Product Description:
The iron and manganese removal filter is a specialized water
treatment equipment that is designed to extract dissolved iron and
manganese elements from water. This filtration system employs a
unique technology that combines redox reaction with physical
filtration to effectively eliminate impurities present in the
water.
The filter is made up of multiple layers of filter media that work
together to ensure that the water produced is of the highest
quality. It is specially designed to handle high concentrations of
iron and manganese pollution and to provide a safe water source for
industrial production.
Working Principle
When the iron and manganese removal filter is operational, it first
oxidizes the dissolved iron and manganese in the water into
water-insoluble particles through bubbles or oxidants. These
particles are then directed towards the multi-layer filter media
where they undergo physical interception and are ultimately
removed.
After the multi-layer separation and precipitation process, the
purified water flows out from the bottom of the filter layer and
meets the required standards of water quality. The purification
process involves three working steps: normal water production,
backwash, and forward wash.
System Design
The system design includes three main components: tank capacity
design, water inlet pipe size design, and filter material selection
with its loading quantity determination.
Tank Capacity Design
The tank capacity is designed based on the water demand and the
time interval between two successive backwashes. The system should
be capable of accommodating the maximum expected water demand
during the specified time interval. The tank capacity should also
consider the available space and cost constraints of the system.
Water Inlet Pipe Size Design
The water inlet pipe size should be designed to ensure a high flow
rate of water towards the system. The water inlet pipe size should
be considered based on the anticipated water demand to avoid
low-pressure drops during peak demand.
Filter Material Selection and Loading Quantity Determination
The filter material is selected based on the impurities present in
water. The filter media selection is essential to remove
contaminants effectively. The loading quantity of filter media
should also be determined based on the anticipated water demand and
the required quality of treated water.
Features:
Multi-layer Filter Material Design
The filter material combination has been designed according to the
characteristics of iron and manganese to optimize water quality.
Water quality is significantly improved by effectively reducing
iron and manganese content in water. This also helps in preventing
scale deposition and pipeline corrosion.
The filter comes equipped with an automatic backwashing function
that helps in regular backwashing, keeping the filter material
clean and efficient. As a result, manual maintenance cost is low.
Easy operation is ensured with an automated control system that
makes daily management and maintenance simple.
Product Function
- Effectively remove iron and manganese impurities in water and
improve color and odor of water.
- Ensure that the final water quality meets industrial water
standards and is suitable for various industrial applications.
- Provide real-time water quality monitoring and timely feedback on
water treatment effects.
Technical Parameters:
Silica: 99%
Abrasion rate: 0.3%
Bulk density: 1.6~1.75g/ml
Porosity: 36~45%
Filtration rate: 6~8m/h
Applications:
The system is widely used in various applications:
- Chemical industry: used for the purification of reaction water to
ensure the safety of water quality in the production process.
- Food and beverage: ensure the hygiene and safety of water sources
required for production and filling processes.
- Papermaking industry: finely treat pulp and papermaking water to
improve product quality.
- Groundwater treatment: remove iron and manganese pollution in
natural water sources to meet water demand.
- Municipal water supply: improve the quality of urban water and
ensure the safety and health of residents' water.
