Hydraulic Monitor Article about Hydraulic Monitor

hydraulic monitor[hī′drȯ·lik ′män·əd·ər] (mining engineering) A device for directing a high-pressure jet of water in hydraulicking; essentially, a swivel-mounted, counterweighted nozzle attached to a tripod or other type of stand and so designed that one worker can easily control and direct the vertical and lateral movements of the nozzle

Hydraulic Cannons Hydraulic Monitors 180 Degrees

2021-2-21  Hydraulic Mining, for waste and tailing reprocessing or for tailing logistics. Ore excavation, by utilizing high-pressure jet of water, to the dumping site. Hydraulic Extraction, for excavating and logistics of coal or other materials, by means of water. Hydraulic Discharge, to direct discharge of surface water from the saturated zone and drainage.

Monitors Water Cannons of Hydraulic Mining

2017-1-6  Hydraulic Mining at Gold Run, c. 1870, Photograph by Alfred A. Hart: Monitor in action in Trinity County, 1938: Hydraulic Mining in Yuba County in 1870: Hydraulic Mining in Yuba County in 1870: Massive flumes fed water to the hydraulic monitors.

Hydraulic mining Britannica

2020-8-16  Hydraulic mining encompasses hydraulicking, sluicing, and educing. Hydraulicking is the process of breaking up material and suspending it in a slurry. This is often done by using a large water cannon called a giant or monitor. The process of

Hydraulic Monitor Extraction at Spring Creek Mine

Hydraulic Monitor mining at Solid Energy’s Spring Creek Mine has proven to be a safe and effective method of extracting steeply dipping thick seams at production capabilities approaching one million tonnes per annum. This paper traces the development of Hydraulic Monitor mining from its initial introduction into old workings at Strongman Mine, its refinement...

Hydraulic monitors made life easier for miners

2016-8-15  Some companies named their devices “giants” or “dictators,” but it was the Craig Company’s marketing name, “monitor,” that became synonymous with all hydraulic mining nozzle assemblies.

Tailings.info Hydraulic Mining of Tailings

2021-1-4  Hydraulic mining of tailings. The monitor uses high pressure water to erode the tailings in sections, washing the material downstream which is collected in a sump. Tailings dams are generally segregated by the coarseness of the material (coarse fraction near the spigot) and if a particular area of a dam is too coarse for pumping then

Hydraulic Re-Mining Equipment Paragon Tailings

Paragon Tailings manufactures site-specific hydraulic re-mining equipment. 2 INCH MONITOR UNIT • Currently utilised in Paragon operations. • Commonly used to clean catchments as well as stabilize Satellite Barge ground level. 6 INCH MONITOR UNIT SS

Gold Fever Giant Gold Machines Hydraulic Mining

2015-7-9  Hydraulic Mining. Water was diverted into ditches and wooden flumes at high elevations, and gravity did the rest. Channeled through heavy iron pipes, the water exploded from a nozzle far below with a force of 5000 pounds. This giant hydraulic monitor

Hydraulic Mining Methods British Columbia

2013-3-1  Hydraulic Mining Methods Compiled by STUART S. HOLLAND ,194:2 This Bulletin is in large part a reprint from United States Bureau of Mines Information Circular 6787 Pho-offset by CHARL~S F. BANPI~LD. Printer to the King's Most Excellent Majesty. VICTORIA. R.C. : 1042.

Hydraulic mining Britannica

2020-8-16  Hydraulic mining encompasses hydraulicking, sluicing, and educing. Hydraulicking is the process of breaking up material and suspending it in a slurry. This is often done by using a large water cannon called a giant or monitor. The process of moving the slurry is called sluicing. Educing is the process of introducing the slurry into an enclosed

hydraulic mining monitor espacekugler.ch

Hydraulic Mining, Mining Techniques, Underground Mining. Hydraulic mining became the vast-scale, and most devastating, type of placer mining. Water was redirected into an ever-narrowing channel, in the course of a large canvas hose, and out a giant iron nozzle, known as a "monitor."

Hydraulic monitors made life easier for miners

2016-8-15  Some companies named their devices “giants” or “dictators,” but it was the Craig Company’s marketing name, “monitor,” that became synonymous with all hydraulic mining nozzle assemblies.

Hydraulic Monitor Extraction at Spring Creek Mine

Hydraulic Monitor mining at Solid Energy’s Spring Creek Mine has proven to be a safe and effective method of extracting steeply dipping thick seams at production capabilities approaching one million tonnes per annum. This paper traces the development of Hydraulic Monitor mining from its initial introduction into old workings at Strongman Mine, its refinement...

hydraulic mining Monitor — Calisphere

Photograph shows a hydraulic mining Monitor La Porte area. Donated to Plumas County Museum by Jan Jarvis of La Porte. Shows a La Porte area mine at work, note the saw and gold pan in the Jockey Box at right. Women, children and even the family dog wanted in on the operations.

Hydraulic Mining, Mining Techniques, Underground

Hydraulic mining became the vast-scale, and most devastating, type of placer mining. Water was redirected into an ever-narrowing channel, in the course of a large canvas hose, and out a giant iron nozzle, known as a "monitor." The tremendously high pressure stream was used to wash complete hillsides through huge sluices.

Hydraulic Re-Mining Equipment Paragon Tailings

Paragon Tailings manufactures site-specific hydraulic re-mining equipment. 2 INCH MONITOR UNIT • Currently utilised in Paragon operations. • Commonly used to clean catchments as well as stabilize Satellite Barge ground level. 6 INCH MONITOR UNIT SS

Research on One Borehole Hydraulic Coal Mining

2008-7-1  The ideal jet of the monitor in the borehole hydraulic coal-mining system is a nonsubmergible free jet. Through air lift, the nonsubmergible free jet can be set up in the mining hole. References [1] Dibble M F. Borehole mining: improved technology expands horizon. Mining

Hydraulic Mining The future of tailings management

2021-2-19  The only water is between the monitor and the slurry pump, so evaporation losses are also minimised.” Consistently high densities of 30-50 percent solids have been achieved, depending on the tailings characteristics, and this is the key to effective hydraulic mining production. “High slurry densities are achieved through constant vigilance

Hydraulic Mining Methods British Columbia

2013-3-1  Hydraulic Mining Methods Compiled by STUART S. HOLLAND ,194:2 This Bulletin is in large part a reprint from United States Bureau of Mines Information Circular 6787 Pho-offset by CHARL~S F. BANPI~LD. Printer to the King's Most Excellent Majesty. VICTORIA. R.C. : 1042.

hydraulic mining monitor espacekugler.ch

Hydraulic Mining, Mining Techniques, Underground Mining. Hydraulic mining became the vast-scale, and most devastating, type of placer mining. Water was redirected into an ever-narrowing channel, in the course of a large canvas hose, and out a giant iron nozzle, known as a "monitor."

hydraulic mining Monitor — Calisphere

Photograph shows a hydraulic mining Monitor La Porte area. Donated to Plumas County Museum by Jan Jarvis of La Porte. Shows a La Porte area mine at work, note the saw and gold pan in the Jockey Box at right. Women, children and even the family dog wanted in on the operations.

Hydraulic Re-Mining Equipment Paragon Tailings

Paragon Tailings manufactures site-specific hydraulic re-mining equipment. 2 INCH MONITOR UNIT • Currently utilised in Paragon operations. • Commonly used to clean catchments as well as stabilize Satellite Barge ground level. 6 INCH MONITOR UNIT SS

Gold Fever Giant Gold Machines Hydraulic Mining

2015-7-9  Hydraulic Mining. Water was diverted into ditches and wooden flumes at high elevations, and gravity did the rest. Channeled through heavy iron pipes, the water exploded from a nozzle far below with a force of 5000 pounds. This giant hydraulic monitor looks like a cannon. No wonder.

Research on One Borehole Hydraulic Coal Mining

2008-7-1  The ideal jet of the monitor in the borehole hydraulic coal-mining system is a nonsubmergible free jet. Through air lift, the nonsubmergible free jet can be set up in the mining hole. References [1] Dibble M F. Borehole mining: improved technology expands horizon. Mining

Hydraulic Mining Mineral Processing & Metallurgy

2021-2-19  Metallurgical ContentHistory of Hydraulic Mining OperationsHydraulic Mining Water RequirementsBreaking Down the BankHydraulic Mining Pros and ConsHydraulic Mining EquipmentWashing the Gravel in the High Production Sluice Box The method of working by Hydraulic Mining consists, as has been already stated, in breaking down banks of gravel by the impact of

Hydraulic Mining CPRR Photographic History Museum

2004-11-24  Hydraulic Mining in California. By Craig E. Crouch, Rocklin, California . Hydraulic mining uses jets of water to break down gold-laden gravel banks and to wash the material through gold-separating devices (sluices and under-currents). It was one of the dominant forms of the California gold mining industry from the mid-1850s until 1884, when it was halted by federal injunction.

Pressure Monitor Guns Mining Industry Cyclone

We provide high-quality high pressure monitor guns for mining and other industries. Hydraulic monitors are efficiently utilized within the mining industry for various applications including: Hydraulic mining, for waste and tailing reprocessing or for tailing logistics . Ore excavation, by utilizing high-pressure jet of water, to the dumping site

EFFECTS OF HYDRAULIC BOREHOLE MINING ON

2010-11-29  the monitor wells. Hydraulic Borehole Mining Technique The hydraulic borehole mining procedure is the remote extraction of ore through a single borehole. A large diameter borehole is drilled through the ore deposit and 16-inch casing cemented from land surface to the top of the deposit.

FDP Mining

We have the capacity to implement modern hydraulic mining technology to re-mine tailings dams for reprocessing. Hydraulic mining originated out of ancient Roman techniques that used water to excavate soft underground deposits. Its modern form using pressurised water produced by a monitor came about in the 1850s during the California Gold Rush.