Detailed Project Report (DPR) on Copper Oxychloride 50% WP

Copper oxychloride controls plant pathogens through the biological activity of copper ions released from the formulation. According to the report, free Cu²⁺ ions are responsible for the fungicidal and bactericidal activity of copper-based products. The available copper interacts with susceptible fungi and bacteria and interferes with their biological processes. Because copper oxychloride is relatively water insoluble, it can provide a persistent protective deposit on plant surfaces while reducing the phytotoxicity associated with highly water-soluble copper compounds.

Water-insoluble copper compounds are generally used because highly water-soluble copper compounds can be extremely phytotoxic to plants. The report explains that copper-based fungicides require sufficient biological activity against fungi and bacteria while remaining comparatively safe for the crop. Inorganic copper compounds have therefore been widely used because they are generally less phytotoxic than many organic copper compounds, particularly in foliar applications. The formulation must provide effective copper-ion availability without releasing excessive soluble copper.

Dicopper chloride trihydroxide is a copper compound with the chemical formula Cu₂(OH)₃Cl. It is also known as tribasic copper chloride, copper trihydroxyl chloride, or copper hydroxychloride. The report describes it as a greenish crystalline solid that can occur in mineral deposits, metal corrosion products, industrial products, and some natural systems. It occurs naturally in four polymorphic crystal forms: atacamite, paratacamite, clinoatacamite, and botallackite.

Cu₂(OH)₃Cl occurs naturally in four polymorphic crystal forms: atacamite, paratacamite, clinoatacamite, and botallackite. The report identifies atacamite as orthorhombic, paratacamite as rhombohedral, and clinoatacamite and botallackite as monoclinic. Atacamite is described as the most common polymorph and an oxidation product of other copper minerals, particularly under arid and saline conditions. Atacamite and paratacamite also commonly occur as secondary minerals and corrosion products of copper-bearing metals.

A Copper Oxychloride manufacturing feasibility report typically evaluates the technical, engineering, environmental, operational, and financial aspects of establishing a production facility. This report includes sections covering raw materials, formulation, manufacturing process steps, engineering design, utilities, effluent treatment, waste management, plant and machinery, plant layout, location factors, health and safety, environmental impacts, mitigation measures, implementation scheduling, and project financials. These areas help stakeholders assess the technical requirements and overall feasibility of the proposed industrial project.

The report proposes a Green Field Project for establishing Copper Oxychloride production facilities. The stated project objective is to prepare a feasibility report for a 3000 MT/Year Copper Oxychloride production facility, while the cost-estimation section specifies a plant capacity of 10 MT/Day. The proposed project assessment covers manufacturing, engineering, utilities, environmental management, safety, plant and machinery, layout, implementation, and financial considerations required for evaluating the proposed facility.