ISO certified pyrite copper remover for Industrial wastewater treatment

Key Features (Focus on Industrial Wastewater Copper Removal)

• High Copper Removal Efficiency: Strong adsorption and reduction capacity, can quickly react with copper ions in wastewater to form stable, insoluble copper sulfide precipitates, with a copper removal rate of over 99%, ensuring wastewater meets national and international discharge standards.
• Stable Performance & Eco-Friendly: Inherently stable chemical properties, no secondary pollution to water bodies or the environment; non-toxic, non-irritating, and does not introduce harmful substances into wastewater during the treatment process.
• Mesh-Tailored for Wastewater Scenarios: Multiple particle size options (80-325 Mesh), each designed for specific industrial wastewater types and treatment processes, ensuring optimal copper removal effect and treatment efficiency.
• Cost-Effective & Easy to Operate: Abundant natural raw materials, direct factory sales with competitive prices; simple operation, no need for complex equipment, easy to integrate into existing wastewater treatment systems, reducing treatment costs.
• Wide Compatibility: Adapts to different pH values (3-10) of industrial wastewater, can also remove other heavy metal ions (such as Pb²⁺, Zn²⁺) while removing copper, realizing multi-heavy metal treatment in one step.

Technical Specifications

Application Scenarios (By Mesh Size)

Different particle sizes (meshes) of our pyrite copper remover are tailored to distinct industrial wastewater copper removal needs, with clear positioning for downstream procurement and use:

1. 80 Mesh Pyrite Copper Remover: Mainly purchased for heavy copper-containing industrial wastewater (e.g., electroplating wastewater, smelting wastewater). Its coarse particle size ensures rapid reaction with high-concentration copper ions, forming large precipitates that are easy to filter and separate, improving treatment efficiency for high-pollution wastewater.
2. 100 Mesh Pyrite Copper Remover: Targeted for medium-copper wastewater (e.g., circuit board manufacturing, metal processing wastewater). It balances reaction speed and adsorption capacity, suitable for continuous wastewater treatment systems, ensuring stable copper removal effect and meeting standard discharge requirements.
3. 200 Mesh Pyrite Copper Remover: Suitable for low-copper industrial wastewater (e.g., textile printing and dyeing, chemical wastewater). Its fine particle size increases specific surface area, enhancing adsorption capacity for low-concentration copper ions, achieving deep copper removal and ensuring wastewater reaches strict discharge standards.
4. 325 Mesh Pyrite Copper Remover: Procured for precision wastewater treatment (e.g., electronic industry, pharmaceutical wastewater). Its ultra-fine particle size enables full contact with wastewater, removing trace copper ions (≤0.5mg/L), suitable for industries with high environmental requirements.

Safety & Handling Instructions

• Wear protective equipment (gloves, masks, goggles) during operation to avoid direct skin/eye contact or inhalation of powder.
• Store in a cool, dry, ventilated place, away from open flames, high temperatures, and oxidants, to prevent oxidation and loss of reactivity.
• Avoid mixing with strong acids, strong bases, or other chemicals to prevent chemical reactions that affect copper removal performance.
• When adding to wastewater, follow the recommended dosage and stir evenly to ensure full reaction; avoid excessive addition to prevent secondary impact on water quality.
• Dispose of used precipitates and unused powder in accordance with environmental protection regulations, avoiding random disposal that causes environmental pollution.
• Refer to the MSDS for detailed safety information before use, and strictly follow wastewater treatment operation specifications.

FAQ (Industrial Wastewater Copper Removal Focus)

• Q1: How does pyrite copper remover remove copper from industrial wastewater? A1: It works through adsorption and reduction reactions—pyrite (FeS₂) reacts with copper ions (Cu²⁺) in wastewater to form insoluble copper sulfide (CuS) precipitates, which are then filtered and separated, achieving copper removal from wastewater.
• Q2: How to choose the right mesh size for my wastewater treatment? A2: 80 Mesh for high-copper wastewater (electroplating/smelting), 100 Mesh for medium-copper wastewater (circuit board/metal processing), 200 Mesh for low-copper wastewater (textile/chemical), 325 Mesh for precision treatment (electronic/pharmaceutical). We can also recommend based on your wastewater copper concentration.
• Q3: What is the recommended dosage for copper removal? A3: The dosage depends on wastewater copper concentration. For general industrial wastewater (10-50mg/L Cu²⁺), the recommended dosage is 50-100g/m³; for high-concentration copper wastewater, the dosage can be increased appropriately, and we suggest a small-scale test first to determine the optimal dosage.
• Q4: Can it remove other heavy metals besides copper? A4: Yes. While focusing on copper removal, it can also adsorb and remove other heavy metal ions such as lead (Pb²⁺), zinc (Zn²⁺), and cadmium (Cd²⁺) in wastewater, realizing multi-heavy metal treatment in one step, reducing treatment costs.
• Q5: Will it affect the pH value of wastewater after use? A5: No. It has good pH adaptability (3-10) and will not significantly change the wastewater pH value during the copper removal process, avoiding the need for additional pH adjustment and simplifying the treatment process.
• Q6: Is the product suitable for acidic or alkaline wastewater? A6: It is suitable for both acidic and alkaline wastewater (pH 3-10), which is compatible with most industrial wastewater types, eliminating the need for pre-adjustment of wastewater pH, improving treatment efficiency.
• Q7: How to handle the precipitates after copper removal? A7: The precipitates (copper sulfide) are stable and non-toxic; they can be collected by filtration, sent to professional hazardous waste treatment institutions for harmless treatment, complying with environmental protection regulations.
• Q8: Can it be used in existing wastewater treatment systems? A8: Yes. It is easy to operate, can be directly added to existing sedimentation tanks or reaction tanks, does not require additional complex equipment, and can be seamlessly integrated into your existing wastewater treatment process.

Why Choose Our Pyrite Copper Remover for Industrial Wastewater Treatment

• Specialized for industrial wastewater copper removal, high removal rate (≥99%), ensuring wastewater meets discharge standards and avoiding environmental penalties.
• Mesh-tailored for different copper concentration wastewater, matching downstream procurement needs and improving treatment efficiency.
• Eco-friendly, no secondary pollution, complying with global environmental protection standards, suitable for long-term industrial use.
• Google-optimized page, clear product positioning and application scenarios, reducing user bounce rate and facilitating global procurement.
• Direct factory sales, competitive price, stable supply, and professional technical support for dosage and use guidance.

Specifications and Usage Tips

• Specifications：25kg/bag, Ton bag.

• Matters Needing Attention：​

• It should be stored in a dry and ventilated place to avoid moisture;​

• The dosage should be adjusted according to the concentration of copper ions in the wastewater;​

• It is recommended to conduct a small – scale test before large – scale use.

Contact Us​

If you have any questions about pyrite as a copper remover, or want to know more about product details and purchase information, please feel free to contact us:​

• Email: ​c32917930@gmail.com
• Whatapp/Wechat/phone:+86 18006417081
• Website: ​https://www.tlbncn.com/
• Address:No. 402, Building 9, No. 2899, North Section, Tongdu Avenue, Xihu Town, Tongguan District, Tongling City,  Anhui Province

Whether it is for mining, electroplating or other industries, pyrite as a copper remover is your ideal choice!