Electromagnetic slag blocking method

原文：

Electromagnetic Jigger Method

Electromagnetic jigger method is a method of coal mining in which a large magnet is positioned over specific coal layers, either manually or mechanically, and the resulting jiggle of coal around the magnet is separated and collected. This method reduces the risk of occupational accidents, energy costs, production, and environmental impacts.

Using this method, the mining process is drastically improved by reducing mining costs, enhancing the safety of miners, and limiting both short- and long-term environmental impacts from extractions. In addition to being safer, electromagnetic jiggering is also more efficient than conventional method. The magnet can separate coal with a purity of up to 96%. During extraction, coal does not have to be tilted or lifted, which reduces the number of workers needed in the resource and improves the extraction process.

The first use of Electromagnetic Jigger method was in Australia in the early 1980s. Since then, the method has become increasingly popular due to its increased safety, efficiency and lessened environmental impacts.

The advantages of Electromagnetic Jigger method include an efficient extraction, minimal energy needs and almost zero waste. The separation process is relatively simple and less labor intensive, making it an attractive alternative to traditional mining methods. Additionally, the machines can be moved easily, making it easy and cost efficient to set up a mining operation.

The biggest disadvantage of the Electromagnetic Jigger method is the need for a high degree of supervision. The machines need constant attention and need to be monitored to ensure they are functioning properly. Furthermore, there is a risk of overloading the machines, leading to costly breakdowns.

In conclusion, electromagnetism jigger method is an effective, low-cost and efficient method for coal mining. When compared to traditional methods of mining, it offers a number of advantages such as higher purity, less energy consumption, fewer miners required, and less environmental impact. However, the method requires high supervision and the machines must be regularly maintained in order to prevent costly breakdowns.

Electromagnetic Slag Refining is a method of refining metals. This process helps to separate metal from impurities, such as non-metallic inclusions, metal oxides and other elements. It is an effective and efficient way to refine metal and improve metal quality.

This process utilizes electromagnetic fields to separate metal-non metal inclusions or simply slag that is floating in molten metal, which helps to increase metal quality and reduce costs for the manufacturer. The process of slag refining involves passing molten metal through an electromagnetic field which induces the metal with a DC electric current. The current reduces the viscosity of the slag and in turn enables it to float on the surface of the molten metal where it can be skimmed off.

This process is widely used in steel production, where not only can it remove non-metallic inclusions from steel, but also from other metals such as aluminum, copper and zinc. The slag is removed from the metal significantly and quickly increases the ductility and machining ability of the metal. This greatly improves the finished product in terms of tolerance, fatigue and overall performance.

The ability to utilize the Electromagnetic Slag Refining process has enabled manufacturers to reduce the scrap rate significantly and increase production processes. It has also been found to reduce power consumption and has been proved to be a safer alternative to traditional manual methods of refining such as fluxing and slagging. This process is environmentally friendly and doesn’t create a lot of noise or dust, thus reducing the risk of dust emission.