1. Why choose glass industry waste water removal System?
The machining of glass creates glass finings,which not only pollutes the process water and affects the quality of glass processing. Fine scratches on the glass surface caused by the recycling of glass grinding wastewater.and will also cause the water outlet of the glass processing machine to be clogged, causing the machine to not discharge water and the equipment to rust easily. The grinding wheel will wear out, the glass will burn and explode,and the service life of the machine will also be shortened. Therefore, the treatment of glass edging wastewater is necessary.
Minxin edging glass industry waste water removal machine helps solve this problem.It not only greatly reduces the time-consuming cleaning of the machine's wastewater treatment system, but also extends the service life of the glass processing machine with clean process water,significantly improve the quality of glass processing and production efficiency.
2. Solution of waste water removal in glass industry
The treatment process of this system is to collect wastewater discharged from multiple glass edging machine or beveling machine, drill machine, CNC etc into a wastewater collection pool, an aeration system is installed at the bottom of the wastewater collection pool to prevent glass powder from settling at the bottom of the pool and ensuring glass powder’s concentration distribute more evenly in the water. Compared to traditional sedimentation devices, this aeration system can let all glass powder pump to the integrated reaction tank for wastewater treatment. The wastewater is pumped to the integrated reaction tank, at the same time, the flocculant-mixed wastewater is pumped to the integrated reaction tank through the dosing system for wastewater treatment. The integrated reaction tank integrates water pumping, dosing, reaction, and drainage. The treated clean water is discharged to the clean water collection pool for glass edge grinding, which can greatly reduce the blockage and damage of the water nozzle of the glass edge grinding machine, extend the service life of the machine and improve the edge grinding efficiency. The solid waste treated by the efficient integrated reaction tank is discharged into the sludge collection pool. and then pumped to the filter press to press it into a solid glass cake. the filtered clean water can be discharged to the wastewater collection pool or clean water collection pool.
3. Waste water removal Configuration
Aeration system prevents glass particles from settling at the bottom of the pool, compared to normal aeration system, this aeration system can let all glass powder pump to the wastewater treatment equipment for wastewater treatment.
The dosing system is controlled by computer, the dosing dose is more accurate, the operating cost is low, and it can better protect the edge grinding equipment.
Program Controlled automatic chamber/recessed filter press can carry out multiple operations, such as filter plate pressing, liquid collector plate open/close, filter plate releasing, filter plate with drawing cloth washing, with micro chip controller, PLC, touch screen installed, You can also deal with all the works by remote control of this machine.
With shifter assembled and meanwhile the hydraulic cvlinder enhanced, Program Controlled automatic chamber/recessed filter press turns to be an energy-efficient filter press,it could discharge more filter cakes as before.
This type can apply to the industries which handle with easily dehydrated material and high frequency operation. Compact structure, stable performance, efficiency and economy are the advantages of this type.
The rapid unloading system can increase the speed of cake discharging efficiency 3-6 times, especially for the large quantity of filter plate filter press or high frequency operation devices, it’s much out standing.
4.Treatment water quality effect
No | Item | Water inlet quality | Purified water quality |
1 | PH | Edging wastewater | 6~9 |
2 | SS(mg/L) | Edging wastewater | <30 |
3 | COD(mg/L) | Edging wastewater | <60 |
4 | Color | Edging wastewater | <30 |
5 | AMMONIA(mg/L) | Edging wastewater | <25 |
5. More than 600 installation cases in total