Pharmaceutical Wastewater Treatment Plant Equipment Processing System Durable

Pharmaceutical Wastewater Treatment System Easy To Manage Processing System

Background:

Most pharmaceutical wastewaters are characterized by high organic matter concentration, high chroma, substances that are difficult to degrade and toxic to microorganisms, complex water quality components, and poor biodegradability. Residual antibiotics and high concentrations of organic matter in wastewater make it difficult to achieve the desired treatment effect by traditional biological treatment methods. The strong inhibitory effect of residual antibiotics on microorganisms makes aerobic bacteria poisoning, which makes aerobic treatment difficult; Organic matter is difficult to meet the water standards, and further treatment is needed.

1) Equipment Name: Pharmaceutical Wastewater Treatment Equipment

2) Process:

Process Description:

The complexity of pharmaceutical wastewater and the high consumption and inefficiency of conventional biochemical treatment processes are the most direct causes of the current large amount of pharmaceutical wastewater that is difficult to handle and difficult to meet standards. Therefore, before the traditional process of anaerobic biochemical treatment and anaerobic and aerobic biochemical combination, the pharmaceutical wastewater is effectively pretreated, destroying or degrading the residual drug molecules and antibiotic activity, and transforming the substances which are difficult to biodegrade.

For the small biomolecular substances that are easy to be biodegraded, that is, to eliminate the inhibition effect on microorganisms and improve the biodegradability of the wastewater, the difficulty of subsequent biological treatment can be greatly reduced. The raw and auxiliary materials used in the pharmaceutical production process are complex, and the COD of the wastewater generated by the reaction is up to tens of thousands of mg/L. We will call it high-concentration organic wastewater, and the conventional method can hardly be directly processed.

Common methods for treating such high-concentration organic wastewater include solvent extraction, adsorption, biological, membrane separation, oxidation, and incineration. Chemically synthesized pharmaceutical wastewater is biotoxic and has poor biodegradability. It is a high concentration of refractory organic wastewater. Generally, the pretreatment process can be used, advanced oxidation-electrolysis, micro-electrolysis, air flotation, coagulation and sedimentation, etc.

Using ABR-UASB-aerobic and other processes for treatment, engineering practice shows that different pretreatments and different biochemical treatment combinations are adopted according to different influent water quality, and the treatment effect is stable and reliable, and the effluent quality can meet the emission standards required by customers.

Supply (cooperation) mode and delivery cycle

1: Determine the usage scenario.

2: Analyze the quality of contaminated water (if necessary, do laboratory analysis)

3: Determine the treatment process.

4: The supplier forecasts the price duration and governance objectives of the equipment or system.

5: The supplier and the buyer negotiate the price duration and the governance objectives, negotiate the contract, and sign the contract and pay the supplier prepayment.

6: After the equipment is produced and paid by the buyer and its agent, the payment will be made.

7: The supplier rushed to the place of use of the buyer for installation instructions and commissioning.

8: System training for equipment use and maintenance.

Advantages:

1. The processing system is easy to manage, stable and reliable, and the system effluent is stable within the national standard three-level standard;

2. High degree of automation and saving labor costs;

3, combined with the amount of sewage, flexible and flexible, can be used alone or in combination;

4, according to the flexible selection of equipment types, can be buried, save the site and can be green;

5. It can handle the comprehensive wastewater of living system and its similar organic sewage;

6, using FRP, carbon steel anti-corrosion, stainless steel structure, with excellent characteristics such as corrosion resistance, anti-aging, long service life of more than 20 years