Mineral Processing Plant for Dummies

Are you trying to find a simple efficient gold recovery process?

Let me inform you concerning mineral processing equipment that is being used successfully all around the world, by large scale mining operations throughout to artisanal miners.

It’s a substitute for using cyanide.


Among the most simple and efficient technology does NOT require the use of dangerous chemicals.

Sure, using a cyanide solution for gold leaching is widespread.

BUT, as Wired magazine from the UK points out…

The waste product from cyanidation is a disgusting and toxic gloop that could float into rivers or poison groundwater, killing wildlife and producing landscape sterile. Enormous pits of ore could be subjected to cyanide leaching in colonies, with the runoff a significant environmental hazard that demands a substantial cost to render safe.

Rather than that, why don’t you utilize gravity?

Gravity separation of fine gold has been the functioning principle in several cost-effective mineral processing plants, all around the world.

That’s in both small-scale and large-scale mineral extraction operations.

By way of example, a small gold shaking table employs a low-capacity vibrating table for gold extraction.


Of course, it is not only for extracting gold. Mineral extraction using a focusing table works for recovering other precious metals and minerals also, including all heavy minerals, heavy mineral sands, illmenite, rutile, gemstones, platinum, tin, wolfram, tantalite, zircon, topaz and diamonds.

The Wave Table is perfect for cleaning up sluice box concentrates and separating gold from black sands, also. The Wave Table is ideal for cleaning up concentrates from Knelson, Falcon, Knudsen, STLBs as well as other centrifugal concentrators. (For big throughputs and higher capacity mining/processing surgeries, particularly for gold, we will be able to help you with the most cost effective Centrifugal Concentrators.)


Larger plantations are using Wave Tables to carry out final gold clean-ups and the’finishing’ of gold concentrates. This procedure removes the need to use cyanide or mercury.

Gold wave tables are lots better for the environment, in addition to for workplace safety!

When you want to effectively recover fine gold from gold bearing ore, then you need a Centrifugal Concentrator. For instance, a 1-3 TPH unit can handle both alluvial and hard rock substance.

In a huge mineral processing plant, you might use a Centrifugal Concentrator (known in some states as an STLB) to execute the primary concentration. That’s, to recover all of the gold and heavy minerals from the ore feed.

This recovered substance is referred to as the’concentrates’, or’cons’ for short.


But to really get’clean gold’, you have to then run the cons through another procedure (a secondary concentrator), such as running the cons over a Wave Table. By doing this, an updated percentage is recovered that is much smaller in mass, therefore it is a lot easier to take care of.

When concentrates are cleaned upon a Wave Table, you create clean gold prepared to be smelted and turned into a gold bar for sale.

All this without using cyanide or mercury.


Another cyanide-free option is chemical leaching.

Gold can be pulled from run of mine ore as well as from concentrates using the Chemical Leaching System, which can be a cost effective non-cyanide gold leaching system which GoldWaveTables.com can assist you with.

CLS can be used for virtually any metal but is particularly used for the retrieval of silver, gold and platinum group metals.


This unbelievable gold separation device comes in 3 models covering all scales of performance. Despite the title, a golden wave table works to extract ANY heavy nutrient, in which there’s a particular gravity (density) differential between the valuable heavy mineral constituent and its gangue or host material. Additionally, it cleans gold and grit in the stripped carbon used in CIP/CIL applications.

The Greatest DEVICE

To quote Ian, a 30-year experienced in the mining and minerals sector,”I’ve had success with the Wave Table regaining very fine heavy minerals like gold, mineral sands, zircon, rutile, illmenite, tantalite, scheelite, stibnite etc.. As it’s so efficient at recovering very fine particle sizes, it’s proved excellent as a scavenger on tailings. The Wave Table will readily recover 5 micron gold from tailings. In mineral processing, it is frequently what you lose to tailings that’s as critical as what you recover. I’ve discovered that the Wave Table is the ultimate device to test tailings for missing heavy minerals, such as gold. A simple test on your tailings will only take a couple of minutes. You may observe any heavy mineral lost in the tailings within a brief time period. This type of test will obviate the need for lengthy fire assay turn around times.”

The most significant model is the M10 that does up to 8TPH (tonnes per hour) and the M8 model does up to 1TPH. The smallest model, the M5, is acceptable for smaller cleanups of 20 kgs per hour and may be used as a lab unit.

– Gold wave tables are a lot better for your environment

– Better for office safety too

– Never use mercury or cyanide again

– Low water use

– efficient and cost-effective.

Whenever you’re on the lookout for gold recovery plant for sale, check out GoldWaveTables.com


The Wave Table can be used in the smallest to the largest gold mine. They can be used for full scale manufacturing functions, or just as a cleanup or immersion apparatus from the gold room.

The Wave Table is now increasingly used to recover gold from evaluation samples of a few kgs in size and upwards. This form of majority testing is quick and the quantitative results imply that you are not solely relying on flame assays or AAS, especially in visible free gold deposits, even when gold is fine (5 to 20 microns).

Visit https://GoldWaveTables.com to learn more today.

We can also assist you with a Chemical Leaching System, including supplies and training. Contact us for the “CLS Manual on Non-Cyanide Leaching”.

Also learn more about Gold Shaking Table here.