Production process of carbonyl nickel is not a new technology and has study history for 100 years. China’s research time is about tens of years. Refining of nickel carbonyl is a simple process with low energy consumption and high extraction rate. It also conducive to non-precious metal waste environmental enrichment process and can produce high-purity nickel balls, metal powder, alloy powder, powder coated, foam nickel and nano nickel powder. But within a long time, …

Carbonyl Iron Less Toxic and Better Tolerated than Ferrous Iron Slower to Absorb With ferrous iron, generally all iron is available for absorption. However, with carbonyl iron, only a small percentage is available for absorption.1,2 The rate at which your body absorbs carbonyl iron depends on the production of gastric acid (which is required to make carbonyl iron soluble), and the balance between the iron being dissolved and absorbed by your intestines. This means …

Jubilee Platinum reports pilot refining success with CVMR's carbonyl process for PGMs and base metals.

CVMR completed a scoping study for Sylvania Platinum, advancing PGM refining via vapor metallurgy.

CVMR partners with Burundi Mining Metallurgy International to conduct a feasibility study on mineral refining.

Jubilee Platinum updates South Africa operations, highlighting CVMR's role in refining PGMs.

Jubilee Platinum issues shares to CVMR for completing a feasibility study on carbonyl refining process.

Jubilee Platinum advances ConRoast furnace and CVMR refining trials for PGMs and base metals.

Jubilee Platinum plans first ConRoast DC arc furnace by 2011, advancing PGM smelting technology.

Explore CVMR’s role in China's nickel salt production using carbonyl tech for high-purity metals.