Pharmaceutical Carbon Neutral Wastewater Treatment System

Our Pharmaceutical Carbon Neutral Wastewater Treatment System addresses the unique challenges, including residual drugs, high COD, and toxic substances. Sinou, as a professional manufacturer and supplier, combines advanced neutralization, chemical treatment, and biological processes to meet strict pharmaceutical discharge standards while supporting carbon reduction goals.

Specifications & Parameters

Multi-stage Treatment Process Details

This system adopts three-stage graded purification process for complex pharmaceutical sewage. Each unit works independently and cooperatively to remove various harmful substances efficiently.

1. First-stage regulating tank: Complete preliminary pH adjustment and water quality homogenization, balance the concentration of incoming sewage and reduce impact on subsequent treatment units.

2. Second-stage sedimentation unit: Remove large-particle impurities and macromolecular sediments in sewage through gravity settling, realizing primary solid-liquid separation.

3. Third-stage fine purification unit: Use multi-layer filtration and targeted degradation technology to remove residual pharmaceutical components and trace harmful substances thoroughly.

4. Adjustable reaction duration: Retention time of each stage can be adjusted flexibly according to different pharmaceutical formulas and sewage concentration.

5. Exhaust gas collection structure: Equipped with supporting gas collection device to collect volatile gas from pharmaceutical sewage and prevent air pollution.

6. Graded water quality monitoring: Install independent detectors in each stage to monitor treatment effect in real time and find abnormal conditions early.

Packaging, Logistics & Full Delivery Process

We adopt professional anti-corrosion packaging and standardized logistics scheme to ensure intact delivery, and complete a full set of procedures from production to final acceptance.

1. Professional anti-corrosion packaging: Wrap each component with moisture-proof and anti-collision film. Precision sensors and pipelines are packed separately for focused protection.

2. Reinforced outer packing: Use solid wooden cases for the main unit, reinforce corners and bottom to resist collision and extrusion during long-distance transportation.

3. Clear marking and labeling: Mark part numbers, installation directions and precautions on the package for convenient on-site sorting and assembly.

4. Reasonable delivery cycle: Standard models are delivered within 15 working days; customized pharmaceutical special models take 30 working days according to technical difficulty.

5. Safe transportation scheme: Select professional chemical equipment logistics providers, follow transportation norms for industrial environmental devices.

6. On-site acceptance and handover: After goods arrive, engineers complete installation, wiring and commissioning. Carry out continuous trial run and water quality test before formal handover and acceptance.

Core Product Advantages

Aiming at the complex characteristics of pharmaceutical sewage, this Pharmaceutical Carbon Neutral Wastewater Treatment System has prominent advantages in corrosion resistance, treatment effect, safety and operational stability.

1. Strong overall corrosion resistance: The whole structure is strengthened with anti-corrosion treatment to adapt to mixed acid, alkali and medicinal components in pharmaceutical sewage.

2. Targeted purification ability: The professional process aims at pharmaceutical residues, with higher removal rate than ordinary wastewater equipment.

3. High operational safety: Fully sealed structure and exhaust gas collection system prevent leakage of sewage and harmful gas, protecting on-site operators.

4. Stable long-term operation: Optimized pipeline and pump configuration reduce failure rate, adapting to long-time continuous operation of pharmaceutical factories.

5. Flexible process adjustment: Process parameters can be modified according to different production batches to cope with changing sewage composition.

6. Space-saving layout: Integrated modular design occupies small floor area, convenient for layout in compact pharmaceutical factory workshops.

On Site Installation Diagram

Common Problems & Troubleshooting Methods

Master common faults and corresponding solutions to ensure continuous, safe and compliant operation of pharmaceutical wastewater treatment system.

1. Insufficient pH adjustment effect: Check dosing pump flow and pipeline patency. Recalibrate pH sensors and increase neutralizer dosage properly according to sewage concentration.

2. Slow water flow and pipeline blockage: Dismantle and clean blocked pipelines and filter elements. Regularly remove attached medicinal sediments to keep smooth circulation.

3. Abnormal exhaust gas collection: Inspect air duct and fan operation. Repair damaged sealing parts to prevent harmful gas overflow and ensure workshop air quality.

4. Unstable equipment running: Check power supply and circuit connection. Fasten loose mechanical parts and eliminate abnormal jitter during operation.

5. Turbid final effluent: Extend sedimentation and filtration time. Check and replace aging filter materials to improve interception effect of tiny impurities.

6. Control system failure: Restart the control program and check signal lines of sensors. Contact technical support in time if remote debugging cannot solve the problem.