{"id":7629,"date":"2026-06-17T20:34:28","date_gmt":"2026-06-17T19:34:28","guid":{"rendered":"https:\/\/boersenpost.com\/?p=7629"},"modified":"2026-06-17T20:34:28","modified_gmt":"2026-06-17T19:34:28","slug":"en-pea-economics-by-products-ree-project","status":"publish","type":"post","link":"https:\/\/boersenpost.com\/en\/2026\/06\/17\/en-pea-economics-by-products-ree-project\/","title":{"rendered":"PEA Economics: How By-Products Can Transform a REE Project"},"content":{"rendered":"
\"Rare<\/figure>\n

When a second commodity changes the math<\/h2>\n

In commodity exploration, one simple principle holds: the more a project can extract from its ore, the more stable its economics. Projects that combine rare earth elements (REE) with a mineral by-product such as titanium illustrate this well. A Brazilian REE project recently drew attention with a Preliminary Economic Assessment (PEA) reporting a potential project value above one billion U.S. dollars, with titanium contributing a significant share of that figure.<\/p>\n

If you are new to commodity investing, two questions are worth asking upfront: what exactly is a PEA, and why does a by-product shift the economics so much? And what does any of this mean when you are looking at a junior company on the stock market?<\/p>\n

Rare earths in Brazil<\/h2>\n

Brazil holds substantial rare earth deposits that have barely been developed commercially. China controls a large share of global REE production \u2014 the figure most commonly cited runs between 60 and 70 percent \u2014 and governments and manufacturers in the West have been working for years to find alternative supply, particularly for neodymium and praseodymium, which go into permanent magnets for electric vehicles and wind turbines.<\/p>\n

Brazil’s geology is worth paying attention to here. Many of its REE deposits formed through lateritic weathering, a process similar to the ionic adsorption clay deposits of southern China, which are generally easier to process than hard-rock deposits. What also sets many Brazilian projects apart is the host rock, which often contains heavy minerals such as ilmenite and rutile, both of which carry titanium.<\/p>\n

\"Drill<\/figure>\n

Why titanium changes the numbers<\/h2>\n

A by-product like titanium adds a second revenue stream, which reduces dependence on the primary commodity price. If REE prices fall, titanium revenue offsets part of the shortfall. In mining cost accounting, these revenues appear as by-product credits<\/strong>, applied directly against the operating costs of REE production and lowering the breakeven point.<\/p>\n

The economic model runs two separate revenue lines. REE are valued by elemental composition and market price, with the magnet elements fetching far more than bulk rare earths. Ilmenite and rutile go to the pigment and aerospace industries and into titanium metal production. Because titanium prices move largely independently of REE prices, the revenue base is harder to knock sideways by a single market move.<\/p>\n

The credits only hold up, though, if the titanium price assumptions in the model do. That is worth keeping in mind before treating a PEA’s cost figures as settled.<\/p>\n