Origin

Cupric oxide, a significant inorganic compound, originates from the treatment of copper ore. This process involves an aqueous mixture consisting of ammonium carbonate, ammonia, and oxygen, which results in the formation of copper(I) and copper(II) ammine complexes. These complexes are subsequently extracted from solid materials and decomposed with steam, producing CuO, or cupric oxide.

Also Known As

Cupric oxide is commonly referred to by a variety of names, each highlighting its chemical composition and significance. These include:

• Copper (II) oxide
• Cupric oxide

Usages

Cupric oxide finds its applications in a broad spectrum of areas due to its multifaceted properties. It is integral to the production of various copper-containing products, including dietary supplements. Additionally, it plays a crucial role in the biological processes within the body, such as energy production, collagen and elastin synthesis, iron metabolism, and supporting brain and nervous system functions.

Overview

Cupric oxide is not just a byproduct of copper mining; it is a versatile compound with extensive applications in both industrial and health sectors. It acts as a precursor to numerous copper-based products and plays an essential role in human biology. Key highlights include:

• Vital for the production of energy and the synthesis of collagen and elastin.
• Supports iron metabolism and brain and nervous system functions.
• Used extensively in the manufacture of copper supplements.

Common Dosage

The recommended daily intake of cupric oxide, particularly when used in copper supplements, ranges from 0.8 to 2.2 milligrams. This dosage is designed to leverage the compound’s benefits while ensuring safety and efficacy.

Summary

Cupric oxide is a pivotal compound derived from copper ore processing, renowned for its broad utility in manufacturing and biological functions. It is instrumental in energy production, collagen formation, iron metabolism, and neurological support. Key points include:

• Essential for various bodily functions and manufacturing processes.
• Recommended daily intake ranges from 0.8 to 2.2 mg.
• Plays a crucial role in both industrial applications and health supplements.

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