1. Description
The current pain point of water use in the glass industry is that high water consumption leads to high water costs; Excessivewater discharge poses a significant environmental risk. in response to the above issues, our company has developed acomplete and reliable reclaimed water recycling system through repeated experiments, specifically to solve the problem ofenergy conservation and emission reduction in glass processing enterprises. The process flow is as follows:
2. Multi-media filter
The multi-media filter(quartz sand)is an important pre-treatment device of the system, lt uses quartz sand and smokeless media as filteimaterials.lts role is to filter outimpurities such as fine partices, suspended solids and colloids brought by the raw water, so as to ensure thatthe water quality of the producedwater meets the reguirements of the incoming water quality of the subsequent treatment device. and thesuspended solids of the outgoing water quality is less than 5me/L.Ccharacteristics:"Effectively remove colloids, suspended solids, and rusfrom raw water:"it has a unique uniform water distribution method that can block the retention offilter materaland balance the resistance olthe filterlaver to prevent bias flow, enabling the filter to achieve the best effect;,*The filing material is high-qualty filter material, with a non.uniform coeficient of2-3 to ensure good filtration effect and avoid backwashing and disordered layers;*choose a lower operating flow rate toadapt to the possibilityoffuture water quality deterioration:
3. Activated carbon filter
Activated carbon has extremely strong adsorption and filtration performance, and has a strong adsorption effect on residual chlorine,discoloration, odor, organic matter, microorganisms, etc.in water, Due to the high sensitivity ofthe reverse osmosis membrane toresidual chlorine and organic matter,activated carbon must be configured to adsorb residual chlorine and organic matter, ensuringthatthe residual chlorine in the water is < 0.lmg/L and sDlis < 4, meeting the water supply requirements ofthe reverse osmosismembrane.
Characteristics:*Effectively remove residual chlorine, discoloration, odor, organic matter, and microorganisms from raw water;*it has a unique uniform water distribution method that can blockthe retention offilter material and balance the resistance ofthe filterlayer to prevent bias flow, enabling the filter to achieve the best effect;*The filling material is high-quality filter material, with a non-uniform coefficient of2-3 to ensure good filtration effect and avoidbackwashingand disorderedlayers;*Choose a lower operating flow rate to adapt to the possibility offuture water quality deterioration.
4. Ultrafiltration device
Uitrafiltration membrane is a polymer semi permeable membrane used in the uitrafiltration process to separate a certain size opolymer colloid orsuspended particles from the solution, Driven by pressure, the membrane has a pore size of 1-100nm and belongsto the asymmetric membrane type. The pore density is about 10/cm, and the operating pressure diference is 100-1000kPa. it issuitable for removing colloidal grade particles and macromolecules, and can separate solutions with a concentration of less than10%, Ultrafiltration membranes can retain the majority of suspended solids and colloids in water, but cannot remove soluble smallmolecule substances, hindering the application of ultrafiltration technology in drinking water treatment, Uitrafiltration uses a newtechnology of hollow fiber filtration, combined with tertiary pre-treatment filtration to remove impurities from tap water:Ultrafiltration with micropores smaller than 0.01 micrometers can completely remove harmful substances such as bacteria, rustand colloids from water, while retaining the original trace elements and minerals in the water.
5. Installation cases
