close
Choose Your Site
Global
Social Media
The honeycomb inclined tube filler is a sedimentation tank filler designed and developed based on the "shallow sedimentation" theory. The filler has a large wetted perimeter, a small hydraulic radius, good laminar flow during operation, and particle sedimentation is not disturbed by turbulence. It can accelerate the separation of particles from water and shorten the sedimentation distance of particles.
In addition to being used for water purification and chemical plant sewage, water plants, domestic sewage plants, coal mine water treatment, coal washing plant water treatment, power plant concentration tanks, tailings water treatment, pharmaceutical plants, printing and dyeing plants, washing plants, chemical plants, paper mills, etc., the inclined tube is especially effective for the transformation of water purification plants and wastewater treatment projects.
Spherical suspended fillers, also known as porous rotating spherical suspended fillers, are the latest series of products developed from a variety of fillers used in domestic sewage treatment and biofilm treatment technology. In the biochemical treatment of sewage, it has a full three-dimensional structure, a large specific surface area, can be directly placed without fixation, is easy to form a membrane, and does not clog.
2.1.Domestic sewage treatment;
2.2.Industrial wastewater treatment in petrochemical, light papermaking, food industry, brewing, sugar making, textile, printing and dyeing, leather making, pharmaceutical, etc.
This filler series is made of polypropylene material injection molding, divided into inner and outer double-layer spheres, the outer one is a hollow fishnet sphere, and the inner one is a rotating sphere. It mainly plays the role of biofilm carrier, and also has the function of intercepting suspended solids. It has the characteristics of strong biological adhesion, large specific surface area, high porosity, good chemical and biological stability, durability, no dissolution of harmful substances, no secondary pollution, UV protection, anti-aging, strong hydrophilicity, etc. During use, microorganisms are easy to generate and replace, acid and alkali resistant, anti-aging, not affected by water flow, long service life, less residual sludge, and easy installation.
The multi-faceted hollow ball is made of polypropylene (PP). It is mainly used in cooling towers and purification towers to remove oxygen, carbon dioxide and other gases. The appearance is spherical, and the main specifications are Φ25MM, Φ38MM, Φ50MM, and Φ76MM.
It is made of polypropylene (PP) plastic into a sphere, which is composed of two hemispheres. Each hemisphere has 8-12 semi-fan-shaped blades according to the design requirements, and the fan-shaped blades of the two hemispheres are staggered. The characteristics of this filler are large specific surface area and high porosity. However, due to the large number of blades, there is a shielding effect between each other, which is not conducive to liquid distribution and wetting; most of the liquid gathers in the hollow column of the sphere, hindering the smooth flow of gas, so the resistance is relatively large. This kind of filler is mostly used in waste gas treatment and water treatment projects.
It is widely used in environmental protection equipment such as oxygen removal and carbon dioxide removal.
MBBR process adds a certain amount of suspended filler (biofilm carrier) to the reactor. Different microorganisms are concentrated on the biofilm on the protected area of the filler. Some anaerobic or facultative aerobic bacteria grow inside the carrier, and aerobic bacteria grow outside. Each carrier is a microreactor. Through aeration in the aerobic treatment system or stirring in the anaerobic treatment system, the wastewater is ensured to have extensive and frequent contact with the biofilm on the biological carrier, which improves the mass transfer efficiency of the system, strengthens the renewal of biofilm microorganisms, and maintains and improves the activity of the biofilm. The suspended carrier and the original activated sludge form a more complex composite ecosystem. The biofilm attached to the carrier greatly increases the active biomass in the reactor. Under the joint action of the suspended activated sludge and the biofilm on the surface of the suspended carrier, the system's ability to resist shock load is greatly improved, achieving the ability to improve the efficiency of sewage treatment and stabilize the effluent water quality.
4.1.The high-efficiency biological carrier MBBR suspended filler is made of high-quality high-density polyethylene (HDPE) material. It will not degrade after being immersed in wastewater for a long time, nor will it be toxic to microorganisms.
4.2.The microbial film growing on the surface of the filler is in a highly active growth period due to the fluidization collision of the filler and the aeration scouring, so the treatment efficiency is high.
4.3.The filler is of floating type, easy to replace, long service life, strong ability to remove nitrogen and decompose organic matter, so as to achieve the purpose of removing ammonia nitrogen.
(1) High hydrophilicity and strong surface adhesion;
(2) High biological activity and short biofilm cycle;
(3) Strong impact resistance and stable operation;
(4) Less residual sludge production;
(5) High volume load, high filling rate and small footprint;
(6) Easy operation, simple maintenance and cost saving;
(7) No need for modification, easy to upgrade or expand;
(8) Long service life, with the filler life of more than 15 years.
Ball ring packing is a new type of packing, which is developed to improve some of the main shortcomings of Raschig ring. It is formed by opening eight layers of rectangular small windows on the wall of ordinary Raschig ring. The small window blades overlap at the center of the ring, and the upper and lower layers of windows overlap each other. The main difference between it and Raschig ring packing is that there are rectangular window holes on the side wall, and the window blades of the window holes are bent into the center of the ring. Due to the holes in the ring wall, the distribution performance of gas and liquid is greatly improved compared with Raschig ring, especially the inner surface area of the ring can be fully utilized.
5.1.Due to the openings in the ring wall, the utilization rate of the inner space and surface of the ball ring is greatly improved, the air flow resistance is small, and the liquid is evenly distributed.
5.2.It has the advantages of large flux, small resistance, high separation efficiency and great operational flexibility. Under the same pressure reduction, the processing capacity can be more than 50% larger than that of Raschig ring.
5.3.Compared with Raschig rings, this type of filler has the characteristics of large production capacity, strong resistance, and great operational flexibility. Under normal circumstances, the processing capacity can be 50%-100% greater than that of Raschig rings at the same pressure drop, and the pressure drop can be 50%-70% smaller than that of Raschig rings at the same processing. The gas flux of ball rings can be increased by more than 50%, and the efficiency of mass transfer equipment can be improved by about 30%.
Hot Tags: Sewage treatment filler,Filler,Wastewater treatment filler,High Strength New Splicing Inclined Plate Filler,Sloped plate filler, Inclined Pipe Packing, Spherical Suspended Packing, Polyhedral Hollow Sphere, Mbbr Suspended Carrier with High Efficiency, Bauer Ring Packing, China, custom, Customized, OEM, manufacturers, factory, suppliers, manufacturing company
