In today's increasingly scarce water resources, wastewater treatment is no longer just an environmental slogan, but a key project related to human survival and ecological balance.

Modern wastewater treatment is a complex system with multiple links and multiple technologies working together. Its core goal is to remove pollutants and ensure that water quality meets discharge standards or reuse requirements.

Next, let's delve into the complete process of wastewater treatment and witness the process of wastewater treatment The miraculous transformation from 'source of pollution' to 'usable water'.

The wastewater treatment system hasSeven StepsEach step plays a crucial role in ensuring the safe reuse or discharge of water resources.

Firstly, pass all the sewage throughPumping stationGuide to the wastewater treatment plant and send these wastewater from households, factories, and cities into the treatment system to prepare for the subsequent purification process.

During this process,level gaugeIt can accurately monitor sewage flow, detect pipe rupture and leakage with sensors, and ensure the stability of system operation.

Next, the wastewater will pass throughLarge scale trash rackIntercept larger solid impurities, such as plastic strips, leaves, paper, etc., to prevent them from blocking subsequent processing equipment and ensure smooth operation of the processing system.

Provided by Fanyi TechnologyRadar wave level gaugeCan detect water level height and activate the trash rack to remove impurities.

Next, utilizesedimentation tankAllow heavier sand particles and soil to settle to the bottom, initially removing larger solid pollutants and reducing the burden of subsequent treatment.

Provided by Fanyi TechnologyLevel sensingTechnology can provide timely data and detect material level limits to meet optimal operating standards.

After the first few procedures, there will still be some lighter pollutants floating on the water surface, and it is necessary to useScraper machineRemove these floating debris, further purify the water quality, and make the water clearer. Use a radar wave level gauge to detect the liquid level in the sedimentation tank.

Then throughblowerInjecting oxygen to allow microorganisms to decompose organic pollutants into safer substances, significantly improving water quality;

inaerationDuring the process,Ultrasonic level gaugeCapable of real-time monitoring and data feedback to ensure the efficient operation of the system.

After biological treatment, the wastewater entersFinal sedimentation tankSeparate the decomposed organic matter from water to form sludge that settles to the bottom, while the clear water continues to flow towards the final treatment step.

Fanyi Technology'slevel gaugeAt this stage, it still plays a crucial role in ensuring that the water volume is controlled within the standard range, and the process willAdd chemical agentsConcentrate solid suspended solids into larger particles to achieve the effect of purifying wastewater;

usually includesCoagulants, flocculants, deodorizers, and pH regulatorsChoose appropriate chemicals based on the nature and degree of pollution of the wastewater;

Floating ball liquid level transmitterIt is a liquid level indicator with simple principle and high reliability, which can be installed in the medicine tank.

Finally, the water that has been precipitated needs to be disinfected Chemical chlorine will be added to sterilize and ensure that the discharged water meets environmental standards,Magnetic flap level gaugeCapable of accurately measuring consumptionpoisonThe liquid level of the agent and the available discharge pipelineElectromagnetic FlowmeterDetect traffic.

After these seven steps, the wastewater has been transformed intomeet the standardA clean water source that can be safely discharged into rivers or oceans.

Fanyi Technology provides high-precision monitoring data to ensure effective operation of each link, helping enterprises and environmental protection units improve the efficiency and accuracy of wastewater treatment.