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Floating porous biological ball is currently
the world's best bio-filter (microbial carrier), its effectiveness than
porous ceramic, rope contact material, mesh contact material, BIONET foam
support, plastic suspension ball, honeycomb contact material, the wave plate
Type contact material, three-dimensional mesh packing (contact material),
MBBR packing •K1 packing, K2 packing, K3 packing and various mesh packing,
filiform packing, plastic packing, biochemical ball ...
Floating porous biological ball is a microbial support, contact material,
bio ball, bio-ball, bio_ball, bioball, suitable for anaerobic fluidized bed,
anaerobic treatment system, anaerobic treatment system, anaerobic digestion
tank, anorexia The performance of filter bed, anaerobic filter bed,
anaerobic treatment, UASB, A2O method, AO method, ABF, aeration tank,
aeration tank, biological reaction tank, biochemical reaction tank, Sludge
Bulking bulking problems, sludge sedimentation rate increase, improve SV30
and sludge volume index, to enhance the biological aeration tank volume
load, shorten the biological reaction tank hydraulic retention time, improve
the biological sludge dewatering efficiency, with excellent nitrification
and denitrification (Denitrification) and phosphorus removal effect, which
can effectively domesticate Anammox bacteria and various aerobic and
anaerobic sludge. The microorganism phase is good and the number of ethnic
groups is abundant, which can aid in the production of granular anaerobic
sludge, enhance the perspective of releasing water and live Sewage ammonia
removal rate is the highest, can also reduce the effluent nitrate
concentration, long service life, low wear and tear, good flow, and improve
aeration oxygen efficiency, difficult to decompose organic pollutants in
wastewater Of the removal capacity, impact load, can also be used for sludge
digestion and reduction, and can improve the MBR system processing capacity,
increase the amount of water to slow down the filter clogging, low
concentration of organic wastewater can be used in the treatment of fixed
bed organisms Filtration also has very good results, fluidized bed
biological treatment has the role of flow mixing, mass transfer and oxygen
transmission more superior, welcome to use CDH (DHI) to develop a successful
floating porous biological ball.
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The Most Optimized
Bio-carriers |
The world's best denitrification and COD removal contact material
Invented and Manufactured by DING HUI
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Innovative Technique for Organic
Wastewater |
My company's technical staff with more than 30 years of factory
pollution control and waste reduction recycling experience. After
long-term accumulation of experience and research and testing, finally
breaking the bottleneck of existing wastewater treatment technology. We
created a new method of Floating Porous Bio-ball wastewater treatment (FPB
method).
The FPB method is a superior new technology for wastewater biological
treatment, which can save energy and increase the removal rate of
pollutants in wastewater. It will become the mainstream technology of
wastewater biological treatment in the future.
The successful development of FPB method in the world will greatly
enhance the functions of wastewater treatment systems and make a
significant contribution to improving water pollution.
Our company can assist public and private organizations and industry to
diagnose the function of wastewater treatment system and provide the
most economical and optimized use of FPB method. Whether it is new or
old wastewater biological treatment system, the treatment efficiency can
be improved by 10 % ~ 50%, or even higher, please make a lot of use.
Floating porous
bio-ball wastewater treatment technology (FBP method) combines the
advantages of activated sludge method and contact aeration method,
drastically simplifying the biological wastewater treatment system
operation, improve wastewater organic pollutants and ammonia nitrogen
(TN) removal efficiency.
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Easy set-up
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Easy operation
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Durability
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Failure Recovery
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Flexibility
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Reliability
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Comparison
of Biological Treatment Process |
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Flotating Porous
Bio-ball |
MBR |
Contact aeration |
Activated Sludge
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Volume loads (g COD/m3•d) |
1,000∼3,000 |
1,000∼2,000 |
300∼1,000 |
400∼800 |
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Aeration flow requiring |
Few |
Large |
Large |
Large |
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Oxygen transfer |
Excellent |
Low |
Fine |
Low |
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Sludge settleability |
Excellent |
Low |
Fine |
Not stable |
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Sludge bulking |
Never |
Frequent |
Seldom |
Frequent |
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Sludge reduction |
Excellent |
Fine |
Fine |
Low |
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Sludge dehydration |
Easy |
Difficult |
Fine |
Not stable |
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Operation flexibility |
Easy |
Very difficult |
Fine |
Difficult |
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Power consumption |
Low |
High |
High |
High |
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Organics removal rate |
High |
High |
Low |
Fine |
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Nitrous/phosphorous removal |
High |
Fine |
Fine |
Low |
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System fault rate |
Stable |
Clog |
Clog |
Not stable |
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Material replacement period |
≥ 8
yr |
1∼2
yr |
3∼5
yr |
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Total cost $ |
Save money |
Waste money |
Fine |
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Solar Wafer production field |
Print Circuit Board field |
Dyeing and Finishing field |
Food processing field
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Flow |
3,000 CMD |
60 CMD |
1,000 CMD |
1,200CMD |
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Fill rate |
15% |
15% |
20% |
15% |
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COD inlet |
750 mg/L |
4,000 mg/L |
1,200 mg/L |
1,100 mg/L |
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COD effluent |
≦100 mg/L |
200∼400
mg/L |
≦200 mg/L |
≦100 mg/L |
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