Tetroxide tetrasilver coal absorbent charcoal, preparation
method and uses thereof
Inventor(s): KAIMING JIANG, etal.
The invention has discloses a tetrasilver tetroxide coal activated
carbon, a preparation method and an application; the tetrasilver
tetroxide coal activated carbon contains coal activated carbon and
tetrasilver tetroxide; the tetrasilver tetroxide is adsorbed on
the surface or the aperture of the coal activated carbon. The
preparation method is as follows: the coal activated carbon is
washed and dried for stand-by; the tetrasilver tetroxide is
blended with an alkalescent solvent; the blended liquid is sprayed
on the coal activated carbon; a silver-loaded coal activated
carbon is re-dried so as to obtain the tetrasilver tetroxide coal
activated carbon. As a filter material, the tetrasilver tetroxide
coal activated carbon is applied in a water cleaner and a direct
drinking water supply project. The silver on the surface of the
tetrasilver tetroxide coal activated carbon prepared by the
preparation method cannot fall off; the tetrasilver tetroxide coal
activated carbon can be applied to the water cleaner and other
direct drinking water projects to effectively adsorb and kill
bacteria and a hazardous substance and produce drinking water
which is clean and useful for human health and meets a hygienic
standard of people.
The present invention relates to a tetroxide four silver activated
carbon from coal preparation methods and applications as a filter
At present, the domestic market a wide range of filter material
many different purposes and disadvantages.
The activated carbon is one of them, using activated carbon as the
filter media manufactured to a certain time, because the activated
carbon adsorption of itself only, no sterilization effect, after a
certain period of time a large number of activated carbon
adsorption of organic contaminants, the microbial pole easy to
breed, decomposition of organic matter under the action of
microorganisms on activated carbon interface, allowing the gradual
decomposition of organic nitrogen-protein nitrogen, ammonia
nitrogen, nitrite nitrogen, making the activated carbon filter to
increase the nitrite content of the water will be in the activated
carbon within and filter bed hereby raw bacteria to produce
secondary pollution, it will not only reach the purpose of water
purification, it will pollute the water.
In recent years, with the sterilization principle of silver
gradually recognized, emerging markets a wide range of
permeability silver (or silver) activated carbon, the
manufacturing method for the solution of most of the immersion
method, there are different degrees of loss of silver, silver is a
heavy metal , it is harmful to the body, how to solve the problem
of silver activated carbon in the fall of silver water is a
SUMMARY OF THE INVENTION
OBJECTS OF THE INVENTION:
The purpose of the present invention to provide a both adsorption
of impurities, dirt, and other harmful substances can
sterilization, silver in the treatment process at the same time
easy to fall off, and can be applied directly to the drinking
water filtration tetroxide four silver activated carbon from coal.
Another object of the present invention to provide a method for
preparing the above tetroxide four silver activated carbon from
Another object of the present invention is to provide the
tetroxide four silver activated carbon from coal applications.
Technical Solution: A tetroxide four silver activated carbon from
coal, which includes coal activated carbon and tetroxide four
silver, the tetroxide four silver tightly adsorbed on the inner
surface of the activated carbon from coal or charcoal aperture.
Per 100 g tetroxide four silver activated carbon from coal in
tetroxide four silver content of not less than 0.1 mg.
The Coal activated carbon 9 to 11 mesh.
It said tetroxide four silver activated carbon from coal
preparation method comprises the following steps:
1), the activated carbon from coal after washing and drying stand;
tetroxide four silver and a weight ratio of PH value 0.5 ~ 1 ‰
proportions in a weak alkaline solvent 7.0 to 7.5;
2) the step 1) spraying the mixture to a temperature at 50 ~ 80 ?
activated carbon from coal on;
3) Step 2) obtained silver activated carbon from coal at 70 ~ 90
?, drying in the light of the anti-seal equipment 8 to 15 minutes
to obtain tetroxide four silver activated carbon from coal.
The above step (1) of the weakly basic solvent is ammonia, sodium
hydroxide solution, calcium hydroxide solution in one.
The above-described activated carbon from coal is 9 to 11 mesh,
the quality of GB / T7702 standards.
Tetroxide four silver coal activated carbon as a filter material
in water purifier and drinking water supply project equipment.
Tetroxide four silver activated carbon from coal is the use of
activated carbon from coal-rich cellular structure, high strength,
reasonable ratio, the four-four silver oxide coating to the
surface of activated carbon from coal, at a certain temperature,
time, matter free enthalpy increases, the molecule can absorb
energy of physical adsorption and chemisorption excitation
probability of entry, in other words, since the excitation energy
between molecules, the surface-treated activated carbon, active
surface free radicals, combined with silver ions close, substance
the possibility of combining the Intermolecular transition to form
covalent bonds increases, and thus will not fall off due to water
erosion, thereby obtaining a can absorb and kill the harmful
substances, bacteria tetroxide four silver activated carbon from
Beneficial effects: tetroxide four silver coal activated carbon of
the present invention can effectively remove chlorine, heavy
metals, organic pollutants, can only be solved in the prior art
adsorption of impurities, bacteria, and not be able to kill and
cause secondary pollution The problem.
The preparation process of the present invention obtained
tetroxide four silver activated carbon from coal will not fall off
the surface of the silver process is simple, can achieve
large-scale industrial production.
The tetroxide four silver activated carbon from coal applied to
purify water or other drinking water projects, especially in
bottled water production, without additional ozone disinfection
process can be long-term preservation, and the treated water is
not easy to scale, taste significantly improved; the treated water
retains natural minerals beneficial to human body; water quality
alkaline; dissolved oxygen increased by an average of about 30%;
with long-lasting inhibition of bacteria, viruses, algae effect,
in line with domestic and foreign experts recognized health water
Figure 1 is a schematic of activated carbon washing machine.
Figure 2 is a front view of FIG. 1.
Figure 3 is a schematic of the dryer.
Figure 4 is a front view of FIG.
Below in conjunction with embodiments of the present invention
will be further described below.
The present invention discloses a tetroxide four silver activated
carbon from coal, which includes coal activated carbon and
tetroxide four silver (Ag4O4), the tetroxide four silver tightly
adsorbed in the activated carbon from coal or activated carbon
pore surface, per 100 g tetroxide four silver activated carbon
from coal in tetroxide four silver content of not less than 0.1 mg
of the activated carbon from coal quality in line with GB / T7702
standard, the choice of 9 to 11 purpose activated carbon from
Activated carbon adsorption, while silver has a bactericidal
effect, a combination of both of the present invention can absorb
and kill the harmful substances, ensuring every 100 grams
tetroxide four silver activated carbon from coal in tetroxide four
silver content of not less than 0.1 milligrams , have adsorption
of impurities, harmful substances and kill harmful bacteria.
Example 1: 10 mesh coal activated charcoal washing machine 100kg
in clean and dry; 1 g Ag4O4 with ammonia solvent 1000 g PH value
of 7.2 was diluted into a solution by a metering pump and
atomizing spray device to spray drying After having the activated
carbon from coal 60 ?; then, silver activated carbon from coal at
80 ? temperature light tight seal drier, through convective heat,
hot air conduction, frequency conversion fans: 10Hz dry, lasted 13
minutes Under conditions to obtain 100Kg tetroxide four silver
activated carbon from coal, obtained 100Kg tetroxide four silver
activated carbon from coal contains 0.8g tetroxide four silver.
1 and 2, the activated carbon washing machine comprises a frame 1,
the drain 2, cages 3, conveying means 4, plus hydraulic scour
bubble cleaning means 5, 6 corrective devices, spray rinsing
device 7, wind and shot shoot down feeding device 8, 9 and trough
microseismic draining means 10.
Both sides with drain rack 1 2 delivery device 4 is disposed on
the frame 1, 4 left to right above the delivery device is provided
with cages 3, correcting device 6, spray rinsing device 7, the
wind and Sign downed feeding device 8, cages three features bubble
cleaning and hydraulic scour device 5, the wind and shot shoot
down feeding device 8 is provided below the chute 10, the chute 10
is provided below the microseismic draining means 9.
3 above the horizontal segment cages located in the left side of
the delivery device 4, cages 3 to 20 mesh stainless steel mesh
Activated carbon to be cleaned cages placed on the 3, 3 above the
cages provided in two parallel planes cages 3 water pipe, water
pipe connected to the inlet end of the water tank, the tank is
connected to the pump inlet side, with a nozzle, the nozzle on the
spray pipe running direction towards the transport device 4 to the
nozzle of the water wash erosion charcoal, activated carbon while
On both sides of the respective cages 3 is mounted a pipe, the
pipe is connected to have a pump, provided with a plurality of
nozzles each trachea, the trachea is inclined toward the conveying
direction of the nozzle device 4, the nozzle pipe of about 45
degrees with the direction of the trachea, the trachea nozzles
bubble full of activated carbon particles somersault while being
spray pipe nozzles clean water erosion, water bubbles and water
pipes trachea with activated carbon granules push forward to the
next device, namely an intermediate conveyor means 4 the inclined
section, and further cleaning.
Cages 3 and 4 intermediate inclined section delivery device lap
together by silicone rubber sheet, both in the area connected with
a correction device 6, said correcting means 6 on both sides of
the connection area are each provided with a pipe, with a 3 to 4
spray nozzle on each pipe, the water and bubble water tank
cleaning and water flushing apparatus 5 is connected to spray
nozzle is tilted forward, toward the running direction of conveyor
means 4, with the spray nozzle spray Activated carbon water ran
out of the correct side of the net, it does not run material.
In the top of the middle section delivery device 4 is provided
with the tilt spray rinsing device 7, said spray rinse spray
device 7 comprises five pipes, sprinkler pipes are provided on
each of the four spray nozzle, spray nozzle is on the activated
carbon, reverse osmosis water sprinkler pipes and pumps connected
to the conveyor belt, the input water directly to the drinking
water standard reverse osmosis water, reverse osmosis water (water
to reach drinking water directly request) Conductivity control
12us / cm or less, and spray rinsing device 7 further clean
carbon, and add water tank flush device 5 to add water to bubble
cleaning, used to make the first step bubble cleaning and flushing
of hydraulic scour the washing water recycling.
Three 4-level segment at the right side of the delivery device
provided with the wind and shot shoot down feeding device 8, the
wind and shot shoot down feeding device 8 includes fans are
disposed above and below the conveyor means 4 to the right of the
horizontal section of the eccentric slap devices, the Slap said
eccentric means for rotating eccentric weight shaft installed
three groups, each of the two eccentric weight means a symmetrical
rotating shaft, the rotating shaft driven by the motor.
Rack 8 below in the appropriate location and wind beat downed
feeding device is provided on a tank 10 for 4 delivered from the
delivery means of activated carbon particles cleaned.
There microseismic draining device 9 on the ground below the
corresponding position of the chute 10, with the eccentric means
slap slap conveyor belt means 4, so stick to the mesh belt of
charcoal separated and transferred to the tank 10, and after the
trough 9 10 slid microseismic draining means disposed below the
Microseismic draining device 9 comprises turnover baskets,
eccentric vibration machine has a turnover in the basket, basket
turnover of 200Kg grade 20 mesh mesh plastic box, through shaker
Lek to activated carbon adsorption of part of the water in the
cleaning process of erosion.
Conveying means 4 includes a carrier belt, Mobility belt, wall
panels, silicone rubber sheet, motor carrier belt superimposed
Mobility belt, carrying with both sides provided with a wall
between the carrier tape and wallboard with a silicone rubber
sheet to prevent the activated carbon in the transmission process
run feed conveyor means 4 driven by the motor, the carrier band is
stainless steel chevron belt, Mobility with 20 mesh stainless
steel mesh belt.
Motor driven eccentric shaft means slap rotation, the drive shaft
4 of the delivery device movement.
As shown in Figure 3 and 4 of the dryer belt dryer, including
Mobility belt 31, the main box 32, the side box 33, fans 34,
hopper 35, drying Moisture tube 36.
Dried body chassis features Mobility with 31 Mobility 31 with a
working width of 0.6 m, the working length of 8 meters, with 31
Mobility also play a role in carrying it from the drive using
double laminated mesh belt, namely bearer network superimposed on
the conveyor belt with the bearer network chevron belt made of
stainless steel, 20 mesh stainless steel conveyor belt belt use.
In the transmission process, in order to prevent the activated
carbon material to run in Mobility provided on both sides with 31
Y-ring, Y-ring to limit the use of activated carbon particles in
the transmission process due to the wind and run materials,
activated carbon particles to the center gather.
In the case on both sides of the dryer has access doors, easy
maintenance, maintenance, dry strength of 5.2Kg water / m2 · h.
Dryer set of equipment into the main tank 32 and the side box 33,
by the main side box two drying system for drying the material at
the same time, the master, the side box is divided into five
units, each unit features a fan 34 fan 34 and electric heating,
far-infrared heating system with, for blowing hot air for drying
Main box 32, box 33 side of each cell site partakers wind
deflector to the hot air inside the main tank 32 is blown material
from the top of the boot, hot side of the box 33 from below blows
the material, so that the transfer belt 31 driven by the material
in the dryer running when the hot air down through the
transmission network with 31 turns, so that the material placed on
its top and bottom are fully dry; electric heating, power
far-infrared heating is configured to use approximately 36KW, side
hot air compartment 33 is recycled, the convective heat transfer
to avoid the direct cause of far-infrared light, silver activated
carbon oxidation and carbonization.
Supporting the use of frequency control fan blower 34, can be
adjusted according to wind speed, size, highly energy savings.
Mesh belt running in drying time 24-60min (adjustable) range with
frequency adjustment + cycloid speed of 1 ~ 50m / h match
At one end of the dryer has a hopper 35 for receiving the material
delivered to the drying machine, hopper discharge port 35 and 31
are connected with Mobility.
It provided with a hopper and dried in a dryer at the input of
humidity and tube 36, since the water in the first three units of
humidity, so the humidity and drying tube 36 can be connected in
the first three units.
Since the main tank 32 from the wind blowing down, so in the main
tank 32, is connected with the lower part of the Mobility 31; wind
in the side box 33 is blown from the bottom up, it is connected to
the side box 33 Mobility with the upper part 31.
Mobility in the end zone 31 has cleaning means for cleaning
adhesions in Mobility 31 without conveyor belt to the next
processing device activated carbon particles.
Example 2: Take 11 mesh coal activated charcoal in 50kg washing
machine cleaning, and then dried in the dryer; 0.8 g Ag4O4 with
1600 grams of sodium hydroxide solution PH value of 7.4 was
diluted into a solution by a metering pump and fog of the
injection device to have the activated carbon from coal 80 ?; and
the above silver activated carbon from coal at 90 ? temperature
sealed against light dryer, dried by hot air conduction, which
lasted 15 minutes under conditions to prepare 50Kg tetroxide four
silver activated carbon from coal, obtained 50Kg tetroxide four
silver activated carbon from coal contains 0.7g tetroxide four
Example 3: Take 9 mesh coal activated charcoal in 80kg washing
machine cleaning, and then dried in the dryer; 1 g Ag4O4 with 1250
grams of calcium hydroxide solution PH value of 7.5, diluted
solvent solution, sprayed with a 75 ? 80Kg on clean coal activated
carbon; at 85 ? temperature sealed against light dryer, through
the fan, far-infrared heating and drying, inverter fan: 11Hz dry,
lasted 14 minutes, was prepared 80Kg tetroxide four silver coal
activated carbon, prepared 80Kg tetroxide four silver activated
carbon from coal contains 0.9g tetroxide four silver.
Activated carbon washing machine, dryer 2,3 Example Example 1.
Tetroxide four silver activated carbon from coal in the drinking
water treatment has broad application prospects, the use of
activated carbon from coal tetroxide four silver production of
water treatment equipment has the following characteristics:
(1) utilization of raw water is high (99%), no waste water
(2) equipment, small footprint, low power consumption, in line
with water, land, energy saving principles.
(3) Water natural, mineral, active, long-lasting antibacterial, in
line with healthy drinking water standards.
(4) device will not self-pollution, no water treatment equipment
and after disinfection, removing ozone equipment in the bucket of
bottled water production process to meet the clean production,
environmental protection requirements, so that production workers
in a a safe working environment, and the use of the present
invention tetroxide four silver activated carbon from coal water
treatment systems, low operating costs, rapid return on
According to the present invention tetroxide four silver activated
carbon from coal in water purifier and drinking water supply
project equipment other substances as contrast filter material
application with existing water treatment equipment in use as the
effect of the filter material:
Control "drinking water standards" (GB5749-2006), according to
"drinking water standard test method" (GB5750-2006) for said
customized raw water, respectively, with wood activated carbon,
coal activated carbon, coconut shell activated carbon tetroxide
four silver, tetroxide four silver coal activated carbon as a
filter material is placed in water purification for active
"pillars" experiments, targeted determination of the above items
and found tetroxide four silver coal activated carbon adsorption
of color, turbidity and so superior processing Several other
activated carbon and coal activated drawn wide price much lower
than the coconut shell activated carbon, it reduces the cost, easy
to promote the use.
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