Water Treatment System
Water treatment devices such as the Turbidity Filtration Device, Activated Carbon Filtration Device, and Pure Water Production System work together to ensure water quality across different industries. The Turbidity Filtration Device removes suspended particles and solids to clarify water, the Activated Carbon Filtration Device adsorbs organic compounds, odors, and chlorine for cleaner water, and the Pure Water Production System uses ion exchange to produce ultra-pure water for applications like pharmaceuticals, electronics, and laboratories. Together, they provide comprehensive water treatment for both industrial and specialized needs.
Turbidity Filtration Device
Pressure Rapid Filtration Device
Turbidity Filtration Device (Pressure-Type Rapid Filtration Device)
A pressure-type rapid filtration device removes certain suspended particles in liquid to reduce turbidity, achieving high efficiency. The filtration media inside can be materials such as sand, gravel, anthracite, and others. Depending on the purpose, it can be charged with a mixture of various filter materials.
The operational method is divided into manual or automatic. Based on the system, ball valves, butterfly valves, or automatic valves are used.
The filtration system uses various media such as anthracite, silica sand, and gravel to remove impurities effectively from water. The chart provides technical specifications, including flow rate, pipe size, tank dimensions, and filter bed capacity for different models. The diagram shows the operational details, with specific valve functions for service, backwash, and drainage, ensuring optimal performance in water purification.
Other Models of Turbidity Filtration Device
Various Types of Tanks
Various types of tanks in a Turbidity Filtration Device are used to hold and process liquids for filtration. Each tank serves a specific function in the filtration process:
Raw Water Tank: Stores unfiltered water before it enters the filtration process.
Filter Media Tank: Contains the filtration media (like sand, gravel, or anthracite) that removes particles and reduces turbidity.
Backwash Tank: Used for cleaning the filtration media by flushing it with water.
Filtered Water Tank: Stores the clean, filtered water after the turbidity is removed.
Chemical Dosing Device
The Chemical Dosing Device in a Turbidity Filtration Device is used to inject specific chemicals into the water to enhance the filtration process. The chemicals help in coagulating or flocculating small suspended particles, making them easier to filter out.
This device ensures that the correct amount of chemicals, such as coagulants or disinfectants, is added to the water to improve the efficiency of turbidity removal and maintain water quality.
Iron and Manganese Removal Device
The Iron and Manganese Removal Device in a Turbidity Filtration Device is used to eliminate excess iron and manganese from the water. These metals can cause discoloration, staining, and unpleasant tastes in water.
The device works by oxidizing iron and manganese, turning them into solid particles that can then be filtered out, ensuring the water is clean, clear, and safe for use.
Purified Water Production System
The Purified Water Production System in a Turbidity Filtration Device is designed to produce highly purified water by removing impurities, sediments, and contaminants.
This system ensures the water meets stringent quality standards for various applications, such as industrial processes, laboratory use, and pharmaceutical production, where clean and contaminant-free water is essential.
Activated Carbon Filtration Device
Explanations
ACTIVATED CARBON FILTER SYSTEMS
An activated carbon filtration device uses activated carbon with absorption properties to remove impurities from water, such as taste, odor, and color. Types of activated carbon include fruit shells, wood, and coal
This Activated Carbon Filtration System from DMFC is an advanced solution for industries requiring effective filtration for solvent recovery, gas purification, and liquid absorption. The system uses high-performance activated carbon to remove impurities such as benzene, iodine, and ABS (ppm), making it ideal for applications in food, beverage, and chemical processing.
With a robust design, it provides easy operation and maintenance, featuring service, backwash, and drain valves to ensure efficient filtering and cleaning processes. The system is available in various models, offering flexibility with different flow rates, pipe sizes, and tank dimensions to meet specific industrial needs.
DMFC’s Activated Carbon Filtration System stands out for its ability to handle high volumes with maximum filtration efficiency, ensuring that businesses meet stringent quality and environmental standards while optimizing operational costs. Whether for gas purification, decolorization, or general water treatment, this system is a reliable choice for industries focused on performance and quality.
Product Pictures
The activated carbon filtration system is available in various models and sizes, they are widely used across industries for water treatment, providing a highly reliable solution for cleaner and safer water. DMFC offers a full line-up of these filtration systems to meet different industrial and commercial water treatment needs.
Pure Water Production System
Explanations
Pure Water Production System
The pure water production system is a device that removes ions from raw water using cation exchange resins for strong acid cations and anion exchange resins for strong base anions. It primarily uses double-bed (DOUBLE-BED) and mixed-bed (MIXED-BED) systems.
Principle of Pure Manufacturing: The system uses ion exchange resins to remove cations and anions from raw water to produce pure water. The diagram shows the process flow, including key components such as the cation and anion exchange resin tanks.
Operation Functions: The table outlines various operations like service, backwash, drain, rinse, and cleaning, specifying which valves are opened and when, with additional notes for specific cleaning operations using caustic or acidic solutions.
Diagram of the System: The visual representation shows the actual structure and layout of the water purification system. It includes important tanks and flow control devices that help manage the various steps in water treatment.
Specifications and Model Details: The chart at the bottom provides technical specifications for different models in this series. It details:
- Flow rates (in m³/h)
- Pipe sizes
- Dimensions of DI tanks, rinse tanks, and filter beds
- The volume of cation and anion exchange material required per model
This system is ideal for applications requiring high purity water, typically used in industries such as pharmaceuticals, electronics, and laboratories where ion-free water is critical.
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