
Ready to dig deeper? Stay tuned for our next module, where we tackle cleaning black sand.
Module 1 – Extracting Gold from Paydirt: The First Step Toward Pure Gold
Before you melt it, pour it, or wear it—your gold has to be extracted from the ground. In this first module of our Purifying Gold – From Ground to Jewelry series, we focus on how to separate raw gold from earth and gravel using simple but effective techniques used by miners and prospectors around the world.
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🪨 What Is Paydirt?
Paydirt is any natural material—gravel, sand, or soil—that contains gold particles. It’s often found in dry washes, riverbeds, or near quartz outcrops. The key is gravity: gold is dense. At 19.3 grams per cubic centimeter, it’s over 6 times heavier than quartz and 10 times heavier than typical sand.
That weight is what lets us extract it—if you know how to separate properly.
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🧺 Basic Extraction Tools
To get started, you’ll need:
• Gold pan or dry washer
• Classifier screens (usually 1/2”, 1/4”, and 1/8”)
• Strong magnet
• Snuffer bottle or tweezers
• Catch basin or cleanup tub
Water helps, but many desert miners use dry methods, relying on airflow to blow away lighter materials while gold settles.
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💧 Panning and Washing Techniques
The simplest way to extract gold is by panning. Load a pan with classified dirt, shake it to settle heavies, and carefully rinse off the light material. Gold drops to the bottom and black sand collects around it.
If water is scarce, use a dry washer. These use vibration and airflow to stratify material, allowing gold to settle in riffles while dust and lighter rocks blow away. Always run dry paydirt through twice—it often releases more gold after the first pass.
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🧲 Magnet and Classifier Prep
Magnets help pull magnetic sands—like magnetite or iron shavings—away from your final concentrates. Use a rare earth magnet inside a plastic bag, sweep over your black sand, and discard what clings. You’ll immediately reduce the trash you’d otherwise smelt.
Classifying is another critical step. By screening your paydirt down to uniform grain sizes, you allow the gold to separate more efficiently. Smaller gold hides in fine sands—you’ll find it in the -20 to -100 mesh range.
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🔬 Visual Signs You’ve Got Gold
Gold looks different than pyrite or mica. It won’t float, it won’t shatter, and it’ll hold steady in the pan while you swirl water around. If it flashes only when the light hits it just right—it’s probably not gold. True gold stays dull yellow in any light and forms small rounded flakes or smooth nuggets.
Black sand buildup is another strong clue. These heavy minerals travel with gold and can point to richer zones upstream or upslope.
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🧪 Why Clean Extraction Matters
The purer your concentrates, the better your smelt. Removing magnetics and lights early prevents contamination later in the furnace. Skipping this step risks losing gold in slag or overusing flux to compensate for dirty ore.
Whether you’re building a button or preparing for chemical refining, this first step defines the yield and quality of your final product.
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💡 Pro Tips for Better Recovery
• Always double-pan your tailings—you’ll be surprised what you missed.
• Wet classify in buckets before running large loads.
• Add a drop of Jet-Dry to break surface tension and keep gold from floating.
• Use a miller table or blue bowl as a secondary cleanup if you’re working with fines.
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🔗 What’s Next?
Now that you’ve got your concentrates, we move to the next phase: separating gold from black sands. This is where things get technical—and it’s the key to ensuring a clean smelt with high gold recovery.
📌 Subscribe and follow the full series to take your gold from the dirt… to a dazzling piece of jewelry.
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