Jinquan iridium trichloride recovery process

Jinquan iridium trichloride recovery process

     Detailed explanation of titanium trichloride recovery process: technical path

for extracting iridium metal. Titanium trioxide, as an important compound of

iridium metal, plays a key role in the gold extraction process.

    The recovery process of iridium metal requires strict adherence to precise

technical steps to ensure both the extraction rate and purity of the metal.

     First, technicians dissolve iridium trichloride in an appropriate solvent,

such as hydrochloric acid, which lays the foundation for the subsequent extraction

of the metal. During this step, the iridium ions in the solution undergo a reduction

reaction, transforming them into metallic iridium.

     The selection of reducing agents is particularly critical at this stage. Commonly,

technicians use hydrogen or other efficient reducing substances to facilitate the reaction.

Following this, the iridium metal precipitates from the solution. Subsequently, the

team filters, washes, and dries the precipitated iridium metal to remove impurities

nd ensure its purity meets the required standards. This step demands meticulous

attention, as any oversight could compromise the quality of the final product.

    Finally, through high-temperature smelting, the recovered iridium metal is converted

into pure iridium metal blocks, ready for further extraction or processing. By carefully

following these steps, the team ensures the highest quality of iridium metal.

     This recovery process is efficient and precise, and can extract extremely high-purity

iridium metal from titanium trichloride to the greatest extent.

Jinquan iridium trichloride recovery process

     Iridium is a rare and expensive precious metal that is usually found in very low concentrations in

the Earth's crust.

     The main sources of iridium include platinum ores, nickel ores, and deposits associated

with other platinum group metals, especially in the Bushveld Complex in South Africa and

the Norilsk Mine in Russia. Iridium can also be recovered from industrial waste (such as

catalysts, electronic waste and medical equipment) as well as from scrap jewelry and industrial

products.vido