HYDAC high pressure filter, HYDAC inline low pressure filter,HYDAC duplex return filter, HYDAC duplex pressure filter Xinxiang Zhike Machinery Equipment Co.Ltd , https://www.zhikefilter.com
Nguyên lý và ứng dụng công nghệ nano trong xỠlý nước thải
The increasing application of nanotechnology in wastewater treatment has brought about remarkable advancements, offering a thorough and efficient way to remove pollutants, resulting in clean and safe water. At Song Phung Water Equipment, we aim to explore the applications and benefits that nanotechnology brings to wastewater treatment.
Table of Contents
Nanotechnology in Wastewater Treatment
Effectiveness of Nanotechnology in Treating Wastewater
Principle of Nanotechnology Operation
Stages of Wastewater Treatment Using Nanotechnology
• Aeration Bubble Diffusion Stage
• Biological Reaction Stage
Nanotechnology in Wastewater Treatment
Advanced nanobioreactor technology represents a cutting-edge solution for wastewater treatment, combining nanotechnology with biological processes. This method uses microorganisms like bacteria and viruses to break down organic compounds and harmful chemicals in wastewater, creating a natural cleaning process.
[Image: Impact of nanoparticles in wastewater systems]
Nanoparticles have strong absorption capabilities for pollutants, forming complex bio-surfaces that promote the growth of microorganisms and enhance the degradation of contaminants. As a result, this technology provides an effective and environmentally friendly way to purify water.
Effectiveness of Nanotechnology in Treating Wastewater
The application of nanotechnology in wastewater treatment offers significant benefits due to its high efficiency and energy savings.
Nanotechnology helps eliminate organic compounds, reducing pollution indicators such as COD, BOD, and NH3 in industrial wastewater and aquaculture environments, while also improving dissolved oxygen levels and minimizing toxic gases like H2S.
[Image: Nanotechnology in wastewater treatment shows clear results]
Currently, nanobioreactors have been implemented in industrial wastewater treatment systems and livestock farms, contributing to the improvement of water quality and sustainable environmental protection.
Read more: Is a nano Water Filter good? Is it worth buying?
Principle of Nanotechnology Operation
Nanotechnology in wastewater treatment is based on self-cleaning principles, stimulating the growth of beneficial microorganisms and inhibiting harmful ones. The system is effective in removing organic matter, nitrogen-containing compounds, phosphorus, and suspended solids, ensuring wastewater meets safety standards before being discharged into the environment.
[Image: How nano bioreactors work when introduced into pipelines]
Advantages of nanotechnology include:
• Increased oxygen levels: Nanobubbles saturate water with oxygen, enhancing water quality.
• Supporting microorganisms: Higher oxygen levels allow aerobic microorganisms to break down organic matter faster.
• Promoting treatment: Nanobubbles oxidize harmful bacteria and organic substances, shortening processing time.
• Removing radiation: Nanotechnology effectively removes radioactive wastewater, especially in aquaculture settings.
Note: It’s important to pre-filter large debris from water before applying the system for optimal performance.
Stages of Wastewater Treatment Using Nanotechnology
The nanotechnology wastewater treatment process involves several stages, each playing a crucial role in improving water quality. Below are the main stages in the nanotechnology wastewater treatment process.
Aeration Bubble Diffusion Stage
In this stage, nanobubbles are dispersed into wastewater in a saturated form to increase dissolved oxygen levels. Unlike regular bubbles, nanobubbles last longer in water, ensuring continuous oxygen supply. This oxygen promotes the growth of aerobic bacteria, accelerating the breakdown of organic pollutants.
[Image: Wastewater being treated with nano bioreactor aeration]
Biological Reaction Stage
Once sufficient oxygen is provided, beneficial microorganisms are activated to degrade contaminants. Aerobic and anaerobic bacteria work together to convert complex organic compounds into simpler substances, reducing waste and odors.
[Image: Biological reaction stage after sufficient nanobubble aeration]
At the same time, this process suppresses harmful microorganisms, ensuring efficient wastewater treatment and meeting discharge standards.
For further reading:
• Treating water with Indian chlorine chemistry – Aquafit
• Commonly used water treatment chemicals today
Nanotechnology in wastewater treatment has opened up an effective and sustainable solution, eliminating pollutants and protecting clean water sources. Through this article, we hope you now understand the mechanism and advantages of this technology in wastewater management. If you need more information or specific support, Song Phung Water Equipment is always ready to consult and provide optimal solutions for your needs.
With the growing concern over environmental sustainability, nanotechnology continues to play a vital role in addressing global water challenges. By harnessing the unique properties of nanoparticles, we can significantly improve water quality and contribute to a healthier planet.
HYDAC filter replacement
Product introduction
1, can be directly installed on the top, side or bottom of the tank, the filter head is exposed outside the tank, the cylinder part is immersed in the tank, thus simplifying the system pipeline, so that the system layout is more compact.
2, equipped with magnets, can filter the oil more than 1 micron ferromagnetic particles,
3, with bypass valve: when the cold oil starts, due to the system liquid temperature is too low, flow pulsation and other factors caused by the filter pressure difference is too large host can not work, and the filter element is blocked by pollutants, the parallel bypass valve at the lower part of the filter cover will automatically open,( 2015733,opening pressure difference is 0.4MPa) to protect the filter element and the system work normally.
4, with a check valve: the filter is placed on the side and bottom of the tank, when replacing the filter, the oil in the tank will not flow out.
5. The flow diffuser is provided. The flow diffuser composed of the lower part of the simplified part can make the return oil flow into the tank smoothly, which is not easy to produce bubbles, reduce the re-entering air, weaken the commotion of deposited pollutants, and can play a coarse filtering role when the bypass valve is opened.