ("black agents") get the job done, but they come with trade-offs: strong odor, harsh handling, and limited adaptabili...

Traditional screw pumps often struggle with safety hazards and instability when handling high-viscosity materials like latex matrix. BGRIMM’s BK-HDP Series Piston Pump offers a revolutionary solution: 1. Industry First: Utilizing an active control technology for inlet/outlet valves, specific...

Massive tailings piles, high disposal costs, and low-value utilization—sound familiar? BGRIMM's innovative Tailings-Based Mineral Soil Conditioner Technology flips the script, transforming inert tailings into high-performance agricultural and remediation products. How It Works: Through a suite ...

Tired of expensive, complex, and secondary-pollution-prone methods for treating hexavalent chromium contamination? BGRIMM's innovative approach uses a common, safe polymer—polyethylene glycol (PEG)—to rapidly reduce toxic Cr(VI) to less harmful Cr(III) under sunlight or artificial light. How It ...

Underground remote control and autonomous equipment are only as good as the network behind them. Dropouts, lag, or slow handoffs between base stations can mean the difference between smooth operation and a stalled stope. BGRIMM's KZC12W Underground Wireless Communication System is purpose-built to s...

Still sending operators into hazardous zones to run LHDs? BGRIMM’s integrated Smart Remote Control & Autonomous Driving System moves operators to the control room—while the machine works underground. How It Works: Using robust wireless communication, AI, and remote operation technology, the system ...

Mining and metallurgical waste doesn’t have to be an environmental burden—it can become a high-performance, high-value material. BGRIMM’s advanced glass-ceramic synthesis technology turns industrial solid waste into durable, beautiful, and functional surfaces for architecture, industry, and design. ...

BGRIMM, one of only three enterprises worldwide that master the design and manufacturing of large-scale flotation equipment, introduces the HIF Series Ultra-Large Intelligent Flotation Machines (320–800 m³), engineered to deliver higher recovery, lower energy use, and full-process intelligence. l R...

We proudly present our latest innovation: BMXF-7 High-Filled Ferrite Injection Molding Powder. Addressing the industry-wide challenge of balancing high filler content with superior processability, we have pioneered a co-processing technology for coarse and fine powders. This breakthrough creates a u...

Facing high energy consumption in traditional electrolysis? Our patented closed-cell electrolysis technology enables high current density and efficient metal recovery even at low ion concentrations—through a uniquely designed, enclosed flow system that minimizes concentration polarization. Key Ad...