Blog

What are the physical treatment methods for pharmaceutical wastewater?

Based on the characteristics of pharmaceutical wastewater, physicochemical treatment is required as a pretreatment or post-treatment step in its treatment process. Currently used physicochemical treatment methods mainly include coagulation, flotation, adsorption, ammonia stripping, electrolysis, ion exchange, and membrane separation. (1) Flotation Method: Flotation methods typically include various forms such as

Blog

What are the chemical treatment methods for pharmaceutical wastewater?

When applying chemical methods, excessive use of certain reagents can easily lead to secondary pollution of water bodies. Therefore, relevant experimental research should be conducted before designing the treatment. Chemical methods include the iron-carbon method, chemical oxidation-reduction method (Fenton’s reagent, H2O2, O3), and deep oxidation technology. (1) Oxidation Method This

Blog

What is pharmaceutical wastewater?

What is pharmaceutical wastewater? (1) Drug production involves obtaining raw materials through chemical synthesis and separation and purification from medicinal plants. Due to the different types of drugs, different production processes, and complex procedures, there are many types of raw and auxiliary materials. The production process requires strict quality control

Blog

Coking Wastewater Treatment Process:

1. A screen is installed at the inlet of the wastewater treatment system to remove large floating objects, branches, weeds, wood chips, plastic waste, and domestic garbage, protecting the safe operation of pumps and reducing the load on subsequent processes. 2. Wastewater flows by gravity into a collection tank after

Fendon Advanced oxidation
Blog

What are the treatment methods for coking wastewater?

Treatment methods include: activated sludge process, bio-enhanced technology, supercritical water oxidation, etc. These methods aim to reduce wastewater generation at its source, eventually reaching zero, which is known as coking wastewater reduction technology. Specifically: 1. Crude benzene separation water: Treatment method: negative pressure distillation. This lowers the boiling point of

Blog

What are the characteristics of coking wastewater?

distillation, purification, and by-product recovery processes of coking and coal gas production. It contains volatile phenols, polycyclic aromatic hydrocarbons, and heterocyclic compounds such as oxygen, sulfur, and nitrogen. It is a type of industrial organic wastewater with high CODcr, high phenol value, high ammonia nitrogen, and is difficult to treat.

UASB reactor
Blog

What is the A2O treatment method?

1. AO (Anoxic-Oxic) process: Also known as the anaerobic-aerobic process, A (Anaerobic) is the anaerobic stage, used for ammonia and phosphorus removal; O (Oxic) is the aerobic stage, used for removing organic matter from the water. Its advantage is that in addition to degrading organic pollutants, it also has a

Blog

Introduction to Common Wastewater Treatment Processes

(1) According to the urban wastewater treatment and pollution prevention technology policy, wastewater treatment facilities with a daily treatment capacity of 200,000 cubic meters or more (excluding 200,000 cubic meters/day) generally adopt the conventional activated sludge process. Other mature technologies may also be used. For wastewater treatment facilities with a

Fendon Advanced oxidation
Blog

What are anaerobic, anoxic, and aerobic tanks?

The A2O process primarily uses biological tanks with aeration devices, propellers (anaerobic and anoxic sections), and reflux. The channel layout is divided into anaerobic, anoxic, and aerobic tanks. An anaerobic tank is a reaction tank without dissolved oxygen or nitrates. Hydrolysis, acidification, acetic acid production, and methanation occur simultaneously to

Luckywater news

Application fields of ozone reaction tower

Ozone reaction towers, with their high efficiency, environmental friendliness, and broad-spectrum characteristics, have demonstrated extensive application value in various fields such as sewage treatment, drinking water purification, industrial wastewater treatment, air purification, and food processing and aquaculture. The following is a detailed introduction to their application areas: 1、 Wastewater treatmentIndustrial