Product Details
Place of Origin: Chengdu, Sichuan
Brand Name: SDN
Model Number: SDN filter thickener - Wastewater Evaporation System
Payment & Shipping Terms
Minimum Order Quantity: 1 PC
Price: Negotiable
Packaging Details: Customizable packaging
Delivery Time: 7-30days
Payment Terms: L/C, T/T
Product Name: |
Vacuum Evaporator For Wastewater, Evaporator For Wastewater Treatment |
Advantage 1: |
High Energy Utilization Rate |
Advantage 2: |
Continuous Operation Cycle Length |
Advantage 3: |
No Denaturation Or Deactivation Occurs During The Concentration Process |
Advantage 4: |
Realize Fully Automated Operations |
Advantage 5: |
Customized Evaporator Design Based On Actual Operating Conditions |
Advantage 6: |
Long Service Life Of Equipment |
Product Name: |
Vacuum Evaporator For Wastewater, Evaporator For Wastewater Treatment |
Advantage 1: |
High Energy Utilization Rate |
Advantage 2: |
Continuous Operation Cycle Length |
Advantage 3: |
No Denaturation Or Deactivation Occurs During The Concentration Process |
Advantage 4: |
Realize Fully Automated Operations |
Advantage 5: |
Customized Evaporator Design Based On Actual Operating Conditions |
Advantage 6: |
Long Service Life Of Equipment |
SDN Liquid treatment
Wastewater Evaporation System
In industrial production processes, wastewater discharge is an essential step. Wastewater contains harmful substances such as organic pollutants, heavy metal ions, and acid-base substances, posing a serious threat to the environment and human health. The treatment and resource utilization of wastewater has become an important issue in today's social development.
Wastewater treatment equipment is a crucial link, and wastewater crystallization evaporation system and acid washing wastewater treatment equipment are currently one of the more mature and widely used treatment equipment.
Technical Principles:
Wastewater evaporation treatment technology is an energy efficient and environmentally friendly wastewater treatment technology, widely used in many fields.
In the process of fine chemical production, salt containing wastewater is generated, and the wastewater contains organic matter. This part of the salt containing wastewater cannot be directly treated in the biochemical treatment tank. Excessive salt content in the wastewater can lead to microbial death.
To enable wastewater to undergo biochemical treatment, it is necessary to remove salt from the wastewater. Multi effect evaporation is an evaporation and concentration device for the treatment of high concentration organic and inorganic wastewater in the chemical, pharmaceutical, food, and environmental industries.
The multi effect evaporation wastewater device can effectively remove salt from wastewater, and the wastewater that removes salt can be directly fed into the biochemical treatment tank for biochemical treatment.
Advantage:
Efficient processing capability. The wastewater crystallization evaporation system can quickly reduce the moisture in wastewater to an extremely low level through evaporation and crystallization processes, achieving concentration and purification of wastewater. The pickling wastewater treatment equipment can effectively remove harmful substances from the pickling wastewater, achieving wastewater purification and resource recovery.
Realize resource utilization. The wastewater crystallization evaporation system can separate useful substances dissolved in wastewater through crystallization separation, and achieve the goal of resource recovery. The acid washing wastewater treatment equipment can precipitate metal ions in the acid washing wastewater, recycle metal resources, and avoid resource waste.
Good environmental benefits.The wastewater crystallization evaporation system and acid washing wastewater treatment equipment can effectively reduce the discharge of wastewater and achieve the goal of environmental protection. Due to the ability of these devices to remove or separate harmful substances from wastewater, the wastewater meets discharge standards and reduces its impact on the environment and human health.